https://www.prosportsfirstaid.co.uk/training/video/adult-cpr-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/104.mp4 Adult CPR Adult Cardiac Arrest: Step-by-Step CPR and AED Guidance Adult cardiac arrest is a time-critical emergency, often caused by sudden cardiac arrhythmia, usually linked to underlying heart disease. Immediate action — calling for help, starting CPR, and using an AED — gives the best chance of survival. Step 1: Ensure the Scene Is Safe Before approaching the casualty, always ensure the area is safe for you and others. Look for hazards such as: Traffic Fire Electricity Broken glass or sharp objects If it's safe, approach the casualty. Step 2: Check for Response Gently shake their shoulders and ask: “Are you alright?” If there is no response, shout for help. If someone is nearby, ask them to: Call 999 immediately and put the phone on speaker Bring an AED if available If you are alone, call 999 on speakerphone so the emergency operator can guide you through CPR. Step 3: Check for Normal Breathing Next, you need to check for normal breathing: Open the airway with a head-tilt, chin-lift (place one hand on the forehead and two fingers under the chin, gently tilting the head back) Look into the mouth and remove any visible obstruction, but only if it can be easily seen and removed Look, listen, and feel for normal breathing for up to 10 seconds If the casualty is not breathing normally or only gasping, assume cardiac arrest and start CPR immediately. Step 4: Start CPR Without Delay Tell the 999 operator that the casualty is not breathing normally. The operator will dispatch an ambulance and guide you through CPR step-by-step. How to Perform Chest Compressions Kneel beside the casualty Place the heel of one hand on the centre of the chest, between the nipples Place your other hand on top, interlock your fingers, and keep your arms straight Press down firmly to a depth of 5–6 cm Release fully after each compression, allowing the chest to rise Continue compressions at a rate of 100–120 per minute (about two compressions per second) Tip: You can time compressions to the beat of a familiar song like “Stayin' Alive” or “Baby Shark”, both of which match the right rhythm. Step 5: Give Rescue Breaths After 30 compressions, give 2 rescue breaths: Re-open the airway with a head-tilt, chin-lift Pinch the nose closed and seal your mouth over theirs Blow steadily for about one second, watching for the chest to rise Allow the chest to fall before giving the second breath Return immediately to chest compressions. If you are unable or unwilling to give breaths, continue with chest compressions only — these are still highly effective and strongly recommended. Step 6: Use an AED as Soon as It Arrives When an AED arrives: Switch it on immediately and follow the spoken instructions Expose the chest and attach the pads as shown on the diagram: One pad just below the right collarbone One pad on the left side of the chest, below the armpit The AED will analyse the heart rhythm. Ensure no one is touching the casualty during this step. If a shock is advised, ensure everyone is clear, say “Stand clear,” and press the shock button. Immediately resume CPR after the shock, starting with chest compressions. If no shock is advised, continue CPR as before. Step 7: Continue Until Help Arrives Continue CPR until: The person starts breathing normally or shows signs of life, such as movement, eye opening, or coughing Emergency services arrive and take over You become physically exhausted If the Person Starts Breathing Normally If the person starts breathing normally: Stop compressions and place them in the recovery position Keep the airway open and the head slightly tilted back Monitor their breathing continuously until help arrives Key Points to Remember Call 999 immediately and use speakerphone Start CPR if the person is not breathing normally Perform 30 compressions to 2 breaths, compressing 5–6 cm at a rate of 100–120 per minute Use an AED as soon as possible and follow its voice instructions If you cannot give breaths, perform continuous chest compressions until help arrives Every second counts. Your quick actions can save a life. https://d3imrogdy81qei.cloudfront.net/video_images/161/ADULT_CPR_2025.jpg Yes 273 https://www.prosportsfirstaid.co.uk/training/video/adult-cpr-intro-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/103.mp4 Adult CPR Introduction What Is CPR and How Does It Work? CPR, or cardiopulmonary resuscitation, is a life-saving technique used when someone is not breathing normally. Its purpose is simple but vital: to keep oxygen-rich blood circulating around the body until professional help arrives. How CPR Keeps the Body Alive During CPR, you push down firmly on the chest. This action squeezes the heart, forcing blood out of it and around the body. Although CPR does not restart the heart, it helps maintain circulation to the brain and other vital organs. The heart itself is divided into two sides: The right side pumps blood to the lungs, where it picks up oxygen. The oxygen-rich blood then returns to the left side, which pumps it around the body through the arteries. This continuous cycle supplies oxygen to the organs and tissues throughout your life. The heart automatically adjusts its speed, beating faster during exercise and slowing when you rest. What Happens in Cardiac Arrest The heart beats because it produces small electrical impulses from its natural pacemakers. These signals cause the heart muscle to contract in a coordinated way. However, problems can occur. For example: A blockage can reduce the supply of oxygen-rich blood. The heart can enter cardiac arrest, where it stops beating effectively. In around 85–90% of cardiac arrests, the heart goes into a rhythm called ventricular fibrillation (VF). In VF, the heart muscle twitches or quivers instead of pumping, meaning no blood is circulated. Why CPR and Defibrillation Are Essential When the heart is in VF, CPR is used to manually pump blood by pressing on the breastbone and compressing the heart. This keeps oxygen moving around the body but does not restart the heart. The only way to restart the heart is with a defibrillator. A defibrillator delivers a controlled electrical shock designed to stop the abnormal rhythm and allow the heart to resume a normal beat. Paramedics may also give medications to support recovery. When to Start CPR CPR may sound technical, but the decision to start is very simple. You do not need to know what the heart is doing. If a person is: Unresponsive, and Not breathing normally Then CPR must be started immediately. Why Your Actions Matter Survival rates following cardiac arrest are strongly influenced by what you do: No CPR: Survival rate is around 4.3% Chest compressions only: Survival increases to around 7.7% Full CPR (compressions and breaths): Survival rises to approximately 13.6% These figures show a clear message: taking action saves lives. Key Message You do not need medical knowledge to save a life. If someone is not breathing, start CPR immediately. Chest compressions keep blood flowing, and early defibrillation gives the heart the chance to restart. Doing something is always better than doing nothing. https://d3imrogdy81qei.cloudfront.net/video_images/159/Introduction_to_CPR.jpg Yes 156 https://www.prosportsfirstaid.co.uk/training/video/types-of-bleeding-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/112.mp4 Types of Bleed Managing Different Types of Bleeding 1. Capillary Bleeding Capillary bleeding occurs in superficial abrasion wounds and usually stops in a few minutes. If needed, bandage the wound, avoiding adhesive contact with the abrasion. 2. Venous Bleeding Venous bleeding, while not as severe as arterial bleeding, involves steady oozing of dark red blood. Follow these steps: Apply direct pressure with a bandage or gloved hand. Do not lift the bandage to check for clotting; lift your hand to inspect for blood seepage. If necessary, have the patient hold the dressing in place. Use roller gauze to secure the bandage, starting at the distal end (away from the heart). If bleeding persists, activate EMS. 3. Arterial Bleeding Arterial bleeding is characterized by bright red blood that may pulsate or spurt. Follow these steps: Apply direct pressure with a dressing. If blood seeps through, remove and dispose of the old dressing, and add a new dressing over the injury. If significant bleeding continues, consider removing all dressings and reapplying. Use your judgment to determine if additional pressure is needed. If there are no bone fractures or spinal cord injuries, elevate the wound above the heart. Secure the dressing with roller gauze, starting at the distal end and working towards the heart. You can twist the gauze for added pressure. Check for any blood seepage and ensure the bandage is not causing a tourniquet effect. Elevate the wound, and either call EMS or transport the patient to the nearest hospital. https://d3imrogdy81qei.cloudfront.net/video_images/177/Types_of_Bleed-01.jpg Yes 125 https://www.prosportsfirstaid.co.uk/training/video/abcds-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/95.mp4 DRcABCDE approach The DRcABCDE Approach: A Structured Method for Emergency Patient Assessment The DRcABCDE approach is a clear, structured method used to assess, prioritise, and treat any patient in an emergency situation. It ensures that the most immediately life-threatening problems are identified and managed first. Current guidelines continue to emphasise that DRcABCDE must be used on every unwell or injured patient, from minor illness to major trauma. What Does DRcABCDE Stand For? The sequence is designed around what will kill the casualty first if not treated: Danger Response Catastrophic Bleeding Airway Breathing Circulation Disability Exposure D – Danger Before approaching the casualty, stop and check for danger. Ensure your safety, the casualty’s safety, and the safety of others Look for hazards such as traffic, electricity, fire, violence, sharp objects, or unstable structures If the scene is unsafe, do not enter. You cannot help if you become the next casualty. R – Response Check whether the casualty is responsive: Speak clearly: “Can you hear me? Are you alright?” If there is no response, apply a gentle shoulder tap This helps assess their level of consciousness and whether urgent help is needed. If the casualty is unresponsive or responding poorly, call emergency services immediately and put your phone on speaker. c – Catastrophic Bleeding Catastrophic bleeding is managed before the airway. If you identify severe, life-threatening bleeding, control it immediately. There is no benefit in CPR if blood is rapidly leaving the body. Apply direct pressure Use a haemostatic dressing if available Apply a tourniquet when appropriate Uncontrolled blood loss can be fatal within minutes, making this an absolute priority. A – Airway Once catastrophic bleeding is controlled, open and check the airway. Use a head tilt and chin lift if no spinal injury is suspected Use a jaw thrust if spinal trauma is suspected Remove visible obstructions only — never perform blind finger sweeps A clear airway is essential. Without it, breathing cannot occur and oxygen cannot reach the brain. B – Breathing Assess breathing by looking, listening, and feeling for up to 10 seconds. If not breathing normally or only gasping, start CPR immediately and send for an AED If breathing is present, assess the rate, depth, and effort Look for: Chest rise and symmetry Wheezing or abnormal sounds Signs of respiratory distress or chest injury C – Circulation Check circulation and look for signs of shock. Pale, cold, or clammy skin Rapid pulse Ongoing bleeding Reduced level of consciousness In cardiac arrest, do not waste time checking for a pulse. In breathing casualties, a quick pulse check can help assess circulation. Treat shock early: Lay the casualty flat Keep them warm Treat the underlying cause D – Disability This stage assesses neurological status. Use the AVPU scale: A – Alert V – Responds to Voice P – Responds to Pain U – Unresponsive Also check for: Pupil changes Confusion or agitation Seizures Signs of head injury Consider low blood glucose as a reversible cause where appropriate. E – Exposure Fully expose the casualty to identify any hidden injuries, while maintaining dignity. Look for wounds, burns, swelling, rashes, or bleeding Check for medical alert jewellery or tags Prevent heat loss and monitor for hypothermia. Cover the casualty again as soon as possible. Why the DRcABCDE Approach Works The DRcABCDE approach is effective because it is simple, structured, and prioritises immediate threats to life. This assessment must be repeated continuously. As the casualty’s condition changes, your actions must adapt. Using DRcABCDE helps you stay calm, organised, and focused, giving every casualty the best possible chance of survival and recovery. https://d3imrogdy81qei.cloudfront.net/video_images/143/DRcABCDE.jpg Yes 276 https://www.prosportsfirstaid.co.uk/training/video/other-injuries-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/292.mp4 Other Types of Injury Types of Injuries and First Aid Procedures 1. Contusion A contusion, often referred to as a bruise or the result of a blunt blow, can vary in appearance due to individual differences. For instance, the elderly or young individuals may bruise more easily. First Aid: Applying a cold compress can help alleviate pain, reduce blood flow, and minimize swelling. 2. Abrasion An abrasion is characterized by a scrape to the skin, usually considered a minor injury. In many cases, rinsing the affected area with clean water or a saline solution may suffice. First Aid: Since it typically involves small capillary cuts and minimal skin removal, covering the area may not be necessary, as bleeding often stops quickly. 3. Laceration Lacerations are rough tears in the skin, often occurring in scenarios like catching one's hand on barbed wire. They can be serious and require treatment similar to that for serious bleeding. 4. Incision An incision refers to a clean cut, which can be caused by, for example, a knife. Depending on the location and depth of the cut, incisions can be serious and even life-threatening. 5. Puncture Puncture wounds involve objects piercing directly into the skin, such as stab wounds. These can also be serious, and treatment should follow the guidelines for serious bleeding. If the object remains in the body, leave it in place and bandage around it. 6. Velocity Velocity injuries occur when an object passes through the body, as in gunshot wounds. This type of injury is severe and is treated as a case of serious bleeding. The extent of damage may not be immediately apparent, so prompt medical assistance is crucial. 7. Amputation Amputation involves the removal of a body part, whether it's a finger, wrist, or leg. The severity of this condition varies depending on the affected body part. First aid includes keeping the patient calm, addressing shock, and treating for serious bleeding. Notify emergency medical services (EMS) and handle the severed body part by wrapping it in cling film or a plastic bag, followed by gauze or soft fabric. Place it in a container of ice, ensuring direct contact with ice is avoided. Label the container with the accident time and provide it to the EMS team. 8. De-gloving De-gloving occurs when all the skin is removed from a body part, such as when a ring becomes entangled in machinery. This can be a distressing and severe injury. https://d3imrogdy81qei.cloudfront.net/video_images/531/Other_Types_of_Injury-01.jpg Yes 165 https://www.prosportsfirstaid.co.uk/training/video/adult-fractures-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/183.mp4 Adult fractures Understanding Fractures and Dislocations: First Aid and Treatment Types of Bone Injuries Fractures: These are cracks or breaks in bones. Closed Fractures: Bones are completely broken but do not puncture the skin. Compound Fractures: Bones puncture through the skin's surface. Complicated Fractures: Nerve damage may also occur. Dislocations: Occur when a joint is forcibly separated. Causes of Bone Injuries Bone fractures can result from various causes, such as falls, impacts, joint injuries, or crushing forces. The severity of a fracture may vary, and hospital assessment is often necessary for confirmation. Recognizing Bone Fractures Common Signs and Symptoms: Pain: Severe discomfort typically accompanies fractures. Deformity: Visible misalignment or abnormal shape of the affected area. Bruising and Swelling: Surrounding tissues may show signs of injury. Mobility Issues: Difficulty moving the injured limb or joint. The specific indicators depend on the location and type of fracture. Types of Fractures Categorizing Bone Fractures: Closed Fractures: Bones may have small cracks or be entirely broken without skin penetration. Stable Fractures: Bone ends remain in place and do not shift; common in areas like the shoulder, wrist, ankle, or hip. Unstable Fractures: Bone ends may shift, requiring careful immobilization to prevent further damage. Open Fractures: Bones protrude through the skin, often causing additional complications like severe bleeding. Treatment and First Aid Immediate Response: Immobilisation: Keep the limb or joint in its found position to minimize pain and damage. Seek Professional Help: Contact medical professionals promptly for appropriate diagnosis and treatment. Note: Open fractures may lead to excessive bleeding and emotional distress, requiring specialized care. https://d3imrogdy81qei.cloudfront.net/video_images/317/Adult_fractures-01.jpg Yes 188 https://www.prosportsfirstaid.co.uk/training/video/burn-clingfilm https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/425.mp4 Treating a burn Treating Burns with Plastic Film Introduction Learn how to treat burns using plastic film as a protective covering. Materials Needed Burn film: Specialized burns film or regular plastic wrap for food storage. Scissors: Blunt-ended shears for cutting the film. Gloves: To maintain cleanliness during the procedure. Procedure Follow these steps when dealing with a burn using plastic film: Prepare the Film: Begin by removing any dirty or non-sterile sections of the film, ensuring a clean piece for use. Inspect the Burn: Check the burn site and remove any jewelry to prevent constriction due to swelling. Application: Layer the film gently over the burn, avoiding wrapping it tightly to accommodate potential swelling. Secure the Film: To prevent it from slipping, use a bandage to lightly secure the film in place, allowing easy removal if necessary. Additional Tips Reducing Pain: The film helps expel air and oxygen, reducing pain in the affected area. Transport: If transporting the patient to the hospital, ensure the film is securely in place but not too tight to account for swelling. Caution: Be cautious when applying the film to larger areas of the body to avoid unnecessary constriction. Remember, burns requiring plastic film treatment should be assessed by a medical professional as soon as possible. https://d3imrogdy81qei.cloudfront.net/video_images/797/Treating_a_burn.jpg Yes 405 https://www.prosportsfirstaid.co.uk/training/video/burns-kits https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/424.mp4 Burns and burn kits Dealing with Burns: First Aid Guide Understanding Burn Types Burns can occur through various means, including contact with hot objects, steam, chemicals, electricity, or sun exposure. Treating Burns: The General Rule The primary approach to treating burns is to cool the affected area under running water for a minimum of 20 minutes or by gently pouring cool water over the burn for the same duration. This thorough cooling helps prevent further damage and ensures the skin is adequately cooled. When Running Water Isn't Available In situations without access to running water, burn kits become valuable. These kits are commonly found in kitchens and areas with an elevated risk of burn injuries. Burn dressings found in these kits are gel-based, designed to cool the burn without adhering to the injured area. Maintaining Cleanliness Handling burns requires utmost care, as they compromise the body's natural infection barrier. Therefore, it's crucial to maintain strict cleanliness when dealing with burns. Understanding Burn Severity Burns can vary in intensity and fall into different categories: Superficial burn: Affects the outer skin layer, typically caused by brief contact with heat sources like irons or flames. Symptoms include redness and pain. Partial-thickness burn: Involves damage to both the outer skin layer and part of the second layer, resulting in blisters, redness, swelling, and pain. Full-thickness burn: Affects all skin layers, potentially causing pain or nerve damage, sometimes leading to a lack of pain sensation. Note: Burns can also be a combination of partial and full thickness, with varying severity across the affected area. Factors to Consider Several factors influence burn injuries: Patient's age: Young and elderly individuals typically have thinner skin, making them more susceptible to burns. Location of the burn: The burn's location on the body can impact its severity. Assessing Burn Size For assessing burn size, the "Rule of Nines" is commonly used: Hand: 1% Head: 9% Front of the body: 18% Back of the body: 18% Each leg: 18% Each arm: 9% The burn's severity depends on the percentage of the body affected, as calculated using the Rule of Nines and the burn's thickness (partial or full). This calculation is essential for informing Emergency Services about the situation. First Aid Solutions Various dressings and first aid solutions for burns are available, including burn wrap and special dressings, gels, and sprays. These products are designed to protect and soothe burn injuries. Dealing with Burned Clothing If clothing is stuck to a burn, avoid peeling it off. Instead, carefully cut around the affected area when necessary to prevent further damage. Additional Burn Kit Items Common items found in burn kits include safety scissors for cutting clothing, gloves for protection, and saline solution for cleansing. https://d3imrogdy81qei.cloudfront.net/video_images/795/Burns_and_Burns_Kits-01-8CC3131DF1.jpg Yes 528 https://www.prosportsfirstaid.co.uk/training/video/spinal-recovery https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/428.mp4 Spinal Recovery Position Dealing with Suspected Spinal Injuries: The Importance of the Recovery Position When faced with a patient you suspect has sustained a spinal injury, such as a fall from a tree, especially when you are alone, it's crucial to take immediate steps to ensure their safety while obtaining help. The Dilemma The challenge lies in the balance between seeking assistance and safeguarding the patient. Leaving them on their back could pose risks of choking if they vomit, yet moving them might exacerbate their injury. Teamwork and the Log Roll If there are multiple responders or bystanders, you can assign someone to fetch help or utilize additional hands to safely execute a log roll—a technique to turn the patient without spinal twisting. The Recovery Position: A Solution The recovery position is a viable solution. Contrary to common misconception, when executed slowly and carefully, it allows you to turn someone onto their side without risking spinal damage. It's advisable to practice this skill several times to ensure proficiency. Post-Movement Assessment Once repositioned, promptly check for signs of breathing and ensure their airway remains unobstructed. Maintain communication with the unconscious patient, as they may still hear you, providing a source of reassurance. Afterward, proceed to seek assistance. Vomiting Prevention The recovery position offers protection against choking in case of vomiting, as the patient's airway remains clear. During your absence, if they vomit, they will remain in this safe position. Returning to the Patient Upon your return, reevaluate their breathing status and ensure they stay warm by covering them with a blanket. Maintain a reassuring presence until professional help arrives. When reporting to emergency medical services (EMS), provide a comprehensive account of the situation, including observed signs and any symptoms the conscious patient communicated. https://d3imrogdy81qei.cloudfront.net/video_images/803/Spinal_Recovery_Position-01.jpg Yes 190 https://www.prosportsfirstaid.co.uk/training/video/aed-intro-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/107.mp4 AED Introduction Understanding Automatic External Defibrillators (AEDs) 1. What is an AED? An AED, or automatic external defibrillator, explained. There is a common misconception that AEDs restart the heart, but their role is to interrupt abnormal heart activity. 2. AEDs and Heart Function Understanding how AEDs work to restore a normal heart rhythm. Electric activity in the heart can lead to abnormal twitching rather than a meaningful pulse. An AED delivers a shock to interrupt this electric activity, allowing the heart's natural pacemakers to restart it in a normal rhythm. AEDs advise a shock only when detecting specific shockable rhythms, such as ventricular fibrillation (VF) or pulseless ventricular tachycardia (VT). 3. Types of AED Units Exploring different AED models and their operation. Semi-automatic AEDs require manual activation of the shock button when advised. Automatic AEDs initiate shocks automatically when necessary. 4. Future AED Videos Stay tuned for upcoming videos that delve into AEDs in greater detail and provide guidance on their usage. https://d3imrogdy81qei.cloudfront.net/video_images/167/AED_Introduction-01.jpg Yes 106 https://www.prosportsfirstaid.co.uk/training/video/child-choking-conscious-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/170.mp4 Choking in children Dealing with Choking: Adult and Child Types of Obstruction Mild Airway Obstruction: Involves discomfort, potential pain, and distress due to a partial blockage (e.g., fishbone or small object). Severe Airway Obstruction: Represents a complete blockage, preventing breathing, talking, or coughing and may lead to unconsciousness if not addressed. Dealing with Choking on an Adult Assess Breathing: Ask the person if they are choking; if they can talk, they can breathe. Encourage Coughing: Support and keep the person calm, encouraging them to cough to clear the obstruction. Observe the Mouth: If the obstruction is visible, attempt to remove it without inserting fingers deeply into the mouth. Dealing with Choking on a Child Size Considerations: Kneel behind the child due to their smaller size; anticipate distress and the need for forcefulness. Back Blows: Stand behind and to the side of the child, delivering five sharp back blows between the shoulder blades using the heel of your hand. Abdominal Thrusts: Perform abdominal thrusts by making a fist and placing it between the child's belly button and the bottom of their breastbone; perform five sharp inward and upward pulls with the other hand on top of the fist. Repeat If Necessary: If the obstruction persists, repeat five back blows and five abdominal thrusts, checking each time. Emergency Actions If Obstruction Persists: Continue attempts to clear the obstruction; call emergency services if not done already. Loss of Consciousness: If the child loses consciousness, gently guide them to the floor, avoiding injury; initiate CPR if not breathing. After Successful Removal Assess and Calm: Sit the child down and keep them calm; seek medical attention to check for any injuries resulting from the thrusts. https://d3imrogdy81qei.cloudfront.net/video_images/293/Choking_in_children-01.jpg Yes 197 https://www.prosportsfirstaid.co.uk/training/video/adult-cpr-hand-over-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/105.mp4 CPR Hand Over Optimizing CPR Efforts: Sharing the Work and Guidelines 1. The Importance of Sharing CPR Efforts Providing CPR can be physically demanding and exhausting. To maintain effectiveness, consider sharing the work with another rescuer. Collaboration with another rescuer helps alleviate fatigue. CPR training is not essential for the second rescuer; instructions can be provided. 2. Coordinated CPR Assistance Efficiently coordinate CPR efforts with a second rescuer: The primary rescuer guides and demonstrates the required actions while performing chest compressions. During the breaths phase, the second rescuer prepares to immediately resume compressions once the breaths are completed. 3. Rotation Every Two Minutes Maintain CPR effectiveness through regular rotation: Consider swapping roles every two minutes to combat rescuer fatigue. If you have no additional assistance and become tired, focus on chest compressions, taking a break from breaths. 4. Staying Updated with CPR Guidelines Stay informed with the latest CPR guidelines: Adhere to the 2021 UK and European Resuscitation Council guidelines. Stay prepared for future updates and revisions. https://d3imrogdy81qei.cloudfront.net/video_images/163/CPR_Hand_Over-01.jpg Yes 134 https://www.prosportsfirstaid.co.uk/training/video/permission-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/98.mp4 Asking permission and consent to help Obtaining Consent in First Aid Situations Introduction and Permission When faced with a first aid scenario, it's crucial to follow proper protocol, beginning with a courteous introduction. Always introduce yourself and request the patient's permission to offer assistance. Consent Verification If the patient grants consent, whether through verbal affirmation, a nod, or by extending an injured limb for examination, you are legally authorized to proceed with your assistance. Respecting Patient's Wishes If, however, the patient declines your aid, you must respect their decision and refrain from any form of intervention. In such cases: Emergency Services: If the patient refuses help, promptly contact the emergency services for professional assistance. Refer to Supervisors or Family: Consider involving the patient's supervisor or family members to address their concerns and provide reassurance. Open Communication: Engage in a compassionate conversation with the patient, focusing on comforting and calming them despite your inability to assist directly. Unconscious Patients Even when dealing with an unconscious casualty, the principles of consent still apply. In such instances, consent may be implied as most individuals in this condition would likely accept aid if conscious: Verbal Interaction: Communicate with the unconscious patient as speaking to them can offer comfort. Hearing is often one of the last senses to diminish. Workplace Duty of Care It's important to recognize that in the workplace, as a designated first aider, you may hold a duty of care towards employees or colleagues. In such circumstances, the injured party may be required to seek your assistance: Employee Seeking Help: In situations where you have a duty of care, the casualty may be compelled to approach you for assistance. https://d3imrogdy81qei.cloudfront.net/video_images/149/ProTrainings-01.jpg Yes 217 https://www.prosportsfirstaid.co.uk/training/video/face-shields-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/100.mp4 How to use face shields Face Shields and Pocket Masks: Protection During First Aid Face shields offer a simple, effective, and affordable means of protection against coming into contact with vomit, blood, or other substances when providing rescue breaths. If you don't have a face shield or cannot give rescue breaths, you can perform chest compressions only. Types of Face Shields While packaging and design may vary, there are two main types of face shields: Filter paper: These face shields have filter paper to blow through. One-way valve: These face shields feature a one-way valve for exhalation. Both types allow you to squeeze the nose and provide a barrier against substances. Face shields are available with a pouch and keyring, so they're always at hand. All BSI first-aid kits include some form of face shield. Pocket Masks Pocket masks are another type of face shield. They seal around the face and feature a one-way valve for ventilation. Air enters the patient's mouth and nose during rescue breaths. Typically, pocket masks come in a plastic case. To remove the mask, push it until it pops up. An elastic band can be placed around the patient's head to secure the mask, and an air-filled sack around the mask ensures a proper seal. Pocket masks can also be used with oxygen if available. Disposing of Face Shields Face shields are single-use only and should be disposed of safely after use. https://d3imrogdy81qei.cloudfront.net/video_images/153/How_to_use_face_sheilds-01.jpg Yes 92 https://www.prosportsfirstaid.co.uk/training/video/adult-choking-conscious-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/110.mp4 Adult Choking Dealing with Choking: Recognizing and Responding 1. Understanding Choking Choking can be categorized as mild or severe, depending on the extent of airway obstruction. 1.1 Mild Choking In cases of mild choking, there's partial blockage in the throat, and the person can still cough, breathe heavily, and may even talk. Common examples include throat blockage due to a fishbone. Initial steps involve calming the person and allowing them to cough, but if the obstruction persists, seek medical help as you can't remove the object yourself. 1.2 Severe Choking Severe choking results from a complete throat blockage, often caused by large food items. The person won't be able to cough and will rapidly deteriorate, necessitating immediate intervention. 2. Recognizing Severe Choking To identify severe choking: Ask, "Are you choking?" and observe for signs. Signs include hands clutching the throat and difficulty breathing. If the person can't respond verbally, look for non-verbal cues of distress. 3. Performing Life-Saving Procedures For severe choking, take these critical actions: 3.1 Back Blows Deliver five back blows between the shoulder blades while ensuring the person leans forward slightly. Watch for the expelled object after each blow. 3.2 Abdominal Thrusts Perform five abdominal thrusts by placing your thumb side just above the belly button and giving inward and upward thrusts. Alternate with back blows until the obstruction clears or the person loses consciousness. 4. Emergency CPR If the person loses consciousness, gently lower them to the ground and initiate CPR chest compressions. The trapped air in the lungs may help expel the obstruction as you compress the chest. 5. Special Consideration for Pregnant Individuals If dealing with choking in a pregnant person, use chest thrusts instead of abdominal thrusts, placing your fists on the middle of the breastbone and performing inward thrusts. https://d3imrogdy81qei.cloudfront.net/video_images/173/Adult_Choking-01.jpg Yes 310 https://www.prosportsfirstaid.co.uk/training/video/rice-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/182.mp4 Strains and Sprains and the RICE procedure Dealing with Strains, Sprains, and Muscle Tears: First Aid Understanding Common Injuries Strain: Occurs when a muscle is stretched or torn, often involving tendon damage. Symptoms include bruising, swelling, and pain. Sprain: Involves stretching or tearing of ligaments, commonly seen in the ankle due to sudden joint wrenching. Damages surrounding tissues. Muscle Tear: Such as hamstring injuries in the leg, involve torn muscle fibers, resulting in severe pain and swelling. First Aid Treatment: RICE Method Whether it's a strain or sprain, the initial first aid treatment is the same, focusing on reducing swelling and pain. RICE Method: R - Rest: Help the person sit or lie down comfortably, supporting the injured limb. I - Ice: Apply a cold compress like an ice pack (wrapped in cloth) to reduce swelling. C - Comfortable Support: Apply soft padding and use a conforming or crepe bandage to secure the cold compress gently. Monitor circulation every 10 minutes. E - Elevate: Raise the injured limb using pillows, a bag, or a chair to further reduce swelling. Note: Do not apply ice or cold packs directly to the skin to prevent burns. Moving the Injured Person Considerations for Moving: In the case of a wrist or arm injury, you can usually place the arm in a horizontal sling and assist the person in moving once initial treatment is provided. Be cautious, as they may feel faint or experience significant pain. Help them stand up gradually. For leg or ankle injuries, moving the person can be challenging, and you may need to call for assistance. Ensure they avoid putting weight on the affected area, as swelling and pain can worsen when the limb is no longer elevated. If necessary, assist them in hopping to safety or stay with them until professional help arrives. https://d3imrogdy81qei.cloudfront.net/video_images/315/Strains_and_Sprains_and_the_RICE_procedure-01.jpg Yes 216 https://www.prosportsfirstaid.co.uk/training/video/spinal-injury-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/115.mp4 Spinal Injury Managing Suspected Spinal Injuries: A First-Aider's Guide The Critical Importance of Spinal Injury Care The spine houses the irreplaceable spinal cord responsible for transmitting messages from the brain to the body. Any damage to the spinal cord is irreversible and can lead to varying degrees of paralysis, depending on the injury's location: Lower Lumbar Damage: Can result in loss of leg function. Higher Damage: Can affect control of vital organs, like respiration. Golden Rule for Spinal Injury Management When dealing with a person potentially having a spinal injury, remember: DO NOT MOVE THEM. First-Aider Responsibilities When faced with a patient suspected of a spinal injury, as a first-aider, follow these crucial steps: Support and Stabilize: Ensure the patient's head and neck are supported, instruct them not to move, and keep looking straight ahead. Maintain Position: Keep the patient's body in the same position as found, treating every case as a potential spinal injury. Exceptions to the Rule There are a few scenarios where you might need to move the patient: Immediate Danger: If the patient is in an immediate life-threatening situation, such as a burning car, their safety takes precedence. Not Breathing (CPR Required): In cases requiring CPR, carefully move the patient onto their back while stabilizing the head. Risk of Choking (Vomiting): If the patient is vomiting and at risk of choking, use the log roll technique to move them onto their side for safe vomit drainage. Remember the "SPINAL" Mnemonic Recall these steps using the "SPINAL" mnemonic: Safety (S): Ensure safety for both you and the patient. Patient (P): Advise the patient not to move. Immobilise (I): Protect the patient's airway and maintain head stability. Neutral (N): Keep the head in a neutral position. Assess (A): Evaluate for other injuries, but only if it's safe to do so. Leave Alone (L): Avoid moving the patient unless absolutely necessary. Final Thoughts Always remember, as a first-aider, refrain from moving someone suspected of a spinal injury unless it's an absolute necessity. Maintain their position, provide head and neck support, ensure emergency services are on the way, offer reassurance, and keep the patient calm. https://d3imrogdy81qei.cloudfront.net/video_images/183/Spinal_Injury-01.jpg Yes 177 https://www.prosportsfirstaid.co.uk/training/video/hand-washing https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/709.mp4 Hand Washing Proper Hand Washing Technique in Healthcare Importance of Effective Hand Washing Hand washing is a crucial practice in healthcare to maintain hygiene. While alcohol gels have their uses, they are limited in effectiveness. Proper hand washing with soap and water, followed by thorough drying, is essential for optimal cleanliness. Hand Washing Method Follow the recommended NHS technique for comprehensive hand washing. This method involves specific hand positions, with each action repeated five times: Hand Wetting: Start by thoroughly wetting both hands, ensuring water covers all areas to be washed. Soap Application: Apply a generous amount of soap to your wet hands. Rub your hands together to distribute the soap evenly. Position 1 - Circles: In this hand position, perform circular motions, repeating five times. Position 2 - Interlace and In-Between: Turn one hand over and interlace your fingers, focusing on the areas between the fingers. Repeat five times, then reverse hands. Position 3 - Palms and Fingers: Instead of the backs of your hands, focus on the front. Wash the palms and spaces between the fingers five times. Position 4 - Thumbs: Pay special attention to the thumbs, using a circular motion for thorough cleaning. Position 5 - Wrist: Finally, wash the wrists while gripping the height of the fingers with both hands. Repeat five times. Final Steps After thoroughly washing your hands: Drying: Use paper towels to dry your hands completely, ensuring no moisture remains. Tap Closure: Turn off the tap using your elbow to avoid recontaminating your hands. Dispose of Towel: Dispose of the paper towel in a designated bin. By following this hand washing technique, you can ensure your hands are clean and minimise the risk of infection transmission in healthcare settings. https://d3imrogdy81qei.cloudfront.net/video_images/1215/Hand_Washing-01.jpg Yes 230 https://www.prosportsfirstaid.co.uk/training/video/barriers-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/96.mp4 Using gloves Importance of Gloves in Emergency First Aid Fear of Infection in First Aid For some individuals, the fear of infection can discourage them from providing emergency first aid. However, safeguarding yourself from potential infection is crucial when assisting a patient. Gloves play a pivotal role in facilitating your response and ensuring protection. Types of Gloves Various glove options are available for first aid, with nitrile and vinyl being commonly used: Nitrile Gloves: Widely used in first aid, available in different colours, and suitable for various purposes. Vinyl Gloves: Commonly used in food preparation but less durable; handle with care to prevent tearing. Latex Gloves: Now less common due to allergy risks, particularly latex allergies. Gloves can be powdered or powder-free, with powder facilitating easier wear but posing potential allergy issues. Putting On and Changing Gloves Proper glove usage is essential: Ensure there are no rings that could damage the gloves. Inspect gloves for any holes or tears before wearing them. Follow the correct method for putting on gloves, as demonstrated in the video. If dealing with multiple patients, change gloves to prevent cross-contamination. Safe Glove Removal Removing gloves correctly is vital to prevent contact with blood or bodily fluids: Dispose of used gloves, along with other soiled items, in a biohazard bag or bin. Never dispose of gloves in general waste, as they may pose a risk to others. Workplaces may have specific rules for glove and infected material disposal; always adhere to local guidelines. https://d3imrogdy81qei.cloudfront.net/video_images/145/Using_Gloves-01.jpg Yes 153 https://www.prosportsfirstaid.co.uk/training/video/chain-of-survival-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/94.mp4 Chain of Survival The Chain of Survival: Giving Cardiac Arrest Patients the Best Chance of Survival The Chain of Survival describes the essential steps that give a person in cardiac arrest the best possible chance of surviving and recovering with a good quality of life. Each link in the chain is vital, and every second counts. If any one link is weak or delayed, the chances of survival fall dramatically. When all links are strong, outcomes improve and more people return to their families and communities. Link 1: Early Recognition and Calling for Help The first link focuses on recognising serious illness early and calling for help before cardiac arrest occurs. Early warning signs may include: Sudden collapse Difficulty breathing Chest pain Rapid deterioration or reduced responsiveness If you suspect someone is becoming seriously unwell or unresponsive, call the emergency services immediately. Early activation of emergency medical services (EMS) ensures advanced care is on the way as soon as possible. In some cases, early intervention may even prevent cardiac arrest from happening. Link 2: Early CPR and Defibrillation This link is about preserving the brain and restarting the heart. If a person becomes unresponsive and is not breathing normally, they are in cardiac arrest. Start CPR immediately High-quality chest compressions maintain blood flow to the brain and vital organs Defibrillation is the next critical step. Early use of an AED (Automated External Defibrillator) dramatically improves survival. Modern AEDs are safe, simple to use, and provide clear voice prompts. The sooner a shock is delivered, the greater the chance of restoring a normal heart rhythm. Link 3: Advanced and Post-Resuscitation Care When the heart restarts, this is known as ROSC – Return of Spontaneous Circulation. At this point, care must continue immediately. This stage focuses on optimising brain and heart function and preventing further deterioration. Key priorities include: Maintaining adequate oxygenation and ventilation Stabilising blood pressure Treating ongoing or recurrent arrhythmias Identifying and correcting reversible causes This phase is critical for protecting the brain, supporting the heart, and reducing the risk of another cardiac arrest. Link 4: Survival and Recovery The final link focuses on restoring quality of life. Survival is not just about restarting the heart. It is about helping the person recover physically, mentally, and emotionally. This stage may involve: Specialist neurological care Rehabilitation and physiotherapy Management of long-term heart or medical conditions Emotional and psychological support Good post-resuscitation care helps patients regain independence and return to a meaningful life after cardiac arrest. Why the Chain of Survival Matters The Chain of Survival highlights that every link matters: Early Recognition and Calling for Help Early CPR and Defibrillation Advanced and Post-Resuscitation Care Survival and Recovery When each link is strong, more lives are saved, and more people return to their families and communities with positive long-term outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/141/Chain_of_Survival.jpg Yes 187 https://www.prosportsfirstaid.co.uk/training/video/infant-cpr-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/169.mp4 Infant CPR Infant CPR: How to Resuscitate a Baby Under One Year Old In this section, we will look at how to perform CPR on an infant. An infant is defined as a child under one year old. Cardiac arrest in infants is very rare. However, when it does occur, it is almost always caused by a breathing problem, not a primary heart condition. Acting quickly and using the correct technique gives the infant the best possible chance of survival. Step 1: Ensure the Scene Is Safe Before doing anything else, check that the area is safe. Look for hazards that could put you or the infant at risk. If it is safe, approach the infant calmly. Step 2: Check for Responsiveness Speak gently to the infant: “Hello, can you hear me?” You are looking for any sign of response. To check responsiveness: Tap or gently flick the sole of the foot Look for movement, sound, or any reaction If there is no response, shout for help immediately. Step 3: Call for Help If someone is nearby, ask them to call 999, leave their phone with you on speakerphone, and bring an AED if one is available. If you are alone, call 999 yourself on speakerphone and continue your assessment. The emergency call handler will give step-by-step instructions and guide you through CPR if needed. Step 4: Check for Normal Breathing Place one hand on the forehead and two fingers under the bony part of the chin Gently tilt the head to a neutral position — do not overextend the neck Briefly look inside the mouth for any visible obstruction and remove it only if it can be seen and easily removed Keep the airway open and look, listen, and feel for normal breathing for up to 10 seconds You are checking for chest movement, breathing sounds, and air on your cheek. If the infant is not breathing normally or is only gasping, treat this as cardiac arrest. Step 5: Give Five Initial Rescue Breaths Because infant cardiac arrest is usually caused by breathing problems, rescue breaths are critical. Maintain a gentle head tilt and chin lift Place your mouth over the infant’s mouth and nose, forming a complete seal Blow gently for about one second, just enough to make the chest rise Allow the chest to fall before the next breath Give five rescue breaths in total. If the chest does not rise, recheck the airway position and seal before trying again. Step 6: Start Chest Compressions After the five rescue breaths, begin chest compressions: Place your two thumbs on the centre of the chest, just below the nipple line Wrap your hands around the infant’s chest, supporting the back with your fingers Compress the chest by one-third of its depth Maintain a rate of 100–120 compressions per minute (about two per second) Allow the chest to fully recoil between compressions Continue CPR using a ratio of 15 compressions to 2 rescue breaths. If another rescuer is available, swap every two minutes to prevent fatigue and maintain high-quality CPR. Step 7: Using an AED on an Infant As soon as an AED becomes available: Switch it on immediately and follow the voice prompts Use paediatric pads if available Place one pad on the front of the chest, slightly to the left Place the other pad on the back, between the shoulder blades Continue CPR while the AED is being applied, if possible If only adult pads are available, use them The AED will tell you when to stand clear and when to resume CPR. Resume chest compressions immediately after any shock and continue until the AED re-analyses or help arrives. Continue CPR Until The infant starts breathing normally or shows signs of life, such as movement or crying Emergency services arrive and take over You are physically unable to continue If the Infant Starts Breathing If the infant begins breathing normally: Place them in the infant recovery position on their side with the head slightly lower Or hold them in your arms in the same position Continue to monitor breathing closely until help arrives Key Points to Remember Always check for danger before approaching Call 999 early Give five gentle rescue breaths first Continue 15 compressions to 2 breaths at 100–120 per minute Use an AED as soon as possible and follow the prompts Keep checking for normal breathing and signs of life Early recognition, early CPR, and early defibrillation save lives. Acting quickly and calmly can make all the difference. https://d3imrogdy81qei.cloudfront.net/video_images/291/Infant_CPR.jpg Yes 287 https://www.prosportsfirstaid.co.uk/training/video/child-cpr-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/168.mp4 Child CPR Child Cardiac Arrest: CPR and AED Guidance (Ages 1–12) Cardiac arrest in children is uncommon. When it does occur, it is usually caused by another medical emergency, most often a breathing problem, trauma, or an underlying illness, rather than a primary heart condition. Your first priority is to assess the situation quickly and understand what may have happened. Ensure the Scene Is Safe Before approaching the child, always check that it is safe to do so. Look for any dangers that could harm you or the child. If a parent, teacher, or guardian is nearby, ask for permission before intervening: “Can I help your child?” Check for Responsiveness If the child appears unresponsive, speak to them directly. Even if they cannot reply, they may still be able to hear you. Speak calmly and clearly: “Hello, my name’s Keith, I’m a first aider. Can you hear me?” If you know the child’s name, use it, as this can sometimes prompt a response. If there is no response: Gently tap the child’s shoulder or collarbone Ask again, “Are you OK? Can you hear me?” Call for Help If the child remains unresponsive, shout for help immediately. If someone is with you, ask them to call 999 on speakerphone, leave the phone with you, and bring an AED if one is available. The emergency call handler will give step-by-step instructions and guide you through CPR if needed. If you are alone, call 999 on speakerphone yourself and continue your assessment. Check for Normal Breathing Open the airway using the head-tilt, chin-lift technique Briefly look inside the mouth for any obvious obstruction and remove it if visible Place one hand on the forehead and two fingers on the bony part of the chin, gently tilting the head back Open the mouth slightly and check again for any visible obstruction Look, listen, and feel for normal breathing for up to 10 seconds You are looking for chest rise and fall, listening for breath sounds, and feeling for air movement on your cheek. If the child is not breathing normally or is only gasping (agonal breathing), treat this as cardiac arrest. When to Start CPR If you are alone, start CPR immediately and continue for one minute before going to get help. If someone else is present, they should call 999 straight away while you start CPR. In children, cardiac arrest is often caused by a lack of oxygen, so early CPR can help restore breathing and circulation. Five Initial Rescue Breaths Begin CPR with five rescue breaths: Open the airway Pinch the nose closed Seal your mouth over the child’s mouth Breathe steadily for up to one second, just enough to see the chest rise Allow the chest to fall before giving the next breath Repeat until five effective breaths have been delivered. Chest Compressions Place the heel of one hand in the centre of the chest, on the lower half of the sternum, between the nipples Keep your arms straight and shoulders directly above your hand Compress the chest to one-third of its depth (approximately 4–5 cm in a small child) Compress at a rate of 100–120 per minute Allow the chest to fully recoil between compressions If the child is larger or you cannot achieve enough depth, use two hands, one on top of the other. After the initial five breaths, continue CPR using a ratio of 15 compressions to 2 rescue breaths, keeping interruptions to a minimum. If two rescuers are present, swap roles every two minutes to prevent fatigue and maintain effective compressions. Using an AED on a Child As soon as an AED becomes available: Switch it on immediately and follow the voice prompts Use paediatric pads if available Place one pad on the chest and one on the back between the shoulder blades For children under 25 kg (around 8 years old), position the front pad slightly to the left side of the chest If only adult pads are available, use them, ensuring they do not touch The AED will analyse the heart rhythm and advise whether a shock is needed. When instructed, ensure everyone is standing clear Make sure no one is touching the child Deliver the shock if advised Immediately resume CPR after the shock, continuing with 15 compressions and 2 breaths until the AED re-analyses or help arrives. Continue CPR Until The child starts breathing normally or shows signs of life, such as movement or eye opening Emergency services arrive and take over You are physically unable to continue Key Points to Remember Always check for safety first Call 999 early — if alone, after one minute of CPR Give five initial rescue breaths before compressions Continue 15 compressions to 2 breaths at 100–120 per minute Use an AED as soon as it is available Swap rescuers every two minutes where possible to maintain CPR quality Early CPR and early defibrillation save lives. Acting quickly and confidently gives a child the best possible chance of survival. https://d3imrogdy81qei.cloudfront.net/video_images/289/Child_CPR_2025.jpg Yes 296 https://www.prosportsfirstaid.co.uk/training/video/adult-bvm-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/166.mp4 Bag Valve Masks Using the Bag Valve Mask (BVM) for Non-Breathing Patients Introduction When rescue breaths are not feasible, the Bag Valve Mask (BVM) becomes a vital tool for delivering ventilations to a non-breathing patient. Components of the BVM Let's examine the key components of the Bag Valve Mask: Oxygen Supply: Connects to the BVM, enriching the system with oxygen. Reservoir Bag: Oxygen reservoir ensuring optimal oxygen delivery to the patient. Compressible Bag: Provides controlled oxygen flow during ventilation. Valve Mechanism: Regulates the flow of oxygen during both inhalation and exhalation. Using the BVM Proper usage of the BVM is critical for effective ventilation: Positioning: Place the mask on the patient's face, ensuring a secure seal over the nose and chin, extending to the base of the chin. Airway Management: Open the airway fully using a head tilt chin lift technique to maximize airflow. Sealing: Gently push down on the mask to maintain a seal while avoiding excessive pressure. Two-Man Technique: For optimal control, it's recommended to use a two-person approach. One person secures the mask and airway while the other operates the bag for ventilation. Single-Hand Bag Compression: When squeezing the bag, always use one hand. Using two hands may cause lung trauma and complicate future ventilation efforts. By following these guidelines, you can effectively utilize the Bag Valve Mask to provide essential ventilations to non-breathing patients. https://d3imrogdy81qei.cloudfront.net/video_images/285/1.jpeg Yes 208 https://www.prosportsfirstaid.co.uk/training/video/introduction-sports-first-aid https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/735.mp4 Course introduction Welcome to the ProTrainings Online Sports First Aid Course Course Overview This course covers first aid for injuries that can occur while playing any type of sport. Throughout this course, you will watch a series of videos, answer knowledge review questions, and finally take a short completion test. Flexible Learning You can start and stop the course as often as you wish and return to it exactly where you left off. You can also rewatch any of the videos at any time, during and after the course. The course can be viewed on any device, allowing you to start on your computer and finish on your smartphone or tablet. Interactive Features You can pin the video to the top of your screen to read the text while watching. Each page includes supporting text, which can be viewed with subtitles by clicking the CC icon. Additional help is available if you initially answer any questions incorrectly. Certification and Resources Upon passing the test, you will receive a completion certificate, certified CPD statement, and evidence-based learning statement, all available for printing. Your certificate can be validated by scanning the QR code on it. Numerous resources and links are available to support your training and can be accessed from the course home page. Ongoing Updates and Access We continually update our courses, so check back regularly for new material. You have access to the course for 8 months from the start date, even after passing your test. Company Solutions We offer free company dashboards for staff training. If you are responsible for staff training in your workplace and would like more information, please contact us by email, phone, or online chat. Although this is an online course, we offer complete support throughout your training. Weekly Updates With all our online courses, you will receive a weekly email every Monday morning to keep your skills fresh and to inform you of any new videos added to the course. These emails also include news from our blog, and you can choose to receive them or unsubscribe at any time. Conclusion We hope you enjoy your course and thank you for choosing ProTrainings. Good luck! https://d3imrogdy81qei.cloudfront.net/video_images/1273/Course_introduction-01.jpg Yes 135 https://www.prosportsfirstaid.co.uk/training/video/shock-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/114.mp4 Shock Understanding Shock: Types, Causes, Symptoms, and Treatment Shock is defined as a lack of oxygen in the body's tissues. It is a life-threatening condition where the circulatory system fails to provide enough oxygenated blood to the body. Causes of Shock Shock can be triggered by various factors, including: Severe internal or external bleeding Loss of body fluids (e.g., dehydration, diarrhea, vomiting, or burns) Severe allergic reactions (anaphylaxis) Infections (e.g., septic shock) Spinal cord injury Types of Shock Hypovolemic Shock Hypovolemic shock occurs when there is a lack of fluid or blood volume in the circulatory system. This results in the heart working harder to pump blood around the body. A common cause of hypovolemic shock is significant blood loss, which can be due to internal or external bleeding. Neurogenic Shock Neurogenic shock is caused by a disruption in the autonomic nervous system (ANS) pathways, often following an injury to the central nervous system, such as a spinal cord injury or traumatic brain injury. Complications include sustained and severe hypotension (low blood pressure) and bradycardia (slow heart rate), which can persist for weeks after the injury. The Autonomic Nervous System (ANS) The ANS is a part of the peripheral nervous system responsible for involuntary bodily functions, such as: Heart rate regulation Blood pressure control Respiration Digestion The ANS has two main branches: Sympathetic nervous system: Prepares the body for "fight or flight" responses Parasympathetic nervous system: Promotes "rest and digest" activities Cardiogenic Shock Cardiogenic shock is a critical condition in which the heart is unable to pump enough blood to meet the body's needs. This leads to inadequate blood flow to vital organs, which can cause severe complications. It is most often caused by a major heart attack, though not everyone who has a heart attack will experience cardiogenic shock. Anaphylactic Shock Anaphylactic shock is a severe allergic reaction to substances like food, insect stings, or medications. It is a life-threatening condition and requires immediate treatment. Symptoms of Shock The symptoms of shock include: Rapid and shallow breathing Weak pulse Sweating Pale, clammy, cold skin Blue-grey areas around the lips and extremities Weakness and dizziness Nausea or vomiting Restlessness or aggressive behavior Thirst, yawning, and sighing Loss of consciousness in severe cases First Aid Treatment for Shock If someone is in shock, follow these emergency steps: Call emergency services (EMS) immediately. Check for any visible injuries and provide appropriate treatment. Lay the patient down and elevate their legs 15 to 30 cm to help blood flow to vital organs, unless it causes discomfort or worsens other injuries. Keep the patient warm by covering them with a blanket or coat. Reassure the patient to keep them calm. Do not give them anything to eat or drink, as this could divert blood from vital organs to the stomach. Monitor the patient carefully. If they stop breathing, begin CPR. Fainting: A Mild Form of Shock Fainting is often considered a mild form of shock. It can be treated by laying the person down and elevating their legs. In most cases, fainting does not require calling emergency services, as the person usually recovers quickly. https://d3imrogdy81qei.cloudfront.net/video_images/181/Shock_and_Fainting-01.jpg Yes 250 https://www.prosportsfirstaid.co.uk/training/video/allergic-reactions-anaphylaxis https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/720.mp4 Allergic reactions and Anaphylaxis treatment Allergies and Anaphylaxis: A Comprehensive Guide Understanding Allergies Allergies are adverse reactions that occur when the body responds to specific foods or environmental substances. These reactions are triggered by substances known as allergens. Common allergens include pollen, latex, nuts, eggs, and pet dander. How Allergies Develop Allergies occur when the immune system reacts to allergens as if they were harmful invaders. The immune system produces antibodies to combat these allergens, leading to an immune response. Upon subsequent exposure, the body produces more antibodies, causing the release of chemicals that result in an allergic reaction. Common Allergic Disorders Allergies can manifest as various disorders, including: Asthma Eczema Hay Fever Symptoms of allergies can range from sneezing and coughing to skin rashes. The nature of symptoms depends on the type of allergen exposure. Understanding Anaphylaxis Anaphylaxis is a severe allergic reaction that can affect the respiratory system and become life-threatening. Anaphylaxis can result from allergen exposure through ingestion, inhalation, skin contact, or injections (e.g., bee stings). Allergic reactions vary in severity, including sensitivity (exaggerated normal side effects) and intolerance (unpleasant symptoms unrelated to the immune system). Anaphylactic reactions are the most severe and require immediate medical attention. Treatment for Anaphylaxis Treatment for anaphylaxis often involves the use of auto-injectors, which deliver a pre-set dose of adrenaline to reduce symptoms until emergency help arrives. Common signs and symptoms of an anaphylactic reaction include: Itchy skin or raised red rash Swelling of eyes, lips, hands, or feet Lightheadedness or fainting Narrowing of airways (wheezing, breathing difficulties) Abdominal pain, nausea, and vomiting Eventually collapsing and unconsciousness Anaphylaxis should always be treated as a medical emergency. If you suspect an anaphylactic reaction, dial 999 for an ambulance immediately. Types of Auto-Injectors Auto-injectors are prescribed by doctors and are not available over the counter. Individuals may have multiple auto-injectors, as a second dose can be administered if needed. Three common auto-injector brands include: EpiPen Emerade Jext Instructions for each auto-injector are clearly printed on the unit. Using Auto-Injectors While instructions may vary, general steps for using auto-injectors include: Remove the safety cap Administer the injection into the thigh Hold in place for a specified time Ensure proper diffusion of adrenaline (rub the area if necessary) After administering adrenaline, keep the person still and await emergency services. Hand over used auto-injectors to assist with medical care. https://d3imrogdy81qei.cloudfront.net/video_images/1237/Allergic_reactions_and_Anaphylaxis_treatment-01.jpg Yes 386 https://www.prosportsfirstaid.co.uk/training/video/illness-assessment-adult-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/181.mp4 Illness assessment and SAMPLE Guide to Illness Assessment: S.A.M.P.L.E.S. Method Understanding Illness Assessment Learn how to assess and gather crucial information about a person's illness. Defining Illness Understand the concept of illness as an unhealthy condition of the body. The S.A.M.P.L.E.S. Mnemonic Discover the systematic approach to illness assessment using the S.A.M.P.L.E.S. mnemonic. S - Signs and Symptoms Identify important signs and symptoms that provide insights into the person's condition: Temperature: Check for fever or unusual body temperature. Skin Colour: Observe skin tone for abnormalities. Pulse Rate: Assess the patient's pulse for rate and irregularities. Questioning: Interview the patient to understand their symptoms, including nausea, pain, or discomfort. A - Allergies Inquire about allergies that could be relevant to the situation: Types of Allergies: Ask about allergies to food, insect stings, or antibiotics. M - Medication Explore the patient's medication history: Current Medication: Determine if the patient is taking any medications, including those taken today. P - Pre-existing Medical Conditions Assess the presence of pre-existing medical conditions: Medical Conditions: Ask if the patient has conditions such as diabetes, asthma, angina, or anaphylaxis. L - Last Meal Obtain information about the patient's recent food intake: Timing of Last Meal: Ask when the patient last ate and what they consumed, which can provide insights into their condition. E - Events Investigate the events leading up to the patient's illness: Precipitating Events: Determine circumstances that may have triggered the illness, such as a sudden onset or gradual development. Assessing Pulse and Respiration Learn how to evaluate a person's pulse and respiration for a comprehensive assessment. Checking Pulse Find the person's pulse and assess its characteristics: Radial Pulse: Locate and count the radial pulse using three fingers for accuracy. Pulse Characteristics: Observe pulse rate, strength, and regularity. Counting Respiration Monitor the person's breathing rate: Breath Count: Count the number of breaths in 30 seconds to determine the respiration rate. Technique: Leave your fingers in place to discreetly count breaths without the patient's awareness. Normal Ranges Understand the typical heart rate and respiration rate for adults: Heart Rate: Adult heart rate ranges from sixty to ninety beats per minute. Respiration Rate: Adult respiration rate typically falls between 12 and 20 breaths per minute. https://d3imrogdy81qei.cloudfront.net/video_images/313/Illness_assessment_-_SAMPLE-01.jpg Yes 236 https://www.prosportsfirstaid.co.uk/training/video/electrocution-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/312.mp4 Electrical Injuries Workplace Electrical Accidents: Risks, Injuries, and First Aid Overview An examination of workplace electrical accidents in the UK, including risks, common injuries, and first aid measures. Statistics Annual Incidents: Approximately 1,000 reported electrical accidents occur in UK workplaces annually. Fatalities: Out of these incidents, 25 result in fatalities. Risk Factors Various sources of electrical hazards within the workplace. Common Sources: Mains electricity, high voltage cables, batteries, static electricity, and even lightning. Common Injuries An analysis of the most prevalent injuries resulting from electrical accidents. Direct Contact: Injuries often stem from direct contact with an electrical charge. Potential Causes: Reasons for contact include poorly maintained equipment, machine interactions with power lines, unsuitable equipment in wet or explosive environments, and contact with underground power lines. Electricity Path: When a body part contacts live electricity, it becomes the conduit for the electrical charge, leading to muscle contractions, potential burns, sparks, and more. Severity and Treatment Factors influencing the severity of electrical injuries and initial first aid steps. Current Impact: The severity depends on the current's strength, duration of contact, and the path it takes through the body. Fatality Risk: Currents as low as 60mA can be fatal in wet conditions, affecting the heart's electrical activity and causing cardiac arrest. Burns: Electricity can lead to severe burns, both entry and exit points, which can be painful and slow to heal. Fire and Explosion: Electrical sparks can trigger fires or explosions. First Aid Immediate actions to take when providing first aid for electrical injuries. Scene Safety: Ensure your own safety before assisting the patient. Assess Breathing: Check if the patient is breathing; initiate CPR if necessary. Unconscious Patients: Place unconscious patients in the recovery position and inspect for additional injuries. Secondary Injuries: Assess for burns, falls, flying objects, sharp wires, or melted plastic. Child Safety Preventing electrical injuries involving children through precautions and awareness. Child Risks: Children can encounter electrical hazards from sockets, playing with equipment, or damaging wires. Precautions: Implement safety measures wherever children and electricity may intersect. https://d3imrogdy81qei.cloudfront.net/video_images/571/Electrical_Injuries-01.jpg Yes 207 https://www.prosportsfirstaid.co.uk/training/video/epilepsy-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/117.mp4 Epilepsy Epilepsy: Understanding Recurrent Seizures Defining Epilepsy Epilepsy is presently described as a propensity for recurrent seizures, which are triggered by sudden bursts of excessive electrical activity within the brain. This surge disrupts normal communication between brain cells, leading to interruptions or mix-ups in the brain's messaging. The Impact of Seizures The effects of a seizure are contingent on the origin and spread of epileptic activity in the brain. As the brain governs all bodily functions, the experience during a seizure varies depending on these factors, resulting in numerous seizure types. Seizures aren't exclusive to epilepsy; they can arise from diverse causes like head injuries, low blood glucose in diabetics, or alcohol poisoning. Key Facts About Epilepsy Epilepsy: A tendency for recurrent seizures. Seizure Types: Approximately 40 different types exist, and individuals may experience more than one. Wide Impact: Affects people of all ages and backgrounds. UK Prevalence: 1 in 131 people (456,000 individuals). Treatment Potential: 70 percent could achieve seizure freedom with suitable treatment. Single Seizures: 1 in 20 people may have a single seizure during their life. Outgrowing Epilepsy: Many who develop epilepsy as children may "grow out of it" in adulthood. Driving License: In the UK, those seizure-free for a year can reapply for a driving license. SUDEP: Sudden Unexpected Death in Epilepsy accounts for 500 UK deaths annually. Pregnancy: 2,500 women with epilepsy in the UK have a baby each year. Understanding Seizures Identifying a seizure involves observing key indicators: Sudden Loss of Responsiveness Rigid Body with Arched Back Noisy, Difficult Breathing Convulsions Possible Loss of Bladder Control Post-Seizure Deep Sleep A typical description of a tonic-clonic seizure, the most common generalised seizure type: Tonic Phase: Involves body rigidity, loss of consciousness, and chest muscle contractions. Clonic Phase: Characterized by repetitive muscle contractions and body shaking. Following a seizure, regaining consciousness may vary, accompanied by confusion and muscle soreness. Headaches and fatigue are common, prompting a desire to sleep. Some individuals experience warning symptoms called auras before seizures, manifesting as peculiar movements, sensations, or intense emotions. However, seizures often occur without warning. https://d3imrogdy81qei.cloudfront.net/video_images/187/Epilepsy-01.jpg Yes 193 https://www.prosportsfirstaid.co.uk/training/video/drowning https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/708.mp4 Drowning Responding to Suspected Drowning Incidents 1. Prioritize Safety First When encountering a suspected drowning victim who is unresponsive and not breathing, prioritize safety for yourself and others. 2. Assess the Situation Begin this scenario with the victim on their back, considering potential water-related hazards such as cold water, underwater obstructions, soft beds, or strong currents. 3. Drowning vs. Office Situation Recognize the distinction between a drowning victim and someone not breathing in an office setting. Drowning is more likely due to a respiratory problem. 4. Providing Treatment If someone is present, send them to call the EMS; otherwise, continue with care. Open the airway and check for breathing for 10 seconds. If no breathing is detected, administer five rescue breaths initially. Follow with 30 compressions and two breaths, repeating for one minute. If alone, leave to call for help, following the "call fast approach." Continue CPR with 30 compressions and two breaths until EMS arrives or instructs otherwise. 5. Importance of Initial Rescue Breaths Delivering five initial rescue breaths aims to restart breathing and assess signs of life before proceeding with CPR. 6. Consistency with Child Drowning Protocol It's noteworthy that the sequence for responding to drowning is the same for children aged 1 to 18. https://d3imrogdy81qei.cloudfront.net/video_images/1213/Drowning.jpg Yes 122 https://www.prosportsfirstaid.co.uk/training/video/hands-only-cpr-breakdown https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/757.mp4 Hands only CPR Breakdown Continuous Chest Compressions in CPR Introduction to Continuous Chest Compressions Learn about the technique of continuous chest compressions in CPR, which eliminates the need for rescue breaths. When to Choose Continuous Compressions Considerations: There are situations where performing mouth-to-mouth rescue breaths may not be suitable, such as when the patient has facial injuries, blood, vomit, or for personal comfort reasons. Executing Continuous Chest Compressions Proper Hand Placement: Ensure correct hand placement by interlocking your fingers. Compression Technique: Press down firmly on the chest, targeting the centre of the chest with your hands. Compression Depth: Maintain a depth of five to six centimetres (approximately two to two and a half inches). Compression Rate: Maintain a consistent rate of 100 to 120 compressions per minute (around two compressions per second). Continuous Compressions Process Uninterrupted Compressions: Continuously apply chest compressions without the need for counting out loud. Effective Circulation: By compressing the chest, you facilitate the expulsion of blood from the heart and the intake of oxygen-rich blood, improving circulation. Air Exchange: While compressing the chest, a limited amount of air exchange occurs as you force air out of the lungs during compressions, and air re-enters between compressions. Continuous chest compressions provide an efficient and effective method for delivering CPR, especially in situations where rescue breaths are not feasible. https://d3imrogdy81qei.cloudfront.net/video_images/1345/Hands_only_CPR_Breakdown-01.jpg Yes 104 https://www.prosportsfirstaid.co.uk/training/video/abdominal-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/864.mp4 Abdominal Injuries Abdominal Injuries: Causes, First Aid, and Urgent Care Understanding the Abdominal Cavity Discover the significance of the abdominal cavity, its location, and the potential risks associated with injuries. Abdominal Anatomy Explore the unique characteristics of the abdominal cavity: Location: Positioned below the ribcage and above the pelvic cavity. Protective Challenge: Unlike the chest and pelvic cavities, there are no bones shielding the abdomen, making it vulnerable to injuries that can result in severe harm to abdominal organs like the liver, spleen, or stomach. Combined Injuries: In some cases, injuries may affect both the pelvic and abdominal regions, necessitating immediate medical attention. Organ Responses to Trauma Understand how different abdominal organs react to traumatic injuries: Hollow Organs: Hollow organs, such as the bladder, are prone to rupture when subjected to trauma, leading to the release of their contents into the surrounding area. Solid Organs: Solid organs like the liver tend to tear instead of rupturing, often resulting in slow bleeding that can easily go unnoticed. First Aid for Abdominal Injuries Learn the crucial steps to take when dealing with traumatic abdominal injuries: Protruding Organs: If an injury causes the patient's internal organs to protrude from the abdominal wall, do not attempt to push them back in, as this can worsen the situation. Correct Position: Have the individual lie flat with their knees bent and cover the exposed organs with a moist, sterile dressing made of non-adhesive material that won't cling to the affected organs. Restrict Food and Drink: Even if the patient complains of extreme hunger or thirst, refrain from allowing them to eat or drink. Seek Immediate Medical Assistance Remember that prompt medical help is essential for any injury. A first aid responder's role is to stabilize the patient until professional assistance arrives. https://d3imrogdy81qei.cloudfront.net/video_images/1503/The_abdominal_cavity-01.jpg Yes 128 https://www.prosportsfirstaid.co.uk/training/video/calling-the-ems https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/868.mp4 Calling the Emergency Services Activating Emergency Medical Services: A Vital Process Immediate First Aid Providing initial first aid is essential, but remember to promptly involve the Emergency Medical Services (EMS) for professional assistance. Unified Emergency Number Regardless of the specific emergency service required, the contact number remains consistent. A delay in activating the EMS can have severe consequences: Call 999 or 112: These numbers are universally effective; choose either when in need. Both can be dialled from mobiles and landline phones. Effective Communication When making the call, consider using a hands-free or speakerphone mode to allow multitasking while communicating with the emergency services. They will guide you accordingly: Priority Categorization: The EMS will assess the situation and classify the call by priority. Examples include Category A for life-threatening scenarios and Category B for less critical cases. Service Selection: Specify the required service, which could be an ambulance, fire, police, Coast Guard, or other relevant services. The EMS may dispatch additional units as necessary. Clear Information: Provide a concise description of the situation initially. Answer any further questions as needed. Detailed location information is vital. Location Precision Ensuring accurate location details is critical. Use technology like 'what3words' or location apps for precise coordinates. The EMS can sometimes track your location via phone signals: Scene Safety: Make the environment safe and accessible for the emergency services. Unlock doors, illuminate the area, and secure pets if applicable. Workplace Awareness: Inform colleagues and reception about the EMS's impending arrival to prevent confusion. Assistance Guide: If others are present, delegate someone to meet and guide the EMS to your location, enhancing efficiency. Alternative Contact Methods Consider scenarios where traditional phone calls may not be possible, such as remote locations: Use of Radios: Learn how to operate two-way radios or satellite phones when needed for emergencies. Text Communication: If hearing-impaired, set up emergency service notification via text messages (details available in the download area). Keeping the Line Open If circumstances change or you require updates, don't hesitate to call EMS again. They can stay on the line to assist until their arrival. https://d3imrogdy81qei.cloudfront.net/video_images/1509/Calling_the_Emergency_Services-01.jpg Yes 265 https://www.prosportsfirstaid.co.uk/training/video/dislocated-shoulders-and-joints https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/866.mp4 Dislocated Shoulders and Joints How to Immobilise a Dislocated Shoulder Introduction In this guide, we will demonstrate the proper technique for immobilising a dislocated shoulder to minimize movement and provide initial support. Using a Sling When a shoulder becomes dislocated, it's essential to restrict sideways motion and position the arm for stability. Follow these steps: Step 1: Retrieve a sling from a standard first aid kit, as demonstrated in the accompanying video. Step 2: Carefully place the arm in a resting position within the sling. Securing the Arm After positioning the arm in the sling, the next crucial step involves securing it in place to prevent outward movement from the front of the body: Step 1: Obtain a second triangular bandage. Step 2: Gently wrap the bandage around the body, ensuring that it firmly holds the arm in position. This immobilisation technique helps keep the arm stable and ready for safe transport to Emergency Medical Services. https://d3imrogdy81qei.cloudfront.net/video_images/1507/Dislocated_Shoulders_and_Joints-01.jpg Yes 90 https://www.prosportsfirstaid.co.uk/training/video/chest-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/880.mp4 Chest Injuries Chest Injuries: Types, First Aid, and Treatment Understanding Chest Injuries Explore the various types of chest injuries and the crucial first aid steps required for each. Closed Chest Injuries Closed chest injuries can pose significant risks due to the vital organs housed within the chest cavity. Learn about their nature and the necessary actions: Potential Severity: Closed chest injuries can be severe, impacting critical organs like the heart, lungs, and major blood vessels. Example Scenario: A person involved in a car accident forcefully strikes their chest against the steering wheel. Immediate Action: Most chest trauma cases require urgent medical attention. Always call for an ambulance in cases of potentially serious chest injuries. Rib Cage Damage One common consequence of chest trauma is damage to the rib cage. Understand the implications and symptoms: Effects: The rib cage's curved structure offers some protection, but damage to cartilage or ribs can still occur. Complications: Multiple broken ribs can lead to breathing difficulties as shallow breaths are taken to avoid pain. Flail Segment: In severe cases, adjoining ribs breaking in different places can create a "flail" segment, causing painful and less effective breathing. Signs and Symptoms: Watch for trouble breathing, shallow breaths, tenderness at the injury site, chest deformities, bruising, pain during movement/deep breathing/coughing, blue lips or nail beds, coughing up blood, and a crackling sensation upon touching the skin. First Aid for Rib Injuries Follow these initial steps when dealing with rib injuries: Primary Concern: Prioritize monitoring the patient's ABCs (Airway, Breathing, Circulation). Call for Help: Request an ambulance promptly. Comfortable Position: Assist the victim into a comfortable position, usually seated upright. Secondary Survey: Conduct a secondary assessment and closely monitor the patient's condition for any changes. Open or "Sucking" Chest Wounds Learn about open chest wounds and the critical actions to take when confronted with this type of injury: Description: An open or "sucking" chest wound occurs when the chest wall is penetrated, e.g., by a knife, bullet, or sharp object. Distinctive Signs: Listen for escaping air through the wound, and note the victim's breathing difficulties and pain. Blood may be present in their mouth or they may cough up blood. First Aid for Open Chest Wounds Follow these immediate actions for open chest wounds: Primary Assessment: Begin by assessing the victim's ABCs. Do Not Remove Objects: Avoid removing any embedded objects in the chest. Request Ambulance: Call for an ambulance without delay. Positioning: Lay the patient on their injured side to prevent complications with the good lung. Treat for Shock: Provide shock treatment and maintain careful monitoring. Updated First Aid Guidelines Important information regarding the treatment of sucking chest wounds has been revised: 2016 Rule Change: First aiders no longer use special dressings. The recommendation is to leave the wound open to the elements. Using dressings may pose a higher risk of harm. Immediate Care: Prioritize patient care and seek emergency medical assistance as soon as possible. Summarizing Chest Injuries Chest injuries are always serious, and initial first aid aims to stabilize and reassure the patient until emergency services arrive. https://d3imrogdy81qei.cloudfront.net/video_images/1525/Chest_Injuries-01.jpg Yes 191 https://www.prosportsfirstaid.co.uk/training/video/splints https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/996.mp4 Splints Using Splints to Immobilise a Fractured Limb Commercial Splints Commercial splints, such as the SAM splint, are available to immobilise a fractured limb. These splints are made of aluminium covered in foam. To avoid causing further injury or pain, open the splint and mould it to fit the injured limb without applying pressure. Securing the Splint Use tape to hold the splint in position, preventing movement of the arm and wrist (in this instance). Pneumatic Splints Pneumatic splints work differently. Here’s how to use them: Open the zip and wrap the splint around the limb. Zip it up while the splint is deflated. Once in position, inflate the splint by blowing into the valve. This will immobilise the limb and provide cushioning for patient comfort. You can adjust the pressure by adding more air or, if the splint is too tight, releasing some air after performing a capillary refill test. Makeshift Splints Most first aid kits do not include splints. If you need to immobilise a fracture and do not have a commercial splint, you can use a magazine or newspaper as an effective alternative. Secure it with micropore tape. If the splint is too tight, cut the tape and reapply. Supporting the Arm When dealing with an injury to the lower arm, use a triangular bandage to support the arm and keep it still. This will help the patient make their way to seek emergency medical assistance. Conclusion Using the correct technique to immobilise a fractured limb is crucial for preventing further injury and ensuring patient comfort. Whether using commercial splints, pneumatic splints, or makeshift alternatives, always prioritise the safety and well-being of the injured person. https://d3imrogdy81qei.cloudfront.net/video_images/1749/Splints-01.jpg Yes 320 https://www.prosportsfirstaid.co.uk/training/video/hyperventilation2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1404.mp4 Hyperventilation Hyperventilation: Causes, Symptoms, and Management Understanding Hyperventilation An exploration of hyperventilation, a condition where the body expels more carbon dioxide than it produces, with both voluntary and involuntary triggers. Voluntary and Involuntary Hyperventilation Examining the two main categories of hyperventilation: voluntary and involuntary. Voluntary Hyperventilation: Excessive breathing, often seen in practices like free diving, yoga, and medical procedures. Involuntary Hyperventilation: Occurs as a response to physical and emotional stimuli, stemming from various medical conditions and stress-related factors. Effects of Hyperventilation Discussing the consequences of hyperventilation, including physical symptoms and potential complications. Physical Symptoms: Dizziness, tingling lips, agitation, confusion, breathlessness, headaches, weakness, fainting, seizures, and muscle spasms. Complications: Shallow water blackout in free divers, respiratory alkalosis, and hyperventilation syndrome. Underlying Causes Identifying various triggers and conditions that lead to hyperventilation. Physical Triggers: High-altitude environments, pregnancy-related hormonal changes, head injuries, strokes, asthma, pneumonia, cardiovascular issues, anaemia, drug reactions. Psychological Triggers: Stress, anxiety, fear, pain, and emotional distress. Managing Hyperventilation Providing guidance on how to manage hyperventilation episodes and when to seek medical help. Initial Steps: Treat the underlying cause, especially in cases triggered by physical conditions. Breaking the Cycle: Recognise anxiety-driven hyperventilation, avoid re-breathing into a paper bag without medical advice, employ relaxation techniques, and breathing exercises. Assisting Patients: Encourage controlled breathing and provide reassurance; referral to a doctor may be necessary for underlying causes. https://d3imrogdy81qei.cloudfront.net/video_images/2537/Hyperventilation-01.jpg Yes 204 https://www.prosportsfirstaid.co.uk/training/video/waiting-for-the-ems-to-arrive https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1556.mp4 Waiting for the E.M.S to arrive What to Do While Waiting for EMS Emergency Preparedness Primary Concern: Patient's well-being should be your top priority while waiting for EMS. Bystander Assistance: Consider involving nearby bystanders who may be able to provide help. Effective Communication Phone Information: Provide detailed information over the phone to EMS, helping them anticipate the situation. Accessibility: Identify any obstacles like obstructive cars or movable items and address them safely. Bystander Support Assistance Seekers: Ask bystanders to assist by locating and guiding the ambulance to your location. Home Safety: Ensure pets are secured and illuminate your home during nighttime emergencies for better visibility. Patient's Medical Details Medications and Conditions: Inquire about the patient's medications and medical conditions to relay to EMS. Doctor's Information: Collect the patient's doctor's details and check if they are currently under hospital care. Workplace Awareness Alert Reception: Inform reception and relevant personnel at the workplace about the accident and EMS arrival. Preventing Delays: Avoid delays in EMS arrival by ensuring everyone is aware of the situation. Stay Connected Mobile Availability: Keep your mobile phone with you to ensure EMS can reach you at any time. https://d3imrogdy81qei.cloudfront.net/video_images/2731/Waiting_for_the_E.M.S_to_arrive-01.jpg Yes 231 https://www.prosportsfirstaid.co.uk/training/video/dealing-with-fainting https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1619.mp4 Dealing with Fainting Fainting: Causes, First Aid, and When to Seek Help Understanding Fainting Fainting, a temporary loss of consciousness, can occur when there is a brief reduction in blood flow to the brain. Learn about the potential causes and what to do when someone is about to faint: Possible Causes of Fainting There are various reasons why someone may faint, including: Anxiety Hunger Pregnancy Stress Tiredness Pain Excessive Heat Prolonged Standing or Sitting Immediate First Aid If someone feels like they are about to faint, take these steps: Lie Them Down: Help them lie down immediately to restore blood flow to the brain, avoiding sitting, which could lead to falls and injuries. Provide Fresh Air: If indoors, open a window to aid in recovery. Assisting a Fainted Person When someone has fainted, follow these measures: Lay Them on Their Back: Place them on their back. Raise Their Legs: Elevate their legs approximately thirty centimeters to enhance blood flow to the brain. Offer Support: Support their legs on your shoulder or with a suitable object (e.g., box or bag). Communicate Calmly: Explain the situation when they begin to recover, as they might feel confused or disoriented. Assist Them Gradually: Help them get up gradually to prevent another fainting episode. If they feel dizzy while getting up, have them lie down and elevate their legs until full recovery. When to Seek Medical Attention If the person does not regain consciousness promptly, open their airway, check for breathing, and follow the appropriate steps for treating an unconscious casualty. Contact emergency services if they have fallen and sustained injuries or if consciousness is not regained. It may also be wise to call a friend or family member to accompany them home. If the individual is in the later stages of pregnancy, have them lean towards their left side to prevent blood flow restriction back to the heart. Regular fainting episodes may indicate an underlying health issue, so consult a doctor if fainting occurs frequently or if there are any concerns. If someone faints during exercise or experiences a seizure following fainting, alert emergency medical services. https://d3imrogdy81qei.cloudfront.net/video_images/2869/Dealing_with_Fainting-01.jpg Yes 161 https://www.prosportsfirstaid.co.uk/training/video/fears-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/97.mp4 Fears of First Aid Addressing Common Fears in First Aid Training People attending first aid training often express initial reluctance due to various fears and concerns. Addressing these fears and demonstrating how they can be easily managed makes the training more enjoyable and understandable. Fear of Infection Some participants worry about coming into contact with blood, vomit, or other bodily fluids. First aid training teaches the effective use of barriers such as gloves and face shields to protect first aiders from infections like HIV or Hepatitis. Fear of Doing Harm The fear of doing something wrong or hurting the patient is common, especially when delivering chest compressions during CPR. It is important to remember that a non-breathing patient with no heartbeat is already in a critical state, and CPR can only help. The most harm would come from not performing chest compressions at all. Your training will help you respond appropriately to various situations. Fear of Litigation Concerns about potential litigation can be addressed through proper training. If you always ask for permission to help, follow the rules and workplace policies, and act within the boundaries of your training, the likelihood of being sued is low. Fear for Personal Safety First aiders should prioritize their own safety to avoid becoming patients themselves. Training emphasises the importance of always stopping, thinking, and then acting before approaching any emergency situation. This includes using scene safety measures to ensure your well-being. By addressing these fears in first aid training, participants can gain confidence and be better prepared to handle emergencies effectively and safely. https://d3imrogdy81qei.cloudfront.net/video_images/147/Fears_of_First_Aid-01.jpg Yes 182 https://www.prosportsfirstaid.co.uk/training/video/hydration2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1897.mp4 Types of Hydration in Sport The Importance of Hydration for Your Wellbeing Understanding the Significance of Hydration Explore the crucial role of hydration in maintaining overall health. Water: The Foundation of Our Bodies Discover why water is an essential component of our physical well-being: Body Composition: Our bodies are comprised of roughly 60% water. Vital for Bodily Functions: Water plays a critical role in nearly every bodily function. Consequences of Dehydration: A lack of water can lead to various negative symptoms and health issues. Hydration and Temperature Regulation Learn how water helps regulate body temperature and its impact on our well-being. The Role of Water in Temperature Regulation Understand how dehydration can affect internal temperature management: Overheating Risk: Dehydration can lead to difficulties in regulating body temperature. Importance in Physically Demanding Situations: Staying hydrated is crucial during physical exertion and in hot weather. Hydration and Digestion Explore the relationship between water intake and efficient digestion. Water's Vital Role in Digestion Discover how water aids in digestion and nutrient absorption: Preventing Digestive Issues: Adequate water intake helps prevent problems like bloating and constipation. Nutrient Transport: Water facilitates the transport of nutrients and oxygen to body cells. Hydration's Impact on Mental and Emotional Wellbeing Learn about the mental and emotional benefits of staying hydrated. Hydration and Cognitive Function Understand the connection between water intake and mental clarity: Combatting Brain Fog: Dehydration can lead to symptoms like brain fog and reduced concentration. Mood Enhancement: Staying hydrated can elevate mood and improve overall mental wellbeing. Hydration Recommendations Find out how much water you should consume daily and the sources of hydration. Optimal Daily Water Intake Learn about recommended daily water intake based on various factors: Factors Affecting Hydration Needs: Consider age, gender, activity level, and climate when determining water requirements. General Guideline: Adults are advised to consume a minimum of eight glasses of water daily. Additional Considerations: Increased intake may be necessary for physically active individuals or those in hot climates. Hydration Beyond Water Explore alternative sources of hydration and the importance of mindful beverage choices: Variety of Fluids: While water is ideal, beverages like tea, coffee, and juice can also contribute to daily fluid intake. Cautions: Limit consumption of sugary or caffeinated drinks, as excessive intake can lead to dehydration. https://d3imrogdy81qei.cloudfront.net/video_images/3399/Types_of_Hydration_in_Sport-01.jpg Yes 128 https://www.prosportsfirstaid.co.uk/training/video/cramp-in-sports-and-exercise https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1896.mp4 Cramp in Sports and Exercise Understanding and Managing Muscle Cramps in Sports Defining Muscle Cramps Explore the nature of muscle cramps and their impact on the body. Characteristics of Cramps Discover the key features of muscle cramps: Sudden and Involuntary: Muscle contractions that occur abruptly and uncontrollably. Painful Episodes: From mild discomfort to excruciating agony. Temporary: Generally short-lived and not causing lasting harm. Loss of Mobility: Resulting in a temporary paralysis-like state in affected muscles. Understanding Muscle Spasms Examine the mechanics of muscle spasms during a cramp. Nature of Muscle Spasms Learn how muscle contractions during a cramp lead to pain: Sudden Muscle Contraction: Muscles shorten abruptly, causing intense discomfort. Lack of Control: Individuals cannot regulate the affected muscle during a cramp. Duration of Cramps Explore the variable duration of cramps, which can last for seconds, minutes, or even hours. Causes of Muscle Cramps Investigate the factors contributing to muscle cramps: Sports-Related Cramps: A common issue in sports leading to pain and performance decline. Debunking Hydration Myths: The role of hydration and electrolyte balance in cramps. Ongoing Research: The evolving understanding of cramps in sports. Preventive Measures: Strategies to prevent and manage cramps, including hydration and nutrition. Preventing and Managing Cramps Discover practical approaches to dealing with cramps: Stretching Exercises Learn about stretching routines to help prevent cramps. Guidance and Training Seek expert advice on appropriate exercises to target specific muscle groups. Sports Performance Strategies for athletes to adjust their pace and distance to avoid sudden increases that may trigger cramps. https://d3imrogdy81qei.cloudfront.net/video_images/3397/Cramp_in_Sports_and_Exercise-01.jpg Yes 106 https://www.prosportsfirstaid.co.uk/training/video/scene-safety-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/101.mp4 Scene Safety Ensuring Scene Safety: A Crucial Step Understanding the Situation Before taking any action, it's vital to assess the safety of the scene. In this simulated scenario, let's consider a car accident: Initial Caution: Avoid rushing in immediately. Survey the scene for potential hazards and dangers. Multiple Factors: For a car accident, assess the presence of other vehicles, bystanders, and the number of individuals involved. Risk Assessment: Perform a swift risk evaluation, considering various elements. Understanding the Vehicle When approaching a vehicle, be alert to specific risks and potential dangers: Fluid Presence: Check for any spilled fluids, such as water, oil, petrol, or diesel, as they may pose a fire hazard. Glass Hazards: Be cautious of broken glass resulting from the accident. Cargo Inspection: If it's a van or similar vehicle, consider what it may be carrying, especially chemicals or gas. Safe Approach Remember the mantra: Stop, Think, Act. Maintain a strategic approach to ensure safety while offering assistance: Engage From the Front: When communicating with the injured party, approach from the front to prevent unnecessary head movement. Establish Identity: Clearly introduce yourself: "I'm Keith, a first aider. Can I help you?" Maintain communication from a distance during the assessment phase. Personal Protective Equipment (PPE): Don gloves as a precaution before moving closer to the patient. Ensuring Head Stability When approaching the vehicle, be mindful of potential spinal injuries: Control Head Movement: Politely instruct the individual to keep their head still. This step is especially important in suspected spinal injury cases. Effective Communication Engage in a dialogue with the injured party while maintaining vigilance for any evolving dangers: Gathering Information: Ask pertinent questions such as "Are you alone? Is there anyone else in the vehicle? Are there any hazardous materials in the vehicle?" Comfort and Reassurance: A compassionate and informative approach helps ease the patient's anxiety. Calling for Assistance If the scene reveals minor injuries or conditions you can't manage, promptly activate the appropriate emergency services: Clear Reporting: Clearly communicate the nature of the situation to the emergency services dispatcher. Request Assistance: Depending on the circumstances, request an ambulance, police, or other relevant services as needed. Conclusion These safety procedures apply to various scenarios, whether involving adults in car accidents or children requiring assistance. Prioritising scene safety ensures effective care delivery. https://d3imrogdy81qei.cloudfront.net/video_images/155/Scene_Safety-01.jpg Yes 285 https://www.prosportsfirstaid.co.uk/training/video/the-healing-process https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1925.mp4 The Healing Process Understanding the Body's Healing Process: A Comprehensive Guide The Body's Natural Healing Timeline When the body sustains an injury, it initiates the healing process within 24 hours. However, full repair can take between 48 and 72 hours and, in some cases, up to 21 days. Crucial Role of Blood Clotting The body's clotting mechanism plays a vital role in the healing process: Sealing Blood Vessels: Blood clotting seals torn blood vessels, preventing blood plasma from escaping into surrounding tissues. This plasma is essential for transporting nutrients and infection-fighting white blood cells to the injury site. Temporary Blood Clots: Blood clots form when the skin is breached, effectively stopping the bleeding. The Three Phases of Healing Healing unfolds through three distinct mechanisms: Vascular Spasm: Smooth muscle in blood vessel walls contracts immediately upon vessel damage, slowing bleeding while other mechanisms activate. Platelet Plug Formation: Blood platelets become adhesive, locating damaged vessels and forming a temporary plug to aid in sealing broken blood vessels. Coagulation: Blood thickens as it surfaces and leaves blood vessels, creating a gel-like texture through coagulation. The Process of Blood Clotting Blood clotting involves the transformation of liquid blood into a solid state: Clot Formation: The temporary plug interacts with clotting factors, forming a web of fibres that constitutes a clot. This process includes fibrin mesh, clotting factors, enzymes, calcium ions, and platelets. Clot Reinforcement: Other cells, such as white blood cells, contribute to fighting infection and strengthening the clot, ensuring complete cessation of bleeding. Early Healing Stages The initial healing stages bring relief and include: Reduction of Swelling: The healing process commences with the absorption of swelling. Debris and Clot Removal (Pacman Effect): Waste products, including blood clots and debris, are cleared. Growth of New Blood Capillaries: New capillaries form, establishing blood circulation in the injured area, a vital step for tissue repair. Development of Initial Scar Tissue: Fibrous scar tissue begins to envelop the injury. Active Cell Phase Between 12 hours and four days following the injury, cells become active: New Blood Circulation: Active cell phases lead to the growth of new capillary blood vessels that gradually restore blood circulation to the injured area. Removal of Dead Tissue and Clots: The renewed blood supply enables the removal of dead tissue cells and the initial blood clot. Formation of Scar Tissue: Scar tissue, in the form of fibrous tissue, plays a critical role in repairing damaged tissues. https://d3imrogdy81qei.cloudfront.net/video_images/3455/The_Healing_Process-01.jpg Yes 180 https://www.prosportsfirstaid.co.uk/training/video/resuscitation-of-children https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1947.mp4 Resuscitation of children CPR for Children and Infants: Why Acting Matters More Than Fear Having to resuscitate a child or infant can be one of the most distressing situations anyone may face. Sadly, many children do not receive life-saving CPR because bystanders fear causing harm, especially if they are not specifically trained in paediatric resuscitation. This fear is unfounded. It is always far better to act than to do nothing. Using the Adult BLS Sequence on Children For ease of learning and retention, lay rescuers are taught that the adult Basic Life Support (BLS) sequence can be used for children who are unresponsive and not breathing normally. If you are unsure, follow the adult sequence. Doing something will always give the child a better chance of survival than doing nothing at all. Chest Compression Depth and Technique When delivering chest compressions to children and infants, the recommended depth is: At least one-third of the depth of the chest Hand Position by Age Group Infants (under 1 year): Use two thumbs with the wrap-around technique Children (1–12 years): Use one or two hands, depending on the size of the child Adolescents (13–18 years): Use two hands, as you would for an adult Whether you use one hand or two on a child is up to you. The outcome is the same. Choose the technique that feels safest, most comfortable, and best suited to the child’s size. The Impact of CPR on Survival What you do — or don’t do — has a huge impact on survival. No CPR: Survival rate of approximately 4.3% Chest compressions only: Survival rate of around 7.7% Full CPR (compressions and breaths): Survival rate increases to 13.6% These figures clearly show that early action saves lives. Delivering Rescue Breaths When giving rescue breaths: Deliver each breath over about one second Give just enough air to see the chest rise The maximum time between the last compression and the first compression of the next cycle should be no more than 10 seconds — and ideally much less. This minimises interruptions to chest compressions and helps maintain blood flow to the brain and other vital organs. Key Message to Remember You do not need to be perfect to save a life. Fear of causing harm should never stop you from acting. Using the adult BLS sequence on a child or infant is far safer than doing nothing. Early CPR, even if it is not textbook-perfect, dramatically improves a child’s chance of survival. Act quickly. Act confidently. Your actions could save a young life. https://d3imrogdy81qei.cloudfront.net/video_images/3507/Resuscitation_of_Children.jpg Yes 114 https://www.prosportsfirstaid.co.uk/training/video/improving-breaths-2015-guidelines https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1951.mp4 Improving breaths Rescue Breaths and CPR: Guidelines and Alternatives Rescue breaths play a crucial role in CPR. They should be performed correctly and with proper techniques to maximise their effectiveness in saving lives. Proper Rescue Breath Technique CPR providers should: Give rescue breaths with an inflation duration of about 1 second. Provide sufficient volume to make the victim's chest rise. Avoid rapid or forceful breaths. Limit the time between compressions and breaths to no more than 10 seconds. Dealing with Obstructions If a breath doesn't go in: Check for obstructions in the mouth, but avoid blind finger sweeps. Re-open the airway and try again, but only attempt the recommended number of times. Alternative Breathing Methods Rescue breaths can also be delivered through: Mouth-to-nose ventilation: An acceptable alternative if the victim's mouth is injured, cannot be opened, or a seal is difficult to achieve, or if the victim is in water. Mouth-to-tracheostomy ventilation: Applicable for victims with a tracheostomy tube or tracheal stoma who require rescue breathing. Barrier Devices Barrier devices can help reduce bacteria transmission during rescue breathing. However, their effectiveness in clinical practice remains unknown. Resuscitation Council Recommendations The Resuscitation Council recommends that individuals trained in CPR should perform both rescue breaths and compressions whenever possible. This is particularly important for children, asphyxial cardiac arrest victims (e.g., drowning), and cases with delayed EMS response. Compression-only CPR should only be performed if rescuers are unable to give rescue breaths. The latest CPR guidelines are the 2021 UK and European Resuscitation Council guidelines. https://d3imrogdy81qei.cloudfront.net/video_images/3515/Improving_breaths-01.jpg Yes 141 https://www.prosportsfirstaid.co.uk/training/video/excessive-blood-loss https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1956.mp4 Excessive Blood Loss Recognizing and Treating Blood Loss: First Aid Guide Understanding Blood Loss Hidden Threat: Excessive blood loss doesn't always involve visible skin injuries; it can occur internally with fractures or organ damage. Impact of Fractures: Even when the skin remains intact, a broken thigh bone can lead to blood loss of up to one litre; if there's an external bleed, this can escalate to one to two litres. Pelvic Fractures: Pelvic fractures can range from minor blood loss to severe cases where a person can lose all their blood, as the main femoral artery passes over the pelvis. Organ Injuries: Injuries to organs such as the spleen, liver, or chest can result in varying levels of blood loss, from minimal to total. Recognizing Blood Loss Challenging Recognition: Identifying severe blood loss can be difficult. It's wise to assume the worst and treat accordingly due to the challenges of assessing both external and internal bleeding. Factors Affecting Recognition: Various factors like age, size, weight, medical conditions, fitness, and medications can influence how signs and symptoms manifest, potentially masking them until the situation becomes critical. Assessment and Response Collect Information: Gather details about the incident history and assess the injury mechanism. Watch for Signs: Keep an eye out for these signs: Pale, Cold, Sweaty Skin Rapid Breathing (Over 20 breaths per minute) Thirst Rapid Pulse (Over 100 beats per minute) Altered Mental State Anxiety, Confusion, Drowsiness, Restlessness Unconsciousness Emergency Treatment Immediate Actions: Activate Emergency Services: Call for professional help. Treat External Bleeding: Address any visible external bleeding. Identify Internal Bleeding: Attempt to determine if there is internal bleeding. Position and Monitor: Lay Down: Place the individual on their back. Raise Legs (If Possible): Elevate their legs if feasible. Keep Warm: Ensure they stay warm. Monitor Consciousness and Vital Signs: Continuously assess their consciousness and vital signs. https://d3imrogdy81qei.cloudfront.net/video_images/3535/Excessive_Blood_Loss-01.jpg Yes 129 https://www.prosportsfirstaid.co.uk/training/video/improving-compressions https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1950.mp4 Improving compressions Delivering High-Quality CPR: Position, Depth, Rate, and Technique Providing high-quality CPR is one of the most important actions you can take during cardiac arrest. Small improvements in technique can significantly increase the amount of blood delivered to the brain and heart, improving survival. Correct Position for CPR The optimal position for delivering CPR is by the side of the casualty. This allows easier movement between chest compressions and rescue breaths and helps maintain good technique. However, compressions can also be delivered from over the head if space is limited. This may be necessary in confined environments such as: Aircraft aisles Buses or coaches Trains or other restricted spaces Compression Depth: Why It Matters Fear of causing harm, fatigue, or limited upper-body strength often leads rescuers to compress too shallowly. This is one of the most common CPR errors. Current guidance recommends that adult chest compressions should be 5–6 centimetres deep. Estimating compression depth is difficult, and evidence shows that compressions are often too shallow. Importantly, compressions that are slightly too deep are far less harmful than compressions that are too shallow. Priority: Ensure adequate compression depth every time. Compression Rate: Finding the Right Speed Large studies involving more than 13,000 patients have shown that the highest survival rates occur when chest compressions are delivered at a rate of: 100–120 compressions per minute When compression rates exceed 120 per minute, compression depth often decreases. For this reason, it is important not to exceed two compressions per second. Minimising Pauses in Chest Compressions Every pause in chest compressions reduces blood flow to vital organs. Pauses commonly occur during: Defibrillation Rescue breaths AED rhythm analysis All interruptions should be kept under 10 seconds wherever possible. Clear communication between rescuers is essential to minimise these gaps and maintain effective CPR. Chest Recoil: Just as Important as Compression Allowing the chest to fully recoil after each compression is just as important as pushing down. A common mistake is leaning on the chest, which prevents full recoil. Full recoil allows better venous return to the heart, improving circulation and overall CPR effectiveness. Think of compression and recoil as equal: Compression time = recoil time Managing Fatigue During CPR Compression quality can begin to fall after as little as two minutes. If there are enough rescuers available: Swap the person delivering compressions every two minutes Ensure there is no pause while changing rescuers This helps maintain correct depth, rate, and recoil. Practice Improves Performance Regular practice is one of the best ways to improve CPR quality. Use a CPR manikin whenever possible If practising at home, use a toy or stuffed animal to rehearse hand position and technique Confidence comes from practice, and confident CPR saves lives. https://d3imrogdy81qei.cloudfront.net/video_images/3513/Improving_compressions-01.jpg Yes 181 https://www.prosportsfirstaid.co.uk/training/video/effective-cpr https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1389.mp4 Effective CPR Understanding CPR: The Heart, Cardiac Arrest, and the Importance of Compressions Knowing how the heart functions and the impact of cardiac arrest is crucial for delivering effective CPR. You can keep blood circulating with proper compressions until a defibrillator becomes available. How the Heart Functions The heart's natural pacemaker, the Sinoatrial Node, sends regular electrical impulses from the top chamber (Atrium) to the bottom chamber (Ventricle). This process keeps the heart pumping blood. In cardiac arrest, this normal functioning is disrupted, often due to electrolyte imbalances, potassium interference, or heart-related issues. Cardiac Arrest and Ventricular Fibrillation During cardiac arrest, the heart's electrical pathways are disrupted, causing the heart to experience ventricular fibrillation or ventricular tachycardia. In this state, defibrillation is necessary to restore normal heart function. Effective CPR and Chest Compressions While waiting for an Automated External Defibrillator (AED), perform effective CPR: Push down 5-6cm at 100-120 beats per minute. Place hands in the centre of the chest. Maintain a straight posture and use body weight. Switch rescuers every two minutes for optimal CPR. Allow the chest to recoil fully between compressions. The Role of AEDs AEDs work by passing electricity through the heart, momentarily stunning it and allowing the heart's pacemaker to restore normal function. In cases of cardiac arrest due to a lack of oxygen, the AED may indicate that no shock is necessary. Continue CPR and monitor the patient until emergency services arrive. Remember: Anyone can perform CPR. The key is to maintain the correct rate and depth of compressions. https://d3imrogdy81qei.cloudfront.net/video_images/2505/Effective__CPR-01.jpg Yes 357 https://www.prosportsfirstaid.co.uk/training/video/medications-and-first-aid https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1957.mp4 Medications and First Aid Understanding Medication Management in Remote Environments Why Might You Need to Carry Medications? For those working in remote areas, as part of outdoor pursuit centres, or in roles caring for individuals with medical needs, there's often a necessity to carry certain medications. Whether stationed offshore or in an isolated setting, maintaining a specific medication list can be vital. This could encompass: Painkillers Inhalers for asthma sufferers Glucose for diabetic individuals Aspirin for cardiovascular issues Auto-injectors for anaphylactic reactions And other potentially crucial medications Best Practices for Medication Management Knowledge and Consent Ensure familiarity with any medication you carry, including its instructions and storage requirements. Importantly, always obtain consent from the individual receiving the medication. Risk Assessment and Permissions All medicines should be integrated into your risk assessment. Moreover, securing permissions from employers, organisations, or regulatory bodies is essential. Handling Prescribed Medications Should you be tasked with carrying someone else's prescribed drugs, observe the following precautions: Keep them separate from the main first aid kit to prevent unintended use. Document the complete treatment plan. Record administration details, including timing and dosage. Storage and Security Medications should be stored in dry containers, protected from potential damage, safeguarded against misuse, and kept at appropriate temperatures. Local Restrictions and Guidelines It's crucial to be aware that certain medications might be prohibited due to local regulations or specific health and safety constraints. Always verify the type of drug you are carrying on behalf of someone, and ascertain your authority to do so. https://d3imrogdy81qei.cloudfront.net/video_images/3537/Medications_and_First_Aid-01.jpg Yes 124 https://www.prosportsfirstaid.co.uk/training/video/sports-first-aid-course-overview- https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1998.mp4 Course overview ProTrainings Sports First Aid Course Overview Course Introduction Before diving into the course, let's review what you will be covering during your training. The course is structured into categories, each featuring several videos. You have the flexibility to pause and re-watch any videos as needed. We regularly update our course materials, so you will have access to new videos and replacements as they are released. Contact and Support Although this is an online course, we are here to assist you. If you have any questions, you can reach us via phone, email, or our online chat facility available on our websites. Course Structure You will progress through the course videos sequentially. Here is an overview of the course content: 1. First Aid Fundamentals Fears of First Aid Scene Safety DRAB and ABCDs Choosing Face Shields Adult Bag Valve Masks The Recovery Position Patient Care 2. Cardiac Arrest and CPR Adult, Infant, and Child CPR Heart Attacks AED Use Drowning Improving Compressions and Breaths 3. Choking Management Adult Choking Child Choking Emergency Response Techniques 4. Bleeding Management Treating Embedded Objects Handling Serious and Minor External Bleeding 5. Injury Management Strains and Sprains Splints Dislocated Shoulders and Joints Eye, Chest, and Abdominal Injuries Hot and Cold Injuries Dental Injuries Bites and Stings Snake Bites Hydration and Cramps in Sports 6. Illnesses Allergic Reactions Diabetes Asthma Epilepsy Electrical Injuries Hyperventilation We hope you find this course comprehensive and informative. Good luck with your training! https://d3imrogdy81qei.cloudfront.net/video_images/3977/Course_overview-01.jpg Yes 118 https://www.prosportsfirstaid.co.uk/training/video/nose-bleeds https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/832.mp4 Nose bleeds Dealing with Nosebleeds: Causes and Treatment 1. Common Occurrence Nosebleeds are a frequent occurrence in both children and adults. While they are typically easy to treat and often do not recur, they can be distressing for children and embarrassing for adults. Nosebleeds are usually caused by the close proximity of blood vessels to the skin in the nasal area, making them susceptible to damage from various factors. Possible Causes: Nosebleeds can result from factors such as inserting objects into the nose, stress, illness, physical impacts to the nose, or facial injuries. Caution: When addressing a nosebleed, exercise extreme care if you suspect a possible nasal fracture or external injuries. 2. First Aid for Nosebleeds Providing immediate care for someone experiencing a nosebleed is essential. Follow these steps: Sit Them Down: Have the individual sit down to avoid any accidents. Offer Comfort: If necessary, provide reassurance and help them stay calm. Forward Leaning Position: Instruct them to lean forward to prevent blood from flowing down the throat, which can lead to vomiting or nausea. Pinch the Nose: Ask them to pinch the soft part of their nose. This action applies pressure and aids in stopping the bleeding. Provide a Bowl: Offer a bowl to allow them to spit out the blood rather than swallowing it. Offer Tissues: If needed, provide tissues for use during the treatment. Apply Pressure: Advise them to maintain pressure on the nose for at least 10 minutes. Check for Bleeding: After 10 minutes, gently remove their fingers to check if the bleeding has ceased. Repeat if Necessary: If bleeding persists, repeat the pressure application for another 10 minutes. Seek Medical Assistance: If the bleeding persists beyond 30 minutes, it is advisable to seek medical attention. 3. Preventive Measures Ensure the person understands the following preventive measures: Refrain from: Advising them to avoid actions like sniffing, coughing, blowing their nose, or talking, as these activities can trigger bleeding and hinder the healing process. Regular Nosebleeds: If nosebleeds occur frequently, they may indicate an underlying issue. In such cases, consulting a doctor is recommended. It's worth noting that children who experience regular nosebleeds often outgrow them without requiring medical treatment. https://d3imrogdy81qei.cloudfront.net/video_images/1449/Nose_bleeds-01.jpg Yes 107 https://www.prosportsfirstaid.co.uk/training/video/excessive-bleeding-control https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2196.mp4 Excessive Bleeding Control Managing Excessive Bleeding: Tourniquets and Hemostatic Dressings 1. Understanding Excessive Bleeding In the 2015 European Resuscitation Council updates, there was a clarification regarding excessive or catastrophic bleeding. This type of bleeding poses an immediate life-threatening situation and can result from blast injuries, limb amputations, or other severe traumas. 2. Tourniquets: The Last Resort Tourniquets are a critical tool in controlling excessive blood loss, but they should only be used when conventional dressings prove ineffective. Care must be taken when using tourniquets due to their potential for causing harm. Special guidelines apply. Tourniquet Function: A tourniquet is a strap tightened above the injury site to halt blood flow beyond that point. Caution: Tourniquets are reserved as a last resort for bleeding control. Special Rules: Follow specific rules for tourniquet application. 3. Hemostatic Dressings: Clotting Agents Hemostatic dressings are another option for managing excessive bleeding. They are impregnated with clotting agents that react with the blood to promote clot formation, stopping the bleeding. Clotting Agent Brands: Common brands include Celox, HemCon, and QuikClot. Universal Application: Hemostatic dressings are suitable for various types of bleeding, including cases where individuals have clotting issues. Usage: These dressings can be packed into a wound and covered with another dressing to secure them in place. 4. Additional Training This video provides an introductory overview of methods for controlling excessive bleeding using tourniquets and hemostatic dressings. For those working in high-risk environments where these techniques may be required, further training on their proper and effective use is recommended. https://d3imrogdy81qei.cloudfront.net/video_images/3991/Excessive_Bleeding_Control-01.jpg Yes 100 https://www.prosportsfirstaid.co.uk/training/video/blister-care https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2278.mp4 Blister Care Dealing with Blisters: Causes, Treatment, and Prevention Understanding Blisters Discover the origins of blisters and their various causes. Causes of Blisters Explore the factors that lead to blister formation: Friction: Learn how poorly fitting shoes and physical activities can trigger friction blisters. Skin Reactions: Understand how exposure to heat, burns, sunburn, and certain chemicals can cause skin reaction blisters. Medical Conditions: Discover medical conditions like chickenpox, cold sores, and hand, foot, and mouth disease that may result in blisters. Treating Blisters Learn effective methods for blister treatment: Protect and Preserve Key steps to safeguard and aid the healing process: Use of Plaster or Blister Dressing: Shield the blister without bursting it to prevent infection and further damage. Avoid Bursting: Understand the importance of keeping the blister intact as it serves to protect the skin. Natural Healing: Allow the blister to gradually reduce as the body absorbs the fluid and the top skin naturally sheds. Handling Burst Blisters: Proper care when a blister has burst, including washing with water and applying a sterile dressing. Seeking Medical Attention Instances when it's necessary to consult a Doctor or Nurse: Severe Pain: When blisters become extremely painful. Infection: Cases where blisters get infected. Recurring Blisters: When new blisters keep appearing. Specific Causes: Blisters resulting from sunburn, burns, scalds, or allergic reactions. In some cases, antibiotics may be prescribed for treating infections. Blood Blisters Tips for managing blood blisters: If a blood blister is painful, applying an ice pack for 10-30 minutes may provide relief, but use caution to avoid skin damage due to extreme cold. Preventing Blisters Proactive measures to reduce the risk of blister development: Foot Care: Keep feet dry and choose well-fitting shoes. Sports and Exercise: Wear thicker wool socks and avoid new, unbroken-in shoes. Hand Protection: Use gloves to shield hands from potential blisters. https://d3imrogdy81qei.cloudfront.net/video_images/4047/Blister_Care-01.jpg Yes 144 https://www.prosportsfirstaid.co.uk/training/video/when-to-call-for-assistance https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1946.mp4 When to call for assistance Calling for Help and Starting CPR: What to Do First As soon as you realise a casualty is unresponsive, call the emergency services immediately and ask for an ambulance. Use your mobile phone on speakerphone so you can begin CPR while speaking to the call handler. If someone is with you, ask them to make the call while you start CPR straight away. Why Calling Emergency Services Early Matters When someone collapses or appears unconscious, help must be requested as quickly as possible. The emergency medical services (EMS) dispatcher can rapidly assess the situation and determine the most appropriate response. Waiting to decide what to do wastes valuable time. The sooner EMS are activated, the greater the chance of survival. CPR alone is not enough if professional help is not on the way. An AED and advanced care are essential. For every minute an AED is delayed, the chance of survival falls by around 10%. Early CPR combined with rapid EMS activation significantly improves outcomes. What to Do If More Than One Rescuer Is Present If there is more than one rescuer available: One rescuer should start CPR immediately The other should call emergency services and look for an AED This teamwork minimises delays and maximises the chance of successful resuscitation. What to Do If You Are Alone If you are alone with the casualty: Call emergency services on speakerphone Do not leave the casualty to look for an AED Start CPR immediately The EMS will bring an AED. By starting CPR early, you increase the likelihood that defibrillation will be successful when it arrives. Leaving the casualty to search for an AED reduces blood flow to the brain and lowers their chance of survival. Minimising Interruptions to CPR Keeping chest compressions going is critical. If the casualty is an infant or small child, it may be possible to carry them with you while summoning help, reducing interruptions to CPR. Once you have called EMS, the dispatcher can: Guide you through full CPR, or Support you with chest-compression-only CPR Using speakerphone allows you to receive clear, step-by-step instructions while continuing life-saving care. Key Points to Remember Call emergency services as soon as the casualty is unresponsive Use speakerphone so you can start CPR immediately Do not delay CPR to look for an AED if you are alone Early CPR and early EMS activation save lives Act fast, keep compressions going, and get help on the way. These actions give the casualty the best possible chance of survival. https://d3imrogdy81qei.cloudfront.net/video_images/3505/When_to_call_for_Assistance.jpg Yes 112 https://www.prosportsfirstaid.co.uk/training/video/splinters https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2353.mp4 Splinters Handling Splinters: First Aid Guide Understanding Splinters Splinters can infiltrate the body in various ways and materials, with common culprits being wood splinters and small metal fragments. While splinters are usually not a cause for major concern, there are exceptions, especially when they affect sensitive areas like the eyes. Cleaning the Affected Area Immediate action is crucial when dealing with a splinter. Follow these steps: Cleanse: Use a mild soap and water to clean the affected area thoroughly. This minimizes the risk of dirt entering the body through the wound created by the splinter. Permission: Always ask the affected person for their permission before providing assistance. Removing Small Splinters Small, barely visible splinters may resolve on their own in a few days. However, if you can see the splinter, consider these removal methods: Tweezers: Gently remove the splinter using tweezers. Alternatively, if it's partially exposed, apply sticky tape or a plaster over it and then carefully peel it off to extract the splinter. Dealing with Larger Splinters For more prominent splinters, follow these steps: Tweezers: Utilize tweezers to remove the larger splinter. Beforehand, clean the tweezers with alcohol wipes or a first aid disinfectant. Proper Extraction: When the splinter's end is visible, grip it carefully with the tweezers and pull it out in the same direction it entered the body, preventing it from breaking in two. After Removal Post-removal, ensure the following: Cleanse: Use a first aid wipe to clean the wound and consider applying a plaster if necessary. Facilitate Bleeding: Gently squeeze the sides of the wound to encourage bleeding, which can help flush out any lingering dirt. Seeking Medical Help If you encounter challenges while dealing with a splinter, or if any of the following situations arise, it's advisable to seek medical assistance: Unable to remove the entire splinter. Excessive bleeding from the wound. The splinter is embedded in a sensitive area or beneath a nail. https://d3imrogdy81qei.cloudfront.net/video_images/4169/Splinters-01.jpg Yes 94 https://www.prosportsfirstaid.co.uk/training/video/plasters https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/287.mp4 Applying Plasters Guide to Using Plasters for Wound Care Understanding Plasters Plasters provide a simple yet effective means of safeguarding and maintaining the cleanliness of minor injuries. Choosing the Right Plaster Plasters come in various types and sizes, so it's essential to make the correct selection: Types: Waterproof, fabric, or gauze. Quality: Higher-quality plasters offer superior adhesive properties, ensuring better protection in all conditions. Ensuring Sterility Plasters are always sterile and typically found in most first-aid kits. Follow these steps to maintain their cleanliness: Sizes: Available in various shapes and sizes, including round plasters for small wounds and finger-shaped plasters for fingertip injuries. Hygiene: Always wear gloves to prevent contamination and infection. Application Process Here's how to correctly apply a plaster: Inspect: Examine the wound site for cleanliness and suitability. Prepare: Peel back the plaster to expose the adhesive side. Apply: Carefully attach the plaster, removing any remaining backing paper. Secure: Ensure the plaster is firmly in place and that there is no bleeding seeping through. https://d3imrogdy81qei.cloudfront.net/video_images/521/Applying_plasters.jpg Yes 71 https://www.prosportsfirstaid.co.uk/training/video/the-airiest-boot https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2439.mp4 The Aircast Boot Aircast Boot for Ankle Immobilization Overview of the Aircast Boot The Aircast boot is designed to provide immobilization and support for ankle injuries, ideal for patients transitioning from plaster casts. Key Features: Three independent air chambers for customisable support and comfort. Available in sizes: small, medium, and large; suitable for various foot sizes. Solid construction to ensure stability and protection. Using the Aircast Boot To apply the Aircast boot: Insert the foot into the front section and secure with three Velcro straps. Adjust the air chambers by pumping air using the button and dial system: Set dial to 1 and pump until firm. Switch to 2, pump, then to 3, and finally lock it off for optimal fit. Ensure comfort by communicating with the wearer throughout. Considerations and Maintenance Weight-Bearing: Designed for weight-bearing depending on the severity of the injury. Use and Availability: Typically prescribed by doctors, essential for ankle protection and splinting in emergencies. Removing the Boot: Undo Velcro straps and release air from chambers by pressing the release button in reverse order (3 to 1). Maintenance: Clean the exterior with a cloth; ensure the interior is kept clean and comfortable with the provided long sock or a normal sock. For more information on using the Aircast boot effectively or managing ankle injuries, contact ProTrainings today. Thank you for choosing ProTrainings. https://d3imrogdy81qei.cloudfront.net/video_images/4343/The_Aircast_Boot-01.jpg Yes 209 https://www.prosportsfirstaid.co.uk/training/video/helmet-removal https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2674.mp4 Helmet Removal Helmet Removal Procedure and Safety Tips Risks Associated with Helmet Removal Chin Strap Concerns: Removing helmets must involve two trained individuals to mitigate the risk of airway obstruction caused by the chin strap. Step-by-Step Helmet Removal 1. Chin Strap Release Technique: Lift the red tab of the chin strap to release it easily, aiding in airway clearance. 2. Visor Adjustment Procedure: Lift the visor for better access to the patient's face and enhanced visibility during the removal process. 3. Glasses Removal Precaution: Gently remove glasses to prevent interference during helmet removal. 4. Head Stabilization Technique: Securely grip the helmet low down, aligning the head with the spine to maintain neutral alignment. 5. Coordinated Removal Procedure: With one person stabilizing the head, another removes the helmet in a coordinated rocking motion, ensuring minimal movement of the head and neck. 6. Chin Piece Removal (If Applicable) Method: If the helmet has a flip-up chin piece, carefully remove it before helmet removal, facilitating the process. Post-Removal Considerations Helmet Examination Assessment: Inspect the helmet for damage, noting impact zones and potential injuries. The helmet should accompany the patient to the hospital for further evaluation by consultants. Conclusion Helmet removal requires careful coordination and attention to detail to prevent additional injury to the patient's head and neck. Proper technique ensures the safe removal of the helmet while maintaining head and neck stability. https://d3imrogdy81qei.cloudfront.net/video_images/4777/Helmet_Removal-01.jpg Yes 264 https://www.prosportsfirstaid.co.uk/training/video/cold-emergencies-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/180.mp4 Cold emergencies The Dangers of Cold: Understanding Hypothermia and Cold-Related Problems Hypothermia can have severe consequences for the body. Even a slight drop of just two degrees Celsius in body temperature can lead to hypothermia. It's crucial to identify and manage it correctly. Signs of Hypothermia Uncontrollable shivering Disorientation and confusion Possible unresponsiveness Slow and weak pulse (in severe cases) Treatment Avoid rapid reheating as it may lead to complications, even cardiac arrest. Ensure a gradual warming process. Hypothermia can occur indoors, especially among the elderly trying to save on heating costs. Dealing with Wet Clothing and Cold Exposure Wet clothing can draw heat from the body rapidly, up to 20-25 times faster than air. Steps to Follow: Get the person out of the water. Remove wet clothing. Gently pat dry (do not rub) with a dry towel. Warming the Person Even a slight increase in temperature will begin to warm the body. Monitor the patient carefully. Contact Emergency Services Call EMS and provide them with detailed information about the situation and the actions taken for a better assessment of recovery. Frostnip and Frostbite Frostnip Frostnip can cause the skin to freeze, resulting in redness, whiteness, and pain. Treatment for Frostnip Warm the affected areas by having the patient place their fingers under their arms. Frostbite Frostbite is a serious EMS medical emergency involving the freezing of body tissues, muscles, and vessels. Treatment for Frostbite Re-warm gently with water below 40 degrees Celsius. Never rub or massage frostbitten areas. Be prepared for significant pain during the re-warming process. https://d3imrogdy81qei.cloudfront.net/video_images/311/Cold_emergencies-01.jpg Yes 122 https://www.prosportsfirstaid.co.uk/training/video/eye-injuries-treatment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/563.mp4 Eye Injuries Dealing with Eye Injuries: First Aid Guide Types of Eye Injuries Eye injuries can take various forms, including cuts, impact injuries, foreign objects entering the eye, or exposure to chemicals or other substances. Initial Steps 1. Contact Lenses: If the patient wears contact lenses, encourage them to remove the lenses if possible. 2. Chemical Exposure: In case of a chemical in the eye, flush it out carefully. Always wash away from the unaffected eye to prevent chemical rinsing into the good eye. Use a saline solution, an eyewash station, or clean water. Take note of the chemical for information to provide to emergency services. If available, provide a chemical label or datasheet to send with the patient to the hospital. Flush the eye for at least 20 minutes to ensure the substance is fully removed. 3. Foreign Objects: Small particles like grit, sand, or dirt can be carefully blinked out or washed away. Use the corner of a sterile dressing or a tissue. Scratched Eye or Cuts If there's a suspicion of an eye scratch or cuts around the eye: Apply a sterile eye pad dressing to the injured area. Reassure the patient and help them stay calm as vision impairment can be distressing. Provide a tissue for the patient to wipe away any blood that may trickle down their face for comfort. When using an eye pad dressing, ensure it doesn't cover the patient's ears to avoid affecting their hearing. Remember that the eyes track together when treating any eye injury. Preventing Further Damage If movement could worsen the injury, such as when a foreign object is lodged in the eye: Cover both eyes to immobilize them. In cases like this, the patient should sit with their hands cupped over their eyes to prevent eye movement. Keep a hand on their shoulder and provide reassurance while waiting for emergency services. Transport and Caution When moving a patient with an eye injury: Keep them calm and reassure them, as they trust you for guidance and care. What Not to Do Important do nots for eye injuries: Do not attempt to remove any object that has penetrated the eye. Do not touch or rub the eye. Avoid wearing eye makeup around the injured eye. Do not use contact lenses until the eye has healed. When to Seek Hospital Care Follow NHS guidelines to send a patient to the hospital after an eye injury in the following cases: Strong chemical exposure (e.g., oven cleaner or bleach). Sharp object piercing the eye. High-speed impact on the eye (e.g., power tool or lawn mower accident). Changes to the eye's appearance after the injury. Headache, high temperature, or light sensitivity. Nausea or vomiting after the eye injury. Inability to move or open the eye. Blood or pus coming from the eye. https://d3imrogdy81qei.cloudfront.net/video_images/1099/Eye_Injuries-01.jpg Yes 206 https://www.prosportsfirstaid.co.uk/training/video/types-of-head-injury-and-consciousness https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1530.mp4 Types of head injury and consciousness Head Injuries: First Aid Guide Introduction Head injuries are relatively common, and their severity may not always be immediately apparent to a first aider. It's crucial to handle them with caution due to the brain's sensitivity and the potential for spinal injury. 1. Suspecting Spinal Injury Always consider the possibility of spinal injury when dealing with head injuries. Assess the injury's circumstances carefully. 2. Assessing Consciousness with AVPU To gauge the patient's level of consciousness, use the AVPU scale: A - Alert: Are their eyes open, and do they respond to questions? V - Voice: Do they respond to voice or simple commands? P - Pain: Do they react to touch or pinching? U - Unresponsive: If they don't respond to voice or pain. Record your findings and reassess to report any changes to their condition. 3. Activating Emergency Services If you have any concerns or the head injury seems serious, activate the emergency services immediately. Head injuries can be severe. 4. Monitoring a Head Injury A head injury might not have an obvious site. Monitor the patient carefully as they may act out of character, potentially being aggressive. 5. Recognizing Concussion Concussion can result from head injuries. Symptoms can range from mild to severe, and emergency treatment may be necessary. The common symptoms of concussion include: Nausea and loss of balance Confusion Memory difficulties Feeling dazed or stunned 6. Identifying Cerebral Compression Cerebral compression involves pressure on the brain due to swelling or bleeding, and it's a severe condition. It can be caused by head injuries, strokes, brain tumours, or infections. Signs and symptoms of cerebral compression include: Personality changes Deteriorating consciousness Slow and noisy breathing Intense headache Vomiting Drowsiness Unequal pupils Weakness or paralysis on one side of the body 7. Understanding Cerebral Contusion Cerebral contusion involves brain bruising, occurring in 20-30% of serious head injuries. It results from damaged blood vessels and can lead to motor coordination, numbness, and memory problems. 8. Recognizing Skull Fractures Skull fractures result from direct or indirect force, sometimes causing clear fluid or blood from ears and nose. Seek immediate medical attention in such cases. 9. Basic Treatment for Head Injuries The general approach for head injuries is consistent: Consider potential spinal injury. Treat any bleeding. Activate emergency services. Lie the patient down with head and shoulders raised. Monitor breathing. Avoid giving food or drink. 10. Dealing with Helmets If the patient is wearing a helmet (e.g., cycle, riding, or motorcycle helmet), leave it on unless it obstructs the airway or if they aren't breathing. If helmet removal is necessary, do it slowly and carefully with two people. Note any marks on the helmet as they may provide insight into the injury. https://d3imrogdy81qei.cloudfront.net/video_images/2693/Types_of_head_injury_and_consciousness-01.jpg Yes 389 https://www.prosportsfirstaid.co.uk/training/video/near-secondary-drowning https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2967.mp4 Near and secondary drowning Drowning: Types, Symptoms, and First Aid Understanding Drowning Definition: Drowning refers to death within 24 hours due to suffocation in a liquid, typically freshwater or seawater. Near Drowning: Successful resuscitation following suffocation by immersion. Secondary Drowning: Accumulation of fluid in the lungs after apparent recovery from near-drowning. Risk Factors Persistent Risk: Near-drowning and secondary drowning can occur even after revival. Cause: Fatigue, swimming difficulties, or fluid aspiration. Immediate Response Rescue: Safely remove the submerged person from the water. Assessment: Check for breathing. If breathing, place in the recovery position and call EMS. No Breathing: Begin CPR (as discussed in the drowning video). Medical Evaluation Medical Assessment: Even for those who don't lose consciousness but ingest substantial water, consult a doctor. Risks: Lung injury and life-threatening electrolyte imbalances can result from water ingestion, be it from a pool or natural body of water. Secondary Drowning Symptoms Coughing Chest Pain Difficulty Breathing Severe Fatigue First Aid Oxygen Administration: If available, administer oxygen to maintain proper oxygen levels and compensate for respiratory system impairment. https://d3imrogdy81qei.cloudfront.net/video_images/5307/Near_and_secondary_drowning-01.jpg Yes 131 https://www.prosportsfirstaid.co.uk/training/video/asthma-spacers https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2205.mp4 Asthma Spacers Asthma Spacers: A Comprehensive Guide Understanding Asthma Spacers An asthma spacer is a sizeable plastic or occasionally metal device with a mouthpiece at one end and an opening at the other, designed to be used with aerosol inhalers. They facilitate the delivery of a metered dose of medication into the lungs, ensuring precise dosing. Types of Asthma Spacers Various types of asthma spacers are available, some equipped with face masks for use with infants. The essential training for using a spacer should be provided by a medical professional. How Asthma Spacers Work The medication is loaded into the spacer, where it accumulates. The user then inhales from the spacer, eliminating the need for precise timing and speed during inhalation. Spacers prevent medication from settling in the mouth or throat, ensuring it reaches the lungs. Spacers enhance drug efficiency by slowing down intake, allowing it to penetrate deeper into the lungs. They are equally as fast as standard inhalers in emergency situations. Spacers also reduce side effects by minimizing drug absorption into other body parts. They can help reduce side effects like oral thrush, which is particularly common in children using inhalers. How to Use an Asthma Spacer While actual user training should be conducted by a medical professional, the basic steps for using a spacer are as follows: Remove the cap and shake the inhaler. Insert the inhaler into the spacer. Breathe out gently as long as comfortable. Place the mouthpiece between your teeth and lips, creating a seal to prevent medicine escape. Depress the canister to release one puff of medicine into the spacer. Breathe in slowly and steadily through the mouthpiece (not forcefully). Remove the spacer from your mouth and hold your breath for 10 seconds (or as comfortable), then breathe out slowly. If a second dose is needed, wait 30 seconds, then repeat the steps above. Alternatively, if holding your breath is challenging, follow steps 1 to 6, and then: Keep the spacer in your mouth with your lips sealed around it. Breathe in and out of the mouthpiece five times. Repeat these steps for each required dose. When using spacers with children, it's essential to explain the process clearly and encourage their involvement: Remove the cap and shake the inhaler, allowing your child to assist. Insert the inhaler into the spacer. Place the mouthpiece between your child’s teeth and lips, ensuring a secure seal. Press the canister once to release one puff of your child’s inhaler medicine into the spacer. Have your child breathe in and out of the mouthpiece five times. Repeat from step 2 for each inhaler puff, remembering to shake the inhaler before each use. Cleaning Your Asthma Spacer Proper cleaning is crucial for maintaining the spacer's effectiveness: Use detergent for cleaning, taking care not to scrub and damage the device. Air dry the spacer. Despite potential cloudiness over time, spacers can last many months. If you have any questions or concerns, consult your medical professional. https://d3imrogdy81qei.cloudfront.net/video_images/4007/Asthma_spacers-01.jpg Yes 71 https://www.prosportsfirstaid.co.uk/training/video/concussion-memory-test-and-withdrawal-from-play---sports-course- https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3395.mp4 Concussion memory test and withdrawal from play Sports Injury Management: Assessing Head Injuries Guidelines for Assessing Head Injuries When dealing with a sports injury, determining whether a person can continue to play or should be withdrawn is crucial. Follow the guidelines of your sports body for specific rules. Signs of Serious Head Injury Immediate removal from play is advised if any of the following signs are present: Deteriorating levels of consciousness Increasing confusion, irritability, and headaches Weakness, tingling, numbness, or burning sensations on their body Convulsions or seizures Repeated vomiting Double vision or deafness Assessing Indications of a Head Injury Ask the following questions to gauge signs of a concussion: "What address are we at today?" "What's the current score?" "What training have we done today?" "Who has scored so far?" "How many games have we won this season?" "Who did you play against last week?" If these questions are answered incorrectly, it may indicate signs of a concussion. Making the Decision After completing your assessment: Err on the side of caution: Withdraw the individual from play if any of the above signs are suspected. For comprehensive guidelines on sports injury management, consult ProTrainings. Thank you for choosing ProTrainings. https://d3imrogdy81qei.cloudfront.net/video_images/6103/Concussion_memory_test_and_withdrawal_from_play-01.jpg Yes 107 https://www.prosportsfirstaid.co.uk/training/video/different-types-of-helmets https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2737.mp4 Different Types of Helmets Types of Safety Helmets Introduction Let's explore various types of safety helmets commonly used in different activities. 1. Open-Face Crash Helmet Description: This type of helmet, commonly used in motorcycling and equestrian sports, provides protection while leaving the face exposed. 2. Mountain Climbing Helmet Description: Designed for mountaineering activities, this helmet offers head protection in rugged outdoor environments. 3. Cycle Helmet Description: Lightweight and aerodynamic, cycle helmets are essential for cyclists to prevent head injuries during rides. Helmet Removal Assistance Procedure When removing helmets, especially in emergency situations, assistance may be required from bystanders. Follow these steps: First Responder: Provide verbal instructions and oversee the helmet removal process. Bystander: Assist the first responder by following their commands carefully, even if they have limited knowledge. By collaborating effectively, the helmet can be safely removed without causing harm to the patient. https://d3imrogdy81qei.cloudfront.net/video_images/4891/Different_Types_of_Helmets-01.jpg Yes 52 https://www.prosportsfirstaid.co.uk/training/video/what-are-common-sports-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4104.mp4 What are common sports injuries? Common Sports Injuries Treated by Paramedics Introduction As a paramedic, you are frequently called to attend to sports injuries. The type of sport often dictates the nature of the injuries encountered. Here, we explore common injuries associated with various sports and the factors influencing them. Injuries in Rugby In rugby, injuries are predominantly head injuries and impact injuries, including potential fractures and knee dislocations. Scrum collapses can result in neck injuries. Additionally, crowd-related injuries are common at sporting events. Injuries in Gymnastics Gymnastics often leads to strains, sprains, and potential neck and back injuries from falls during performances. These injuries vary widely depending on the routines and equipment used. Variability of Injuries The type and severity of injuries depend on the sport and the level at which it is played. Young beginners typically sustain different injuries compared to those engaged in full-contact, high-speed adult sports. Common injuries include: Dislocations Fractures Strains and sprains Minor injuries such as strains and sprains often appear more serious initially but may turn out to be less severe. Conclusion Paramedics encounter a wide range of sports injuries, influenced by the nature of the sport, the equipment involved, and the level of play. Understanding these factors helps in effectively managing and treating sports-related injuries. https://d3imrogdy81qei.cloudfront.net/video_images/7343/What_are_common_sports_injuries-01.jpg Yes 75 https://www.prosportsfirstaid.co.uk/training/video/accuhaler https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4262.mp4 Accuhaler® Accuhaler: A Different Type of Inhaler for Asthma Emergencies Introduction to the Accuhaler An overview of the Accuhaler, a unique inhaler for asthma management. Powder-Based Inhaler: The Accuhaler employs powdered medication rather than aerosol. Distinctive Design: It features a round, blue device designed for asthma emergencies. Dose Counter: The device includes a dose counter to monitor remaining medication. How to Use the Accuhaler Step-by-step instructions for correctly using the Accuhaler. Hold in Proper Position: Hold the Accuhaler horizontally or vertically. Activation: Twist the device open with your thumb to activate it. Mouthpiece: Seal your mouth around the mouthpiece. Exhalation: Breathe out fully before inhalation. Inhalation: Breathe in deeply to allow the powder into your lungs. Resetting: After use, close and reset the unit by pressing the side button down. Maintenance Tips: Proper maintenance and storage are essential for effective drug delivery. Common Mistakes to Avoid Tips to prevent common errors when using the Accuhaler. Inadequate Exhalation: Ensure you exhale fully before inhaling to optimize drug intake. Unit Maintenance: Keep the Accuhaler in good condition to prevent drug delivery issues. Continuous Inhalation: Take one long, continuous breath to ensure effective drug administration. https://d3imrogdy81qei.cloudfront.net/video_images/7659/Accuhaler-01.jpg Yes 83 https://www.prosportsfirstaid.co.uk/training/video/initial-assessment-and-recovery-position---sport https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4267.mp4 Initial Assessment and Recovery Position - Sport Initial Assessment and Recovery Position in First Aid Introduction In this video, we will cover the essential steps of initial assessment and how to safely position a patient in the recovery position during a medical emergency. 1. Sending for Help Immediate Action: If someone is with you and it's necessary, send them to call the emergency services. If Alone: If you are alone, proceed with the following steps and then call emergency medical services (EMS). 2. Assessing the Patient Introduction: Introduce yourself to the patient and seek permission to provide assistance. If Conscious: If the patient is conscious, engage in conversation to gather information while ensuring they remain still. If Unconscious: Ensure the patient is breathing; if not, prepare for CPR and call EMS before starting. 3. Checking for Breathing Opening the Airway: Tilt the patient's head back to clear the airway. Observation: Look, Listen, and Feel for breathing for up to 10 seconds. If Breathing: If breathing normally, CPR is not needed; send someone to call an ambulance. 4. Placing in the Recovery Position Assessment and Gloving: If available, put on gloves and perform a head-to-toe injury check. Recovery Position: If no significant injuries are found, position the patient as follows: Lay the patient on their back with legs together. Raise the nearest arm to 90 degrees from their head. Hold the other hand against their face, nearest to you. Lift their far leg so that their foot is flat on the floor. Using their leg as a lever, turn them onto their side facing you while maintaining airway support. 5. Monitoring and Further Actions Check Breathing: Confirm that the patient is breathing and their airway remains open. Seek Help: If alone, go for help, but upon return, recheck the patient's breathing. Comfort and Warmth: Keep the patient comfortable and warm. Maintain verbal communication to reassure them. In situations where you are completely alone and without a phone, leave the patient to call emergency services when necessary. https://d3imrogdy81qei.cloudfront.net/video_images/7669/Initial_Assessment_and_Recovery_Position_-_Sport-01.jpg Yes 195 https://www.prosportsfirstaid.co.uk/training/video/when-an-asthma-inhaler-is-not-available https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2637.mp4 When an Asthma inhaler is not available Managing Asthma Attacks: First Aid and Preventive Measures Handling an Asthma Attack Without an Inhaler What to do when a patient lacks an inhaler or it's empty during an asthma attack. Locate Replacement Medication: Check for available replacement medications or send someone to retrieve them. Call for Professional Help: Dial EMS immediately as inhalers are the primary treatment. Immediate First Aid Essential steps to control an asthma attack before professional help arrives. Stop and Sit Upright: Advise the patient to stop activities and sit upright to ease breathing. Breathing Techniques: Instruct deep, slow breaths through the nose and out through the mouth to prevent hyperventilation. Humidify the Air: Consider moving the patient to a steamy environment like a bathroom with a running shower. Keep Calm: Stress exacerbates symptoms, so reassure and comfort the patient to relax chest muscles. Remove Triggers: If possible, relocate the patient away from asthma triggers like dust or smoke. Hot Caffeinated Drinks: Sip on hot, caffeinated beverages to help open airways temporarily. Seek Professional Help: Remember, this is a temporary measure; professional assistance is crucial. Maintaining Inhaler Effectiveness Tips to ensure inhalers are ready and effective when needed. Keep It Clean: Maintain inhaler cleanliness and keep the cover on to prevent dust and dirt ingress. Clean Spacer: If using a spacer, ensure it stays clean and dry for optimal function. Check Medication: Confirm that the inhaler contains medication, not just propellant. Carry a Spare Canister: Always have a spare canister when the level is low. Collect Latest Prescription: Regularly collect prescriptions from the chemist to ensure a fresh supply. Carry a Spare Inhaler: When traveling, have a spare inhaler for emergencies. School Inhaler Management: Schools with inhalers must maintain proper documentation and adequate supplies. Use Correct Inhaler: Ensure the right inhaler is used at the appropriate times. Correct Inhaler Technique: Educate on proper inhaler use to avoid blowing instead of inhaling. Check Expiry Dates: Ensure the inhaler is not expired, as it may lose effectiveness. https://d3imrogdy81qei.cloudfront.net/video_images/4689/When_an_Asthma_inhaler_is_not_available-01.jpg Yes 221 https://www.prosportsfirstaid.co.uk/training/video/diabetes-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/439.mp4 Diabetes Diabetes Overview Type 1 Diabetes Type 1 diabetes is the less common form, accounting for 5% to 15% of all diabetes cases. It results from the body's inability to produce any insulin and cannot be prevented. Type 2 Diabetes Type 2 diabetes, often associated with adulthood, is typically linked to being overweight. In this form, the body cannot produce enough insulin. Common Diabetes Symptoms The most prevalent symptoms of diabetes include: Increased thirst Weight loss Blurred vision Tiredness Frequent urination Slow healing of wounds The modern lifestyle, characterized by a poor diet and lack of exercise, is contributing to the rising prevalence of type 2 diabetes. Diabetes in the UK Currently, there are approximately 2.5 million people living with diabetes in the UK. It is estimated that more than half a million people have the condition but are unaware of it. Hyperglycemia and Hypoglycemia Hyperglycemia refers to excessively high blood sugar levels, while hypoglycemia signifies dangerously low blood sugar levels, often treated with a sugar drink. Treatment for Diabetic Emergencies For diabetic emergencies, treatments include: Glucose liquids Glucose gels Glucose tablets Early treatment is crucial in managing diabetic emergencies. https://d3imrogdy81qei.cloudfront.net/video_images/825/Diabetes-01.jpg Yes 317 https://www.prosportsfirstaid.co.uk/training/video/what3words---location-app https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4780.mp4 What3Words - location app Using What3Words to Pinpoint Your Location for Emergency Services When calling emergency medical services, accurately describing your location can be difficult, especially in remote or unfamiliar areas. What3Words is an app that helps solve this problem by pinpointing your exact location using three unique words. How What3Words Works What3Words assigns three random words to a 3-meter by 3-meter square on the Earth's surface. By providing these words to emergency services, they can quickly and accurately find your location. Using the What3Words Website You can use the What3Words website (www.what3words.com) to find your current location or search for a specific address. The algorithm also includes error checking to ensure that slightly incorrect words still lead to the correct location. Using the What3Words App By downloading the What3Words app on your smartphone, you can easily find your current location and store saved locations for future reference. Who Uses What3Words? Around 80% of UK emergency services now use What3Words, along with roadside assistance services like the AA and various UK delivery companies. How to Find Your Location Using What3Words Visit www.what3words.com or open the app. Search for a postcode, or place, or allow the app to find your current location. Select the correct 3-meter square on the map to generate the three unique words for that location. Take note of the three words for future reference or to share with emergency services. What3Words is an innovative and effective way to pinpoint your exact location, no matter where you are in the world. Give it a try to ensure your safety during emergencies. https://d3imrogdy81qei.cloudfront.net/video_images/8507/What3Words_-_location_app.jpg Yes 119 https://www.prosportsfirstaid.co.uk/training/video/medical-id-tags-for-allergies https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4802.mp4 Medical ID tags for allergies Ensuring Patient Safety with Medical ID Tags Addressing a Crucial Issue Identifying Medical Conditions: Discovering a patient's existing medical conditions can be challenging. The Value of ID Tags: Medical ID tags play a vital role in providing essential information. General Medical ID Tags Multiple Options: Various types of general medical ID tags are available. Card-Based Tags: Some feature a card that can be inserted into a strap for wearing on the wrist. Rubber Band Style: Rubber band-style tags allow for writing medical information on the inside. Metal Varieties: Metal necklaces or bracelets serve as alternatives for general medical ID tags. Condition-Specific ID Tags Customized Tags: Condition-specific ID tags cater to individual medical requirements. Anaphylaxis Tags: Rubber band-style tags are suitable for adults and children, with space for noting allergies. Clip-On Style: Some tags feature a clip design for easy attachment and include essential medical data. Keyrings and Stickers: Keyrings and stickers offer additional identification options, particularly for allergies. Unique Identification for Specific Conditions Diabetes Tags: ID tags for diabetes patients include space for emergency contact details. Epilepsy Tags: Tags for epilepsy sufferers help in identifying their condition quickly. Medical ID tags, whether rubber, metal, or other types, serve as crucial tools in patient care. They provide essential information about a patient's medical conditions, aiding healthcare providers in delivering the right care, especially in emergency situations. https://d3imrogdy81qei.cloudfront.net/video_images/8551/Medical_ID_tags_for_allergies-01.jpg Yes 154 https://www.prosportsfirstaid.co.uk/training/video/kinesiology-tape-for-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4807.mp4 Kinesiology tape for injuries All About Kinesiology Tape (KT Tape) Understanding KT Tape Kinesiology Tape, commonly known as KT Tape, is a versatile elastic sports tape designed to provide pain relief while offering crucial support to muscles, tendons, and ligaments. Application Variations It's important to note that the application of KT Tape can vary significantly depending on the type of injury. Due to the multitude of injury types, a single video cannot cover all possibilities. Additionally, it's crucial to understand that KT Tape's clinical effectiveness may not be proven for all injuries. How KT Tape Works Let's delve deeper into how KT Tape operates and the scenarios in which it can be beneficial: Fluid Build-Up and Inflammation: Injuries from impact or overuse often lead to the accumulation of lymphatic fluid, resulting in inflammation and swelling. Pain Reduction: Correctly applied KT Tape is believed to gently lift the skin, creating a space between the skin's top layer and underlying tissues. This innovative approach alleviates tissue pressure, subsequently reducing discomfort and pain. Muscle Support: KT Tape is thought to offer muscle support by preventing overextension or excessive contraction, promoting optimal muscle function. Common Applications of KT Tape KT Tape is a versatile tool with a wide range of applications for muscle and joint injuries: Injury Types: It can be employed to prevent or treat various common injuries, including sprains, muscle strains, subluxations, and tendonitis. Timing: KT Tape is effective for support and pain relief both before, during, and after physical activities. KT Tape Features KT Tape is known for its unique qualities: Latex-Free: It is specially formulated to be latex-free, reducing the risk of allergic reactions. Hypo-Allergenic: Hypoallergenic properties make it suitable for a broad range of users. Durability: Designed to withstand humidity, sweat, daily showers, and prolonged wear over multiple days. https://d3imrogdy81qei.cloudfront.net/video_images/8563/Kinesiology_tape_for_injuries.jpg Yes 113 https://www.prosportsfirstaid.co.uk/training/video/asthma-sports https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5057.mp4 Asthma Asthma Care and Emergency Response Understanding Asthma Asthma is a common, potentially life-threatening condition characterized by intermittent airway obstructions that are reversible. It affects the airways, causing them to narrow and become inflamed when exposed to triggers such as allergens or irritants. Key Statistics UK Statistics: Approximately 5.4 million people in the UK receive treatment for asthma, including 1.1 million children. Mortality: Around 2,000 people in the UK die annually from asthma-related causes. Household Prevalence: Asthma affects one in five households in the UK. Signs and Symptoms Common signs of asthma include breathing difficulties, coughing, wheezing, anxiety, and exhaustion. Severe asthma attacks may require immediate medical attention. Life-Threatening Symptoms Altered consciousness Cyanosis (blue lips or extremities) Severe exhaustion Poor respiratory effort Peak flow less than 33% Blood oxygen levels less than 92% Silent chest (no breath sounds) If any of these symptoms are present, call emergency medical services (EMS) immediately. Treatment and Management Asthma management includes preventive and acute treatment: Medications Patients typically use two types of inhalers: a preventative (brown) inhaler and a reliever (blue) inhaler for acute attacks. Using an Inhaler The inhaler administers medication directly into the lungs. Ensure the patient knows how to use it properly during an attack. Emergency Response Guidelines Follow these steps if someone is having an asthma attack: Encourage the patient to use their reliever inhaler. Obtain the patient's recent medical history. Sit them down and loosen tight clothing. Do not lay them down; standing or sitting is preferable. If symptoms persist, administer one puff of the reliever inhaler every minute for five minutes. If no improvement, call 999 (UK emergency number) or a doctor urgently. Continue administering the inhaler until help arrives. Always err on the side of caution and seek medical attention if unsure, even if the patient resists. Conclusion Asthma attacks can be frightening, but prompt and proper response can mitigate risks. Ensure you communicate with parents or guardians if treating a child with asthma. Thank you for visiting ProTrainings. https://d3imrogdy81qei.cloudfront.net/video_images/9025/Asthma-01.jpg Yes 317 https://www.prosportsfirstaid.co.uk/training/video/stabilising-the-spine https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5424.mp4 Stabilising the spine How to Immobilize a Suspected Spinal Injury Understanding the Importance Recognizing the significance of immobilizing the head in cases of suspected spinal injury is crucial. Any motion at this stage could potentially harm the spinal cord, resulting in life-altering disabilities or even fatality. Spinal injuries can arise from various incidents, including car accidents and falls. In this scenario, we will focus on addressing a potential spinal injury occurring on a sports field. Ensuring Airway Maintenance When dealing with a suspected spinal injury, it's imperative to act promptly while ensuring proper airway maintenance: Step 1: Assess the head's position and gently and gradually move it into a neutral alignment to secure the airway. Methods of Head Support There are three effective approaches to support the head without risking further injury: Method 1: Use your hands on either side of the head to hold it securely. Be mindful not to obstruct their ears, maintaining communication with clear direct speech to prevent unnecessary head movements. Method 2: Alternatively, you can support the head by positioning it between your knees on either side. This method reduces physical strain and allows for extended head support. Method 3: For prolonged head support, consider laying down on the floor while using your hands to cradle the head. This approach minimizes fatigue and ensures stable immobilization. https://d3imrogdy81qei.cloudfront.net/video_images/9653/Stabilising_the_spine_in_a_first_aid_emergency.jpg Yes 71 https://www.prosportsfirstaid.co.uk/training/video/course-summary-optionalblended https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4815.mp4 Course Summary Congratulations on Completing Your Course! Flexible Learning Options Our courses offer the flexibility of 100% online learning. Additionally, you have the option to enhance your skills with a practical session. Practical Skills Session If you prefer hands-on training, our approved and monitored instructors can conduct practical skills sessions at your workplace, regional training centres, or even virtually through our online training platform. Locating a Local Instructor If you need assistance finding a nearby instructor or wish to arrange a workplace visit, please get in touch with us via phone, email, or our online chat feature. Access and Review You'll have access to the course for eight months, allowing you to revisit and refresh your skills. Keep an eye out for any new instructional videos we may add. Course Test Now, it's time to take the course test. You have the opportunity to review videos, documents, and student resources before starting the test. Test Guidelines The test has no time limit but must be completed in one sitting. Questions include multiple-choice and true/false. Incorrect answers prompt additional guidance, and you can make different choices without affecting your final score. Adaptive Testing System Our adaptive testing system ensures that each participant receives different questions. Successful completion of each course section is required. If you don't pass a section, extra questions will be provided, and you can retake the test after reviewing course materials. Completion Certificates Once you pass the test, you can print your completion certificate. Visit the course homepage anytime to print your Certified CPD statement and evidence-based learning statement. Explore Our Offerings ProTrainings offers a wide range of courses, with over 300 available at regional centres or your workplace. Many are offered as remote virtual courses, with live online instruction. Contact Us For course inquiries or group training solutions, please reach out to us at 01206 805359 or via email at support@protrainings.uk. Thank you for selecting ProTrainings! Best of luck with your test. https://d3imrogdy81qei.cloudfront.net/video_images/8581/Course_Summary-01.jpg Yes 161 https://www.prosportsfirstaid.co.uk/training/video/embedded-objects https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/427.mp4 Embedded Objects Embedded Object First Aid Guide Understanding Embedded Objects In first aid, when an object penetrates the body through the skin, it's referred to as an embedded object. Handling Small Embedded Objects Small particles like dirt or grit can be rinsed off under a tap, and objects adhered to the skin can be removed if it's safe: Grains of dirt or grit can be washed off. Items stuck to the skin can be removed if safe to do so. Treating Larger Embedded Objects Larger objects, such as glass or knives, require careful handling: Removing the object may worsen the injury and cause serious harm. If a knife is lodged in a wound near an artery, removing it could cut the artery during extraction. The knife may be preventing further blood loss by plugging the wound. First Aid Protocol As a first aider, take the following steps when encountering an embedded object: Leave the object in the body. Put on gloves. Use dressings to reduce bleeding and immobilize the embedded object. Ensure dressings or slings don't exert pressure on the object, pushing it further into the wound. Seek Emergency Medical Care It's crucial to obtain professional medical assistance as quickly as possible. https://d3imrogdy81qei.cloudfront.net/video_images/801/Embedded_objects-01.jpg Yes 138 https://www.prosportsfirstaid.co.uk/training/video/elevation-sling2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2746.mp4 Elevated Slings Applying an Elevated Sling for Arm Injuries Learning how to apply an elevated sling is crucial for immobilising an injured arm. This guide will walk you through the process of using a triangular bandage to create an elevated sling, particularly useful for injuries such as a cut to the wrist. Assessing the Injury Before applying the sling, ensure the injury has been assessed, any dressing is secure, and there is no excessive bleeding. Preparing the Triangular Bandage Use a triangular bandage, available in calico or paper versions. Start by identifying the 90-degree corner and tying a knot for elbow support. Application of the Elevated Sling Position the bandage so that the knotted corner sits at the elbow. Tuck the material under the arm and bring the bandage around to secure the arm in an elevated position. Securing and Adjusting the Sling Ensure the bandage is tucked under the hand and around the arm. Tie the bandage at the back in a simple knot. Adjust the sling to ensure comfort and security without restricting blood flow. Final Checks and Transportation Perform a capillary refill check to ensure blood flow is not hindered. Confirm that the sling is comfortably supporting the arm before transporting the patient. Proper application of an elevated sling is a key skill in first aid, offering support and comfort to individuals with arm injuries. https://d3imrogdy81qei.cloudfront.net/video_images/4911/Elevated_Slings-01.jpg Yes 102 https://www.prosportsfirstaid.co.uk/training/video/dental-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/909.mp4 Dental Injuries Dental Injury First Aid: Protecting and Treating Tooth Damage Seeing a Dentist for Dental Injuries Understanding when to seek dental care and how to provide initial aid for common dental injuries. Chipped or Broken Tooth Addressing a chipped or broken tooth before reaching the dentist: Protect the Mouth: Shield the injured area to prevent exposure to cold, especially when the injury has exposed a nerve. Consulting a Dentist: Schedule an appointment with a dentist for assessment and treatment. Knocked-Out Tooth Immediate steps to take when a tooth is knocked out: Locate the Tooth: If possible, find the dislodged tooth. Clean the Tooth: Rinse it with saline solution or milk to remove contaminants. Proper Reinsertion: Ensure the tooth is correctly oriented and firmly push it back into place. Stabilize with a Gum Shield: If available, use a gum shield to hold the tooth in position. Seek Dental or A & E Care: Visit a dentist for treatment, or if one isn't accessible, consider the Accident & Emergency department with oral surgery staff. Pain Management How to alleviate pain associated with dental injuries: Over-the-Counter Painkillers: Use pain relievers typically taken for headaches. Post-Injury Care Ensuring the patient is comfortable and prepared for dental treatment: Clean-Up: Address any bleeding, and be aware of potential lip injuries. Comforting Children: Keep young patients calm, as blood may be distressing to them. Remember Timely dental care is crucial for managing dental injuries effectively. https://d3imrogdy81qei.cloudfront.net/video_images/1583/Dental_Injuries-01.jpg Yes 337 https://www.prosportsfirstaid.co.uk/training/video/dealing-with-fainting-sports https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5061.mp4 Dealing with Fainting Understanding Fainting: Causes and Immediate Response How Fainting Occurs Our brains rely on a constant flow of oxygenated blood to function properly. When this blood flow is temporarily reduced, you might feel dizzy, nauseous, or generally unwell. If the reduction in blood flow persists, it may lead to fainting, which is a brief loss of consciousness. Some individuals are more prone to fainting than others. Potential causes include: Anxiety Hunger Pregnancy Stress Tiredness Pain Excessive Heat Prolonged Standing or Sitting (causing blood to pool in the legs, reducing blood flow to the brain) Immediate Response to Fainting If someone appears to be about to faint, it is crucial to help them lie down immediately. This position aids in restoring blood flow to the brain. Simply sitting down may lead to them leaning forward and potentially falling, increasing the risk of injury. Actions to Take Indoors: Open a window to allow fresh air, which can assist in recovery. Once Fainted: Lay the person on their back and elevate their legs by approximately 30 centimetres. Support their legs using a box, bag, or any available object to enhance blood flow to the brain. Recovery: As the person begins to regain consciousness, calmly explain what has happened. Help them to stand up slowly, as standing too quickly might cause them to faint again. If they feel faint while standing, have them lie down again and elevate their legs. When to Seek Medical Help If the individual does not regain consciousness quickly, check their airway and breathing, and follow the procedures for treating an unconscious casualty. Emergency services should be contacted if: The person has fallen and sustained injuries. They do not regain consciousness. Even if emergency services are not necessary, it may be wise to contact a family member or friend to escort the individual home. For pregnant individuals in late stages, they should lie on their left side to prevent restriction of blood flow back to the heart. Ongoing Concerns Frequent fainting could indicate an underlying health issue. If fainting occurs regularly or if you have any concerns, consulting a doctor is recommended. Additionally, if someone faints during exercise or experiences a seizure post-fainting, always alert emergency services. We hope this guide helps you understand and manage fainting effectively. Stay safe and informed. https://d3imrogdy81qei.cloudfront.net/video_images/9033/Dealing_with_Fainting-01.jpg Yes 151 https://www.prosportsfirstaid.co.uk/training/video/serious-bleeding-and-bandaging https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5060.mp4 Serious Bleeding and Bandaging Dealing with Bleeding: First Aid Guide Introduction Bleeding, resulting from injuries, can be both life-threatening and distressing. This guide offers essential steps for first aid responders to effectively manage bleeding incidents. Stay Calm and Trust Your Training Remember that bleeding may appear more severe than it actually is; maintaining composure is vital. Use Protective Gloves Before addressing the bleed, ensure you are wearing gloves to protect yourself from potential infection. Direct Pressure Direct pressure is the initial step in controlling serious bleeding: Apply pressure over the wound using your gloved hand or have the patient apply pressure if possible. This helps reduce blood loss and promotes clotting. Pressure Bandage For cuts, consider applying a sterile pressure bandage: Ensure the bandage is not expired. Open the packaging and reveal the bandage with a gauze pad. Place the bandage over the wound, ensuring the dressing pad covers it. If there's an embedded object, do not remove it. Proper Dressing Application When applying the dressing: Use your gloved hand to apply direct pressure and ask the patient for assistance if available. Position the patient comfortably to prevent fainting. If necessary, call for an ambulance or do so after dressing application. Apply the dressing distally (furthest from the heart) towards the body to avoid forcing blood past the wound. Apply enough pressure to stop bleeding without cutting off circulation. If blood soaks through, replace the dressing, check the wound, and reapply as needed. Assess Circulation After dressing application, check circulation by squeezing a fingertip to test capillary refill. Additional Considerations For cuts to other parts of the body: Apply direct pressure with a dressing pad or use bandaging if applicable. In cases of severe bleeding: Address shock concerns by laying the patient down and elevating their legs, if possible. https://d3imrogdy81qei.cloudfront.net/video_images/9029/Serious_Bleeding_and_Bandaging-01.jpg Yes 174 https://www.prosportsfirstaid.co.uk/training/video/minor-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1617.mp4 Minor Injuries Dealing with Minor Injuries: First Aid Guide Introduction First aid encompasses not only serious accidents but also addressing minor injuries. This guide explores various minor injuries and how to provide initial care. 1. Dealing with Minor Cuts Minor cuts can be managed easily: Clean the wound area. Apply a plaster. Monitor for possible infection. 2. Handling Blisters Blisters can result from ill-fitting shoes or friction: Keep the area clean and dry. Pat it dry; do not rub to avoid bursting. Cover with a plaster to reduce friction. Consider changing footwear if the cause persists. 3. Coping with Workplace Blisters Blisters can occur at work, such as from using tools: Key Points: Avoid bursting blisters to prevent infection. 4. Treating Small Scratches Small scratches require minimal care: Check for dirt in the wound. Clean the wound. Consider using a plaster. 5. Removing Splinters Splinters may be caused by wood, metal, or plastic: Remove by pushing from the base gently. Clean the area once the splinter is out. Plaster application may be optional. If unable to remove, seek medical help. 6. Handling Thorns Thorns can usually be pulled out with tweezers: Key Points: Ensure the entire thorn is removed. Check for signs of infection in the following days. 7. Addressing Cut Lips Cut lips may not always require a plaster: Instruct the patient to hold a dressing over the wound until bleeding stops. Advise them to avoid talking, which can reopen the wound. Cut lips typically heal quickly. 8. Treating Cuts Inside the Mouth Cuts inside the mouth can be handled with care: Use cotton wool or dressing to apply direct pressure. Assist in controlling bleeding. https://d3imrogdy81qei.cloudfront.net/video_images/2865/minor_injury-01.jpg Yes 168 https://www.prosportsfirstaid.co.uk/training/video/adrenaline-nasal-spray-for-anaphylaxis https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7083.mp4 Adrenaline nasal spray for anaphylaxis MHRA Approves the First Needle-Free Adrenaline Nasal Spray for Anaphylaxis The Medicines and Healthcare products Regulatory Agency (MHRA) has approved a major new development in the treatment of severe allergic reactions. For the first time in the UK, a needle-free adrenaline nasal spray has been authorised for emergency use in cases of anaphylaxis — a sudden, severe, and potentially life-threatening allergic reaction. A New Alternative to Traditional Adrenaline Auto-Injectors Until now, adrenaline for anaphylaxis has always been delivered by injection, typically using auto-injectors such as the EpiPen. These devices are highly effective, but for some people — particularly those with a strong fear of needles or who struggle to administer an injection during a crisis — they can present challenges. The newly approved nasal spray provides a needle-free, single-dose, ready-to-use alternative. Administered through the nostril, the spray delivers adrenaline rapidly into the bloodstream via the nasal mucosa. Who Can Use It? The spray is approved for: Adults Children weighing 30 kg or more (typically around 10 years old and above) Nasal Spray vs Adrenaline Auto-Injectors The MHRA has emphasised that this new nasal spray does not replace traditional adrenaline auto-injectors. Adrenaline pens remain vital, effective, and life-saving tools. Anyone who currently carries an auto-injector must continue to do so. Instead, the nasal spray adds an additional safe and effective option — particularly helpful for situations where injections are difficult, delayed, or distressing. Key Points to Know The spray can be used even if the casualty has a blocked or congested nose. People at risk of anaphylaxis should always carry two doses, regardless of whether they use a spray or an auto-injector. Family members, friends, colleagues, and teachers should know how to recognise anaphylaxis and administer treatment. MHRA Approval and Safety The decision follows a detailed review of clinical evidence showing that the nasal spray delivers adrenaline safely and effectively. This innovation marks an important advancement, making emergency treatment more accessible and user-friendly for people living with severe allergies. What to Do in Suspected Anaphylaxis Regardless of the type of adrenaline used, the priorities remain unchanged: Recognise the symptoms quickly Administer adrenaline without delay Call 999 immediately Continue to monitor and support the casualty until emergency help arrives This new needle-free adrenaline spray represents a significant step forward in emergency allergy treatment — offering greater choice, improved accessibility, and a potentially easier way to deliver life-saving care when every second counts. https://d3imrogdy81qei.cloudfront.net/video_images/12832/Adrenaline_nasal_spray_for_anaphylaxis.jpg Yes 152 https://www.prosportsfirstaid.co.uk/training/video/epilepsy-treatment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2428.mp4 Epilepsy treatment Epilepsy and Seizure First Aid Understanding Epilepsy Epilepsy is a condition characterised by a propensity for recurrent, unprovoked convulsions, commonly referred to as seizures. Treatment approaches are generally consistent across most types of epilepsy. Dealing with Seizures Witnessing a seizure can be distressing, but as a first aider, your assistance is crucial. Follow these important steps: Protect: Safeguard the individual from harm by clearing the vicinity of dangerous objects. Cushion: Provide head support to prevent head injury. Time: Take note of the seizure's start and end times. Identification: Check for epilepsy identity cards or jewellery. Recovery Position: After the seizure, gently place them in the recovery position to aid breathing. Reassure: Offer calm reassurance throughout the process. Stay: Remain with the person until they fully recover. No Restraint: Avoid restraining or moving the person. Avoid Mouth Contact: Do not insert anything into the person's mouth. Minimize Movement: Only move them if there's imminent danger. No Food or Drink: Refrain from giving them food or drink until they are fully recovered. Avoid Waking: Do not attempt to rouse them. Monitoring and When to Call an Ambulance For all epilepsy types, continue monitoring the patient's breathing and pulse. Call for an ambulance under the following circumstances: First Seizure: It's their initial seizure. Long Duration: The seizure lasts longer than five minutes. Consecutive Seizures: Tonic-clonic seizures occur successively without consciousness recovery. Injury: The person sustains an injury during the seizure. Perceived Urgency: You believe immediate medical attention is necessary. In the rare event that the person stops breathing, activate Emergency Medical Services (EMS) and initiate CPR. https://d3imrogdy81qei.cloudfront.net/video_images/4625/Epilepsy_treatment-01.jpg Yes 158 https://www.prosportsfirstaid.co.uk/training/video/bites-and-stings https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1618.mp4 Bites and stings Bites and Stings First Aid: Handling Animal Bites and Insect Stings Bites vs. Stings: Knowing the Difference Understanding the distinctions between animal bites and insect stings and when exceptions may apply. Dealing with Bites Addressing various injuries commonly associated with bites: Bleeding and Skin Damage: Assess and manage bleeding, incisions, and skin tears. Secondary Injuries: Be aware of potential bruising, soft tissue damage, and even broken bones. Ensuring Safety Steps to take to secure the scene when dealing with bite incidents: Scene Assessment: Prioritize safety, especially in cases involving aggressive animals like dogs. Providing First Aid for Bites Immediate actions to take for bite injuries: Wound Cleaning: Use saline solution or clean water to clean the wound. Bleeding Control: Apply a pressure bandage to manage bleeding. Dressing Application: Dress the wound appropriately and arrange for necessary medical assistance. Managing Stings Understanding the unique nature of insect stings and appropriate responses: Toxin Injection: Recognize that insect stings introduce toxins into the skin. Bee Stings Specifics of dealing with bee stings and minimizing further harm: Sting Removal: Safely remove the bee sting by scraping it with a credit card from the base, avoiding additional poison injection. Treatment for Insect Bites Common methods for addressing wasp, mosquito, and other insect bites, usually self-resolving: Topical Creams: Consider using creams or ointments, but these bites often heal naturally. Allergic Reactions Recognizing potential allergies to bee or wasp stings and taking appropriate action: Anaphylactic Response: Be vigilant for signs like difficulty breathing or feeling unwell, especially in individuals with known allergies. Contact Emergency Services: If necessary, seek immediate medical assistance. Remember: Throat swelling following a hand sting may indicate an anaphylactic reaction. https://d3imrogdy81qei.cloudfront.net/video_images/2867/Bites_and_stings-01.jpg Yes 143 https://www.prosportsfirstaid.co.uk/training/video/opening-the-airway-jaw-thrust https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7079.mp4 Opening the airway Jaw Thrust How to Open the Airway Using the Jaw Thrust Technique In this film, we will explore how to safely open an airway using the Jaw Thrust technique. This method is particularly valuable when you suspect a neck or spinal injury, or when a head-tilt, chin-lift is not appropriate. Why the Jaw Thrust Is Needed When a person becomes unresponsive, the muscles that keep the airway open relax. As a result, the tongue can fall back and block the airway, preventing air from moving in and out of the lungs. Maintaining an open airway is therefore essential for survival. The Jaw Thrust is ideal when you must avoid moving the neck, such as: Falls Road traffic collisions Sporting injuries Any situation where spinal injury is suspected It is also useful during CPR when maintaining a neutral head position is important. If spinal injury is not a concern, the head-tilt, chin-lift remains the simpler and preferred method. Step-by-Step: Performing the Jaw Thrust Technique Position yourself correctly.Kneel at the top of the casualty’s head in the “over-the-head position”. Ensure the casualty is lying on their back on a firm surface. Stabilise your arms.Rest your elbows on the surface beside the casualty’s head for stability. Place your index and middle fingers behind the angle of the lower jaw, just below the ears. Lift the jaw.Using a firm but gentle motion, lift the lower jaw upwards and forwards—towards the ceiling. Ideally, the lower teeth should move in front of the upper teeth. This action pulls the tongue away from the airway. Avoid moving the neck.Do not tilt or extend the head. The goal is to open the airway while keeping the neck in a neutral position. Check for breathing.Look for chest movement, listen for breathing, and feel for air movement on your cheek for no more than 10 seconds. Swap if needed.The Jaw Thrust can be tiring to hold. If possible, swap with another trained rescuer to maintain an effective airway. What to Do Next If the person is breathing normally: Maintain the airway using the Jaw Thrust until help arrives, or Place the person in the recovery position if spinal injury has been ruled out If the person is NOT breathing normally: Keep the airway open Start CPR immediately Why the Jaw Thrust Matters The Jaw Thrust is a vital lifesaving skill that helps maintain oxygen flow to the brain and heart in a suspected spinal emergency. When every second counts, knowing how to open an airway safely can make a crucial difference. https://d3imrogdy81qei.cloudfront.net/video_images/12824/Opening_the_airway_Jaw_Thrust.jpg Yes 153 https://www.prosportsfirstaid.co.uk/training/video/heat-emergencies-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/179.mp4 Heat emergencies Understanding Body Temperature Regulation Introduction The human body is remarkably adept at maintaining and regulating its temperature, even in extreme heat and cold conditions. It employs a combination of conscious actions and automatic mechanisms to achieve this balance. 1. Conscious Temperature Control Humans have the ability to consciously control their body temperature. Some methods include: Adjusting clothing: Adding or removing layers to suit the temperature. Seeking shade: Moving out of direct sunlight to stay cooler. Swimming: A refreshing activity to cool down on hot days. Indoor heating: Using heaters to warm up in colder environments. These actions are deliberate choices we make based on our surroundings. 2. Automatic Temperature Regulation Additionally, our bodies have an automatic thermostat that helps maintain temperature by: Adjusting circulation: Redirecting blood flow to conserve or release heat. Managing heartbeat: Increasing or decreasing heart rate to regulate temperature. Environmental control: Sweating to cool down or shivering to warm up. These mechanisms work seamlessly to keep our body temperature within a healthy range. 3. Heat Exhaustion Problems can arise when the body's thermostat malfunctions, particularly in extreme temperatures. Heat exhaustion is a common issue in hot conditions and manifests with symptoms such as: High body temperature Excessive sweating Rapid breathing General distress To treat heat exhaustion: Move the patient to a cooler environment. Provide small sips of water. Keep them calm and comfortable. 4. Heatstroke Heatstroke is a far more serious condition that occurs when the body's thermostat fails due to extreme heat. Signs of heatstroke include: Absence of sweating Dry skin Elevated body temperature Altered consciousness Do not give fluids to a heatstroke patient, as their body has stopped sweating. Immediate action is crucial: Cool the person down with cold, wet towels or a hose. Continuously monitor their respiration and consciousness. 5. Preventing Heat-Related Issues Dehydration is a common factor in heat-related problems. To avoid these issues: Stay hydrated by drinking plenty of water when exposed to higher temperatures. Consider using electrolyte powders or pre-made drinks to maintain hydration, especially during strenuous activities in the heat. Proper hydration is essential for the body to effectively regulate its temperature. https://d3imrogdy81qei.cloudfront.net/video_images/309/Heat_emergencies-01.jpg Yes 134 https://www.prosportsfirstaid.co.uk/training/video/adolescent-cpr https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7110.mp4 Adolescent CPR How to Perform CPR on an Adolescent (13–18 Years) In this training film, we will cover how to perform CPR on an adolescent aged between 13 and 18 years. Although cardiac arrest in young people is less common than in adults, it can still occur due to breathing problems, traumatic injury, or sudden collapse. Delivering high-quality CPR is essential and can significantly improve their chance of survival. Initial Safety Checks Ensure the area is safe for both you and the adolescent before approaching. Gently shake their shoulder or tap it and call loudly: “Are you OK?” Calling for Help If they do not respond: Shout for help immediately. If you are alone, call 999 straight away, place the phone on speaker, and begin CPR without delay. The emergency call handler will guide you through the process. If someone else is available, ask them to call 999, put the phone on speaker if possible, and fetch an AED while you start CPR. Assessing Breathing Open the airway using the head-tilt, chin-lift manoeuvre. Look, listen, and feel for normal breathing for no more than 10 seconds. If the adolescent is not breathing or their breathing is abnormal (gasping or irregular), start CPR immediately. Rescue Breaths Matter In adolescents, cardiac arrest often relates to breathing difficulties or trauma, which means rescue breaths are especially important. Give 5 Initial Rescue Breaths Seal your mouth over theirs. Pinch the nose closed. Blow gently for one second per breath and watch for the chest rising. Chest Compressions Deliver 15 chest compressions immediately after the initial breaths. Place your hands in the centre of the chest, on the upper half of the sternum between the nipples. Push down to a depth of 5-6cm. Compress at a rate of 100–120 per minute. Allow the chest to fully recoil after each compression. Aim to minimise any interruptions. Continue the CPR Cycle After the initial breaths and compressions, continue CPR following this pattern: 15 compressions 2 rescue breaths Repeat this cycle until help arrives or the adolescent begins to show signs of recovery. Using an AED on an Adolescent If an AED is available, switch it on immediately, even if you are partway through a CPR cycle. Continue CPR while attaching the pads. Follow the AED’s voice prompts. Use adult pads if paediatric pads are not available. Pad placement for adolescents is the same as for adults. When to Stop CPR Continue CPR until one of the following occurs: The adolescent starts breathing normally or shows signs of life, such as moving, speaking, or opening their eyes. The emergency services arrive and take over. You become physically unable to continue—if so, try to pass CPR on to someone else. High-quality CPR can make a critical difference in an adolescent’s chance of survival. Acting quickly and confidently is key. https://d3imrogdy81qei.cloudfront.net/video_images/12844/Adolescent_CPR.jpg Yes 168 https://www.prosportsfirstaid.co.uk/training/video/heart-attack-care https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/667.mp4 Heart Attack Care Heart Attack Care Understanding Heart Attacks Definition: A heart attack occurs when there is a partial or complete blockage of blood flow to the heart. Cause: Reasons include heart deformities, issues with electrical pacemakers, or blockages due to cholesterol. Symptoms: Varies based on blockage location, often causing severe pain and potential heart function impairment. Immediate Care Steps Prompt Action: Time is critical; immediate care can prevent worsening or progression to cardiac arrest. Positioning: Guide the person into the W position, seated with legs raised, leaning against support to ease strain on the heart. Avoid: Do not lay them flat with elevated legs as this increases blood flow around the heart, worsening the condition. Administering Aspirin Aspirin Use: Helps to thin blood and potentially alleviate blockage; give one 300-milligram tablet if available. Administration: Instruct them to chew the tablet for quicker absorption rather than swallowing whole. Consultation: Always verify with emergency services if aspirin is suitable based on the individual's medical history. Communication: Use hands-free mode to talk to emergency services while attending to the patient. For comprehensive training on managing heart attacks and other medical emergencies, contact us today. Thank you for choosing ProTrainings. https://d3imrogdy81qei.cloudfront.net/video_images/1301/Heart_Attack_Care-01.jpg Yes 248 https://www.prosportsfirstaid.co.uk/training/video/update-on-aed-pad-placement https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7111.mp4 Update on AED pad placement 2025 UK Resuscitation and ERC Guidelines on AED Pad Placement The latest 2025 Resuscitation Council UK (RCUK) and European Resuscitation Council (ERC) updates have introduced important changes to the recommended placement of AED pads for adults, children, and infants. These updates are based on new evidence intended to improve the effectiveness of defibrillation and increase survival rates. Why AED Pad Placement Has Changed For many years, AED pads have included diagrams showing where to place them on the chest. However, with the release of the new guidelines, these diagrams may now be out of date. This is because AED pad manufacturers still hold large quantities of older stock, and it could take up to five years for all pads in circulation to reflect the updated placements. Until then, the diagram on the pad may not match the new recommended positions. For the best chance of a successful shock, you should follow the latest RCUK and ERC guidance, even if the printed diagram suggests something different. Updated AED Pad Placement for Adults For adults, the new recommended placement is: Left-side pad: Position this pad under the left armpit. This placement improves the pathway of the electrical shock across the heart. Right-side pad: This pad remains in the traditional position on the upper right chest. Important note for female casualties: avoid placing the right-side pad over breast tissue; adjust slightly if needed to maintain full contact with the skin. Updated AED Pad Placement for Children (Under 25 kg or Approx. Under 8 Years) For smaller children, the recommended placement has also changed: Front pad: Place it on the chest but slightly offset to the child’s left side, rather than directly centred. Back pad: The rear pad position remains the same as before. For older children and adolescents, AED placement remains the same as adult positioning (front and back, standard locations). New Guidance for Infants One of the most notable updates is the introduction of clear guidance on AED use for infants. Many rescuers may not have been taught this previously, but AEDs can and should be used on infants in cardiac arrest. The new recommended placement is: Back pad: Place one pad in the centre of the infant’s back. Front pad: Position the second pad on the chest, slightly offset to the infant’s left side. This placement ensures an effective shock pathway while accommodating the much smaller chest size of an infant. Key Takeaway Always follow the latest Resuscitation Council UK and ERC guidelines rather than relying solely on the diagrams printed on AED pads. These changes are designed to improve defibrillation effectiveness and provide the best possible outcome for the casualty. Whether you are treating an adult, a child, or an infant, knowing the correct AED pad placement can be life-saving. https://d3imrogdy81qei.cloudfront.net/video_images/12842/Update_on_AED_pad_placement.jpg Yes 83 https://www.prosportsfirstaid.co.uk/training/video/three-steps-to-save-a-life https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7078.mp4 Three Steps to Save a Life (2025) The Three Steps to Save a Life: A Simple Emergency Guide The Three Steps to Save a Life approach is an easy, effective method that anyone can use during an emergency. At the heart of the Resuscitation Council UK guidelines, this process shows that you do not need medical training to make a lifesaving difference. Step 1 – Check Check for Safety Before you approach the casualty, ensure the area is safe. Look for hazards such as: Traffic Electricity Fire or smoke Other environmental dangers Check Responsiveness Once it’s safe, assess whether the person can respond: Gently tap their shoulders Ask loudly, “Are you alright?” If they do not respond and appear unresponsive, move immediately to Step 2. Step 2 – Call Call 999 (or 112 in Europe) without delay. Put your phone on speaker to keep your hands free. The emergency operator will guide you step-by-step. Check Breathing With Guidance The dispatcher will help you assess for normal breathing. Look, listen, and feel for no more than 10 seconds. If the person is not breathing normally or is only gasping, tell the operator immediately. They will talk you through starting CPR. Step 3 – CPR and AED Start CPR Immediately If breathing is absent or abnormal: Place the heel of your hand in the centre of the chest Put your other hand on top Begin compressions at 100–120 per minute Press down about 5 cm each time Allow the chest to fully rise between compressions Use an AED if Available If an AED is nearby: Turn it on immediately Follow the voice prompts The device will tell you when to pause, stand clear, or resume compressions The emergency dispatcher will stay on the line and support you until professional help arrives. Why These Three Steps Matter Remember: Check • Call • Start CPR with an AED. These quick, simple actions can double or even triple a person’s chance of survival. You don’t need to be a doctor — just willing to act. Your hands, your phone, and your courage truly can save a life. https://d3imrogdy81qei.cloudfront.net/video_images/12822/Three_Steps_to_Save_a_Life_2.jpg Yes 149 https://www.prosportsfirstaid.co.uk/training/video/cpr-and-the-female-casualty https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7122.mp4 CPR and the female casualty CPR and the Female Casualty: What Every First Aider Needs to Know In this film, we are going to look at CPR and defibrillation for a female casualty. This is an extremely important topic, as women are statistically less likely to receive life-saving CPR or early defibrillation. Understanding why this happens helps us improve care and save more lives. Why Female Casualties Receive Less CPR Research shows that a female casualty is around 25% less likely to have an AED used compared with a male casualty. The most common reason is hesitation. People often feel uncomfortable about: Exposing the chest Touching the chest area Placing AED pads around breast tissue However, the guidelines are very clear: saving a life always comes first. CPR and defibrillation must never be delayed because of modesty, embarrassment, or fear of doing something wrong. Exposing the Chest Is Essential To perform effective CPR and use an AED correctly, the chest must be exposed. This may involve: Moving clothing out of the way Adjusting or lifting a bra Removing a bra entirely if necessary The latest guidance confirms that this is appropriate, lawful, and essential during resuscitation. Never allow clothing or underwear to interfere with AED pad placement. Your priority is restoring a normal heart rhythm, not preserving modesty. Updated AED Pad Placement for Female Casualties AED pad placement has been refined in the latest guidelines to improve the electrical pathway through the ventricles of the heart. Correct positioning is especially important when working around breast tissue. Key Principles for Pad Placement Avoid placing pads directly over breast tissue Ensure full contact between the pad and the skin Follow the latest recommended positions, even if the diagrams on the AED pads show older placements Correct Pad Positions Right-side pad: Place on the upper right chest as usual, adjusting slightly if needed to avoid breast tissue Left-side pad: Place higher and further to the side, under the left armpit along the mid-axillary line This positioning improves shock effectiveness and helps avoid breast tissue completely. Chest Compressions Are the Same for Everyone Chest compressions for a female casualty are performed exactly the same as for any adult. Place your hands in the centre of the chest Compress to a depth of 5–6 cm Maintain a rate of 100–120 compressions per minute Do not alter your technique because the casualty is female. Effective compressions are critical and must always take priority. Recognising Heart Problems in Women It is also important to understand that women may present differently when experiencing heart problems. Many women do not have the classic crushing chest pain associated with heart attacks. In fact, around 25% experience more subtle symptoms, such as: Jaw pain Nausea or vomiting Shortness of breath Unusual fatigue or discomfort These symptoms can lead to delays in calling for help, increasing the risk of cardiac arrest. The Key Message When a woman suffers a cardiac arrest, immediate CPR and early defibrillation are critical. Do not delay because of: Concerns about exposing the chest Uncertainty about AED pad placement Fear of embarrassment or doing something wrong Act quickly. Act confidently. Your decisive action could save a life and significantly improve the chance of recovery. https://d3imrogdy81qei.cloudfront.net/video_images/12900/CPR_and_the_female_casualty.jpg Yes 210 https://www.prosportsfirstaid.co.uk/training/pitchside/video/mouth-to-stoma-ventilations https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2684.mp4 Mouth to Stoma Ventilations Managing Ventilation Through a Surgical Airway: Essential Steps Introduction When dealing with patients who have a surgical airway in their neck, proper ventilation techniques are crucial for their care and safety. Positioning Ensure the patient's head is in a neutral position, with the shoulders slightly raised using a coat or blanket to support them. Ventilation Techniques Using Bag Valve Mask (BVM) or Pocket Mask: Ventilate through the stoma using a child or infant-sized mask for better sealing around the neck. Sealing Mouth and Nose: Seal the patient's mouth and nose with your hand or a pocket mask without a valve during ventilation. Release during exhalation to allow air to escape. Two-Person Technique (BVM): If using a BVM, enlist the help of another person—one to apply the mask and seal the mouth, and the other to squeeze the BVM. Monitoring with Stethoscope: If trained, listen to the chest with a stethoscope to ensure proper air entry into the lungs. Obstruction Management If ventilation is hindered, consider using a soft tip suction tube in the stoma. If unsuccessful, attempt ventilation through the mouth and nose to clear the obstruction. Oxygen Supply If oxygen is available, connect the BVM or pocket mask to a 15 litres per minute oxygen supply for enhanced ventilation. https://d3imrogdy81qei.cloudfront.net/video_images/4793/Mouth_to_Stoma_Ventilations-01.jpg Yes 113 https://www.prosportsfirstaid.co.uk/training/pitchside/video/compressions-only-cpr-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/106.mp4 Compressions Only CPR Adult Cardiac Arrest: Compression-Only CPR In this film, we will show you what to do if an adult suddenly collapses and is not breathing normally, following the latest Resuscitation Council UK guidelines using compression-only CPR. Even if you have never received CPR training, your actions can still save a life. The most important things are to act quickly, call 999, start chest compressions, and keep going until help arrives. Step 1: Check for Danger Before helping, make sure the area is safe for you and others. Look for hazards such as: Traffic Electricity Fire or smoke Broken glass or sharp objects If it is safe, approach the casualty. Step 2: Check for Response Gently shake the casualty’s shoulders and shout: “Are you OK?” If there is no response: Shout for help If someone is nearby, ask them to call 999, put the phone on speaker, and fetch an AED if one is available If you are on your own, call 999 on your mobile and put it on speakerphone so the call handler can guide you. Step 3: Check for Normal Breathing Gently tilt the head back and lift the chin to open the airway Look for normal breathing for up to 10 seconds Check whether the chest rises and falls normally If the person is not breathing normally, or is only gasping, treat this as cardiac arrest. Tell the 999 operator that the person is not breathing normally. An ambulance will be dispatched immediately. Step 4: Start Chest Compressions Begin chest compressions straight away. The call handler may say: “Place the heel of your hand in the centre of the chest, put your other hand on top, and push hard and fast.” How to Perform Chest Compressions Kneel beside the casualty Place the heel of one hand in the centre of the chest, between the nipples Place your other hand on top and keep your arms straight Push down hard and fast, to a depth of 5–6 cm Allow the chest to fully rise after each compression Continue at a rate of 100–120 compressions per minute (about two per second) You can keep time to the beat of a familiar song such as “Stayin’ Alive” or “Baby Shark”, which both match the correct rhythm. Keep Going Until Help Arrives Do not stop CPR unless: The person starts breathing normally or begins to move Emergency services arrive and take over You become physically exhausted Using an AED If an AED arrives: Switch it on immediately Follow the spoken instructions The AED will tell you when to stop compressions and when to restart If the Person Starts Breathing Normally If normal breathing returns: Stop chest compressions Carefully roll the person onto their side into the recovery position Keep the airway open with the head slightly tilted back Stay with them and monitor their breathing until help arrives Key Points to Remember Call 999 immediately and use speakerphone If the person is not breathing normally, start chest compressions straight away Compress the centre of the chest 5–6 cm deep Maintain a rate of 100–120 compressions per minute Use an AED as soon as possible and follow its instructions Even if you are untrained, doing something is always better than doing nothing Act fast, keep pushing, and do not stop. Your actions could save a life. https://d3imrogdy81qei.cloudfront.net/video_images/165/ADULT_Compression_Only_CPR.jpg Yes 201 https://www.prosportsfirstaid.co.uk/training/pitchside/video/adult-cpr-hand-over-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/105.mp4 CPR Hand Over Optimizing CPR Efforts: Sharing the Work and Guidelines 1. The Importance of Sharing CPR Efforts Providing CPR can be physically demanding and exhausting. To maintain effectiveness, consider sharing the work with another rescuer. Collaboration with another rescuer helps alleviate fatigue. CPR training is not essential for the second rescuer; instructions can be provided. 2. Coordinated CPR Assistance Efficiently coordinate CPR efforts with a second rescuer: The primary rescuer guides and demonstrates the required actions while performing chest compressions. During the breaths phase, the second rescuer prepares to immediately resume compressions once the breaths are completed. 3. Rotation Every Two Minutes Maintain CPR effectiveness through regular rotation: Consider swapping roles every two minutes to combat rescuer fatigue. If you have no additional assistance and become tired, focus on chest compressions, taking a break from breaths. 4. Staying Updated with CPR Guidelines Stay informed with the latest CPR guidelines: Adhere to the 2021 UK and European Resuscitation Council guidelines. Stay prepared for future updates and revisions. https://d3imrogdy81qei.cloudfront.net/video_images/163/CPR_Hand_Over-01.jpg Yes 134 https://www.prosportsfirstaid.co.uk/training/pitchside/video/adult-cpr-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/104.mp4 Adult CPR Adult Cardiac Arrest: Step-by-Step CPR and AED Guidance Adult cardiac arrest is a time-critical emergency, often caused by sudden cardiac arrhythmia, usually linked to underlying heart disease. Immediate action — calling for help, starting CPR, and using an AED — gives the best chance of survival. Step 1: Ensure the Scene Is Safe Before approaching the casualty, always ensure the area is safe for you and others. Look for hazards such as: Traffic Fire Electricity Broken glass or sharp objects If it's safe, approach the casualty. Step 2: Check for Response Gently shake their shoulders and ask: “Are you alright?” If there is no response, shout for help. If someone is nearby, ask them to: Call 999 immediately and put the phone on speaker Bring an AED if available If you are alone, call 999 on speakerphone so the emergency operator can guide you through CPR. Step 3: Check for Normal Breathing Next, you need to check for normal breathing: Open the airway with a head-tilt, chin-lift (place one hand on the forehead and two fingers under the chin, gently tilting the head back) Look into the mouth and remove any visible obstruction, but only if it can be easily seen and removed Look, listen, and feel for normal breathing for up to 10 seconds If the casualty is not breathing normally or only gasping, assume cardiac arrest and start CPR immediately. Step 4: Start CPR Without Delay Tell the 999 operator that the casualty is not breathing normally. The operator will dispatch an ambulance and guide you through CPR step-by-step. How to Perform Chest Compressions Kneel beside the casualty Place the heel of one hand on the centre of the chest, between the nipples Place your other hand on top, interlock your fingers, and keep your arms straight Press down firmly to a depth of 5–6 cm Release fully after each compression, allowing the chest to rise Continue compressions at a rate of 100–120 per minute (about two compressions per second) Tip: You can time compressions to the beat of a familiar song like “Stayin' Alive” or “Baby Shark”, both of which match the right rhythm. Step 5: Give Rescue Breaths After 30 compressions, give 2 rescue breaths: Re-open the airway with a head-tilt, chin-lift Pinch the nose closed and seal your mouth over theirs Blow steadily for about one second, watching for the chest to rise Allow the chest to fall before giving the second breath Return immediately to chest compressions. If you are unable or unwilling to give breaths, continue with chest compressions only — these are still highly effective and strongly recommended. Step 6: Use an AED as Soon as It Arrives When an AED arrives: Switch it on immediately and follow the spoken instructions Expose the chest and attach the pads as shown on the diagram: One pad just below the right collarbone One pad on the left side of the chest, below the armpit The AED will analyse the heart rhythm. Ensure no one is touching the casualty during this step. If a shock is advised, ensure everyone is clear, say “Stand clear,” and press the shock button. Immediately resume CPR after the shock, starting with chest compressions. If no shock is advised, continue CPR as before. Step 7: Continue Until Help Arrives Continue CPR until: The person starts breathing normally or shows signs of life, such as movement, eye opening, or coughing Emergency services arrive and take over You become physically exhausted If the Person Starts Breathing Normally If the person starts breathing normally: Stop compressions and place them in the recovery position Keep the airway open and the head slightly tilted back Monitor their breathing continuously until help arrives Key Points to Remember Call 999 immediately and use speakerphone Start CPR if the person is not breathing normally Perform 30 compressions to 2 breaths, compressing 5–6 cm at a rate of 100–120 per minute Use an AED as soon as possible and follow its voice instructions If you cannot give breaths, perform continuous chest compressions until help arrives Every second counts. Your quick actions can save a life. https://d3imrogdy81qei.cloudfront.net/video_images/161/ADULT_CPR_2025.jpg Yes 273 https://www.prosportsfirstaid.co.uk/training/pitchside/video/cardiac-arrest https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2942.mp4 Cardiac Arrest and CPR Overview Understanding Cardiac Arrest: Importance of Prompt Response Introduction Cardiac arrest, characterized by the cessation of heart function, is often confused with a heart attack (myocardial infarction or MI). It's crucial to distinguish between the two as they represent distinct medical emergencies. Heart Attack (Myocardial Infarction) A heart attack occurs when a blood vessel supplying the heart muscle becomes blocked, resulting in damage to the heart muscle itself. This condition may or may not present with symptoms such as chest pain and can lead to a cardiac arrest if severe. Cardiac Arrest In cardiac arrest, the heart stops functioning, causing an immediate cessation of blood circulation. This results in hypoxia, cyanosis, and eventual death if not promptly addressed. Recognizing Cardiac Arrest In a suspected cardiac arrest, the primary focus is on determining whether the patient is breathing: Check for Breathing: Conduct a quick assessment (look, listen, feel) for no more than 10 seconds. Absence of breathing indicates a cardiac arrest. Agonal Gasping: Be aware that agonal gasping, characterized by irregular and labored breaths, may occur in some cases of cardiac arrest. Immediate Response If cardiac arrest is confirmed: Commence CPR: Begin chest compressions immediately to manually pump oxygenated blood to vital organs. Use AEDs: Consider using automatic external defibrillators (AEDs) to restore heart function. Importance of Effective CPR Efficient chest compressions are vital as they maintain blood flow to the brain, preserving neurological function and increasing the chances of successful resuscitation. Conclusion Cardiac arrest is a life-threatening emergency that requires prompt recognition and intervention. Always prioritize safety, conduct thorough checks, and follow established protocols to improve patient outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/5283/Cardiac_Arrest_and_CPR_Overview-01.jpg Yes 346 https://www.prosportsfirstaid.co.uk/training/pitchside/video/drowning https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/708.mp4 Drowning Responding to Suspected Drowning Incidents 1. Prioritize Safety First When encountering a suspected drowning victim who is unresponsive and not breathing, prioritize safety for yourself and others. 2. Assess the Situation Begin this scenario with the victim on their back, considering potential water-related hazards such as cold water, underwater obstructions, soft beds, or strong currents. 3. Drowning vs. Office Situation Recognize the distinction between a drowning victim and someone not breathing in an office setting. Drowning is more likely due to a respiratory problem. 4. Providing Treatment If someone is present, send them to call the EMS; otherwise, continue with care. Open the airway and check for breathing for 10 seconds. If no breathing is detected, administer five rescue breaths initially. Follow with 30 compressions and two breaths, repeating for one minute. If alone, leave to call for help, following the "call fast approach." Continue CPR with 30 compressions and two breaths until EMS arrives or instructs otherwise. 5. Importance of Initial Rescue Breaths Delivering five initial rescue breaths aims to restart breathing and assess signs of life before proceeding with CPR. 6. Consistency with Child Drowning Protocol It's noteworthy that the sequence for responding to drowning is the same for children aged 1 to 18. https://d3imrogdy81qei.cloudfront.net/video_images/1213/Drowning.jpg Yes 122 https://www.prosportsfirstaid.co.uk/training/pitchside/video/infant-recovery-position https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/284.mp4 Infant Recovery Position Recovery Position for Infants Differences in the Recovery Position Using the recovery position for adults and children differs significantly from what you should do when dealing with an infant (under 1 year old). It's crucial to adapt your approach for their specific needs. Steps for Infant Recovery Follow these steps when dealing with an unconscious infant: Cradle the Infant: After confirming no injuries and checking for breathing, cradle the infant in your arms. Hold them facing you with their head tilted downward. Proper Support: Support their body using your arm and one hand while your other hand cradles their head securely. Choking and Vomit Prevention: This position prevents choking on the tongue or inhaling vomit. It also allows for easy monitoring. Continual Monitoring: Regularly check for breathing and assess their circulation by observing the color of their lips. Keep a close watch for signs of regaining consciousness. Comfort and Warmth: Holding them this way provides comfort and warmth to the infant during this critical time. Calling for Help If necessary, you can call emergency services or ask someone for assistance. However, ensure that you remain cautious while moving around. Your primary focus must always be on the infant's well-being, but it's equally important to avoid accidents like slipping, tripping, or falling. https://d3imrogdy81qei.cloudfront.net/video_images/515/Infant_Recovery_Position-01.jpg Yes 74 https://www.prosportsfirstaid.co.uk/training/pitchside/video/infant-cpr-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/169.mp4 Infant CPR Infant CPR: How to Resuscitate a Baby Under One Year Old In this section, we will look at how to perform CPR on an infant. An infant is defined as a child under one year old. Cardiac arrest in infants is very rare. However, when it does occur, it is almost always caused by a breathing problem, not a primary heart condition. Acting quickly and using the correct technique gives the infant the best possible chance of survival. Step 1: Ensure the Scene Is Safe Before doing anything else, check that the area is safe. Look for hazards that could put you or the infant at risk. If it is safe, approach the infant calmly. Step 2: Check for Responsiveness Speak gently to the infant: “Hello, can you hear me?” You are looking for any sign of response. To check responsiveness: Tap or gently flick the sole of the foot Look for movement, sound, or any reaction If there is no response, shout for help immediately. Step 3: Call for Help If someone is nearby, ask them to call 999, leave their phone with you on speakerphone, and bring an AED if one is available. If you are alone, call 999 yourself on speakerphone and continue your assessment. The emergency call handler will give step-by-step instructions and guide you through CPR if needed. Step 4: Check for Normal Breathing Place one hand on the forehead and two fingers under the bony part of the chin Gently tilt the head to a neutral position — do not overextend the neck Briefly look inside the mouth for any visible obstruction and remove it only if it can be seen and easily removed Keep the airway open and look, listen, and feel for normal breathing for up to 10 seconds You are checking for chest movement, breathing sounds, and air on your cheek. If the infant is not breathing normally or is only gasping, treat this as cardiac arrest. Step 5: Give Five Initial Rescue Breaths Because infant cardiac arrest is usually caused by breathing problems, rescue breaths are critical. Maintain a gentle head tilt and chin lift Place your mouth over the infant’s mouth and nose, forming a complete seal Blow gently for about one second, just enough to make the chest rise Allow the chest to fall before the next breath Give five rescue breaths in total. If the chest does not rise, recheck the airway position and seal before trying again. Step 6: Start Chest Compressions After the five rescue breaths, begin chest compressions: Place your two thumbs on the centre of the chest, just below the nipple line Wrap your hands around the infant’s chest, supporting the back with your fingers Compress the chest by one-third of its depth Maintain a rate of 100–120 compressions per minute (about two per second) Allow the chest to fully recoil between compressions Continue CPR using a ratio of 15 compressions to 2 rescue breaths. If another rescuer is available, swap every two minutes to prevent fatigue and maintain high-quality CPR. Step 7: Using an AED on an Infant As soon as an AED becomes available: Switch it on immediately and follow the voice prompts Use paediatric pads if available Place one pad on the front of the chest, slightly to the left Place the other pad on the back, between the shoulder blades Continue CPR while the AED is being applied, if possible If only adult pads are available, use them The AED will tell you when to stand clear and when to resume CPR. Resume chest compressions immediately after any shock and continue until the AED re-analyses or help arrives. Continue CPR Until The infant starts breathing normally or shows signs of life, such as movement or crying Emergency services arrive and take over You are physically unable to continue If the Infant Starts Breathing If the infant begins breathing normally: Place them in the infant recovery position on their side with the head slightly lower Or hold them in your arms in the same position Continue to monitor breathing closely until help arrives Key Points to Remember Always check for danger before approaching Call 999 early Give five gentle rescue breaths first Continue 15 compressions to 2 breaths at 100–120 per minute Use an AED as soon as possible and follow the prompts Keep checking for normal breathing and signs of life Early recognition, early CPR, and early defibrillation save lives. Acting quickly and calmly can make all the difference. https://d3imrogdy81qei.cloudfront.net/video_images/291/Infant_CPR.jpg Yes 287 https://www.prosportsfirstaid.co.uk/training/pitchside/video/child-cpr-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/168.mp4 Child CPR Child Cardiac Arrest: CPR and AED Guidance (Ages 1–12) Cardiac arrest in children is uncommon. When it does occur, it is usually caused by another medical emergency, most often a breathing problem, trauma, or an underlying illness, rather than a primary heart condition. Your first priority is to assess the situation quickly and understand what may have happened. Ensure the Scene Is Safe Before approaching the child, always check that it is safe to do so. Look for any dangers that could harm you or the child. If a parent, teacher, or guardian is nearby, ask for permission before intervening: “Can I help your child?” Check for Responsiveness If the child appears unresponsive, speak to them directly. Even if they cannot reply, they may still be able to hear you. Speak calmly and clearly: “Hello, my name’s Keith, I’m a first aider. Can you hear me?” If you know the child’s name, use it, as this can sometimes prompt a response. If there is no response: Gently tap the child’s shoulder or collarbone Ask again, “Are you OK? Can you hear me?” Call for Help If the child remains unresponsive, shout for help immediately. If someone is with you, ask them to call 999 on speakerphone, leave the phone with you, and bring an AED if one is available. The emergency call handler will give step-by-step instructions and guide you through CPR if needed. If you are alone, call 999 on speakerphone yourself and continue your assessment. Check for Normal Breathing Open the airway using the head-tilt, chin-lift technique Briefly look inside the mouth for any obvious obstruction and remove it if visible Place one hand on the forehead and two fingers on the bony part of the chin, gently tilting the head back Open the mouth slightly and check again for any visible obstruction Look, listen, and feel for normal breathing for up to 10 seconds You are looking for chest rise and fall, listening for breath sounds, and feeling for air movement on your cheek. If the child is not breathing normally or is only gasping (agonal breathing), treat this as cardiac arrest. When to Start CPR If you are alone, start CPR immediately and continue for one minute before going to get help. If someone else is present, they should call 999 straight away while you start CPR. In children, cardiac arrest is often caused by a lack of oxygen, so early CPR can help restore breathing and circulation. Five Initial Rescue Breaths Begin CPR with five rescue breaths: Open the airway Pinch the nose closed Seal your mouth over the child’s mouth Breathe steadily for up to one second, just enough to see the chest rise Allow the chest to fall before giving the next breath Repeat until five effective breaths have been delivered. Chest Compressions Place the heel of one hand in the centre of the chest, on the lower half of the sternum, between the nipples Keep your arms straight and shoulders directly above your hand Compress the chest to one-third of its depth (approximately 4–5 cm in a small child) Compress at a rate of 100–120 per minute Allow the chest to fully recoil between compressions If the child is larger or you cannot achieve enough depth, use two hands, one on top of the other. After the initial five breaths, continue CPR using a ratio of 15 compressions to 2 rescue breaths, keeping interruptions to a minimum. If two rescuers are present, swap roles every two minutes to prevent fatigue and maintain effective compressions. Using an AED on a Child As soon as an AED becomes available: Switch it on immediately and follow the voice prompts Use paediatric pads if available Place one pad on the chest and one on the back between the shoulder blades For children under 25 kg (around 8 years old), position the front pad slightly to the left side of the chest If only adult pads are available, use them, ensuring they do not touch The AED will analyse the heart rhythm and advise whether a shock is needed. When instructed, ensure everyone is standing clear Make sure no one is touching the child Deliver the shock if advised Immediately resume CPR after the shock, continuing with 15 compressions and 2 breaths until the AED re-analyses or help arrives. Continue CPR Until The child starts breathing normally or shows signs of life, such as movement or eye opening Emergency services arrive and take over You are physically unable to continue Key Points to Remember Always check for safety first Call 999 early — if alone, after one minute of CPR Give five initial rescue breaths before compressions Continue 15 compressions to 2 breaths at 100–120 per minute Use an AED as soon as it is available Swap rescuers every two minutes where possible to maintain CPR quality Early CPR and early defibrillation save lives. Acting quickly and confidently gives a child the best possible chance of survival. https://d3imrogdy81qei.cloudfront.net/video_images/289/Child_CPR_2025.jpg Yes 296 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aed-maintenance https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/418.mp4 AED Maintenance A Guide to Maintaining Your AED The Importance of Regular AED Checks In any British workplace, it's paramount to regularly oversee your Automated External Defibrillator (AED) to ascertain its correct functionality. While workplace policies might differ, adhering to the manufacturer's guidelines is essential. Frequency of Checks Your workplace policy may stipulate daily, weekly, or monthly checks. Regardless, consistent vigilance ensures the unit's readiness. Initial Checks: Signs of a Functional AED For many AED units, a flashing light signals proper operation. Conversely, beeping or other warning sounds might highlight issues such as low batteries. Conducting a Comprehensive AED Assessment Engage in the unit's self-test. Any detected issues will prompt warnings and notifications. Upon opening the case, ensure all components are present: pads, instructions, and the unit itself. Inspect the pads for intact seals and check their expiry dates. Examine the unit for damages, humidity, or dust. If damp or dusty, reconsider its storage method. Consider heated cabinets to shield AEDs from extreme cold. Ensure the cabinet's heating and lighting functions are intact. To test the AED, activate the start button. A successful initial analysing-cycle, marked by flashing lights and appropriate voice prompts, confirms its operational readiness. Documentation and Updates Post-check, it's crucial to duly record your observations. Moreover, if your AED is linked to the 999 network, remember to update your records therein. https://d3imrogdy81qei.cloudfront.net/video_images/783/AED_Maintenance-01.jpg Yes 106 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aed-setup-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/250.mp4 AED Setup Efficient Setup of Automatic External Defibrillators (AED) Introduction to AED Setup AED units are user-friendly and share common setup procedures. This guide will walk you through the essential steps to ensure your AED is ready for use. Initial Inspection Ensure the AED kit is complete with all necessary components. Check that the battery is correctly installed and functioning. Look for any warning indicators or malfunctioning lights. Pad Inspection and Connection Examine the pads for any damage or broken seals. Connect the pads to the unit, unless designed to be connected later. Ensure the pads are within their expiry date. AED Unit Maintenance Keep the AED in a clean, dry, and easily accessible location. Regularly check for any signs of wear or damage. Troubleshooting and Assistance If you encounter any issues with your AED unit, refer to the manufacturer's instructions or visit their website for specific guidance. Regular AED Checks Conduct routine checks as per your workplace's risk assessment, policies, practices, and manufacturer's recommendations to ensure the AED is always ready for use. Conclusion Setting up and maintaining an AED unit is a straightforward process, but it's crucial for ensuring prompt and effective response in emergency situations. https://d3imrogdy81qei.cloudfront.net/video_images/447/AED_Setup-01.jpg Yes 387 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aed-units-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/289.mp4 Types of AED Units Diverse Automatic External Defibrillators (AEDs) and Their Advanced Capabilities Overview of AED Types Despite numerous brands, AEDs can be broadly categorized into three main types, each with unique functionalities. Semi-Automatic AEDs Example: These AEDs require a manual shock delivery, indicated by a flashing button. Automatic AEDs Example: These AEDs automatically deliver a shock after a countdown, eliminating the need for a manual button press. CPR-Assist AEDs Example: These AEDs offer real-time feedback on CPR quality, aiding in effective resuscitation. Gateway Unit: Enhancing AED Functionality A unique addition to AEDs is the gateway unit, which enhances the unit's functionality with Wi-Fi connectivity. Benefits of Gateway Units Allows remote monitoring of AED status. Provides alerts for pad replacement and unit checks. Facilitates easy data transfer and management. Choosing the Right AED Selecting an AED depends on your specific needs. Consider whether automatic or manual shock delivery is preferable and if CPR feedback would be beneficial. Conclusion Understanding the different types of AEDs and their advanced features is crucial for effective emergency response and saving lives. https://d3imrogdy81qei.cloudfront.net/video_images/525/Types_of_AED_Units-01.jpg Yes 330 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aed-intro-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/107.mp4 AED Introduction Understanding Automatic External Defibrillators (AEDs) 1. What is an AED? An AED, or automatic external defibrillator, explained. There is a common misconception that AEDs restart the heart, but their role is to interrupt abnormal heart activity. 2. AEDs and Heart Function Understanding how AEDs work to restore a normal heart rhythm. Electric activity in the heart can lead to abnormal twitching rather than a meaningful pulse. An AED delivers a shock to interrupt this electric activity, allowing the heart's natural pacemakers to restart it in a normal rhythm. AEDs advise a shock only when detecting specific shockable rhythms, such as ventricular fibrillation (VF) or pulseless ventricular tachycardia (VT). 3. Types of AED Units Exploring different AED models and their operation. Semi-automatic AEDs require manual activation of the shock button when advised. Automatic AEDs initiate shocks automatically when necessary. 4. Future AED Videos Stay tuned for upcoming videos that delve into AEDs in greater detail and provide guidance on their usage. https://d3imrogdy81qei.cloudfront.net/video_images/167/AED_Introduction-01.jpg Yes 106 https://www.prosportsfirstaid.co.uk/training/pitchside/video/cpr-risks https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2677.mp4 CPR Risks Risks and Benefits of Bystander CPR Understanding the Impact of Bystander CPR Bystander CPR is a crucial intervention during cardiac emergencies, but it's essential to understand the associated risks and benefits. 1. Minimal Risk of Harm Key Point: Bystander CPR rarely causes serious harm to victims. While CPR may lead to rib fractures or organ damage in rare cases, the benefits outweigh the risks. Providers should not hesitate to initiate CPR due to fears of causing harm, as the person is already in a critical state. 2. Infection Risk and Precautions Important Consideration: CPR poses an infection risk, but standard precautions mitigate this risk. Infection risk is minimal when there are no body fluids present, but standard precautions should still be observed. 3. Potential Rescuer Injuries Be Aware: CPR may lead to muscle strain or other injuries in rescuers, though these occurrences are rare. Rescuers experiencing significant symptoms during training should stop and seek medical attention. Manual chest compressions should not be continued during defibrillator shock delivery due to the risk of injury. 4. Psychological Effects Addressing Concerns: Adverse psychological effects post-CPR are relatively uncommon, but should be addressed if experienced. CPR providers experiencing psychological distress should consult a healthcare professional for support. Conclusion: Prioritizing Life-Saving Measures While bystander CPR entails certain risks, its potential to save lives far outweighs these concerns. Providers should be aware of safety measures and seek assistance if needed. https://d3imrogdy81qei.cloudfront.net/video_images/4781/CPR_Risks-01.jpg Yes 145 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aed-demo-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/249.mp4 How to Use an AED Practical Guide to Using an Automatic External Defibrillator (AED) Initial Steps in AED Usage This guide assumes initial emergency response actions, like scene safety and wearing gloves, have already been performed. It starts from the point of AED arrival at the emergency scene. Preparing the Patient Ensure the patient's chest is fully exposed to attach the AED pads effectively. Remove any obstructive clothing, including undergarments, for clear pad placement. Inspect for any medical devices like pacemakers or metal patches that might interfere with the defibrillation process. Securely place the AED pads on clean, bare skin. Operating the AED Turn on the AED unit and follow the vocal instructions. Adhere the pads to the specified areas on the patient's chest. Ensure everyone is clear of the patient before analyzing the rhythm and delivering a shock if advised. Continue with CPR as guided by the AED, following the metronome and feedback for effective compressions. Key Points in AED Usage Speed is crucial: Aim to attach the AED within four minutes for a higher survival chance. Use visual and auditory prompts from the AED for accurate and effective CPR. Continue the process until emergency services arrive and take over. Conclusion Using an AED is a critical skill in emergency situations. This guide provides a simplified yet comprehensive approach to effectively operate an AED and perform life-saving actions. https://d3imrogdy81qei.cloudfront.net/video_images/445/How_to_Use_an_AED-01.jpg Yes 553 https://www.prosportsfirstaid.co.uk/training/pitchside/video/child-aed-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/236.mp4 Child AED Child Cardiac Arrest: CPR and AED Use (Ages 1–12) If you find a child aged between 1 and 12 years who is unresponsive and not breathing normally, you must act quickly. Early CPR and rapid defibrillation give the child the best possible chance of survival. Because this age group covers a wide range of sizes and weights, CPR techniques are adapted to suit the child in front of you. Calling for Help If the child is unresponsive: Call 999 immediately and ask for an ambulance. If you are unsure whether the child is breathing normally, treat them as though they are not. Put your phone on speakerphone so the call handler can guide you. Start CPR Immediately In children, cardiac arrest is often caused by breathing problems. For this reason: Start with five rescue breaths. Then begin chest compressions. Chest Compressions Compress the chest to around one-third of its depth. Allow full chest recoil after each compression. Maintain a rate of 100–120 compressions per minute. Continue CPR using a ratio of 15 compressions to 2 breaths. Do not pause CPR while someone is fetching an AED. Using an AED on a Child Use the AED as soon as it arrives. Switch the AED on and follow the voice and visual prompts. If available, use a paediatric mode or paediatric pads, which reduce shock energy. If paediatric settings are not available, use adult pads and settings. Never delay defibrillation. Pad Placement Ensure the child’s chest is bare and dry. Children under approximately 25 kg (usually under 8 years) Place one pad on the front of the chest, slightly to the left side. Place the other pad on the back, between the shoulder blades. This front-and-back placement ensures the electrical shock passes through the heart. Children over approximately 25 kg Place one pad on the centre of the chest. Place the other pad on the back, between the shoulder blades. During AED Analysis and Shock When the AED says “Stand clear”, ensure no one is touching the child. If a shock is advised, make sure everyone stays clear while it is delivered. Restart chest compressions immediately after the shock, or if no shock is advised. Continue CPR Until Professional help arrives and takes over, or The child shows clear signs of life, or You are physically unable to continue. Key Safety Message AEDs are extremely safe to use on children. They will only deliver a shock if it is needed. Early CPR and early defibrillation dramatically improve survival. The most important thing is to act quickly, confidently, and without delay. Your actions could save a child’s life. https://d3imrogdy81qei.cloudfront.net/video_images/419/Child_AED.jpg Yes 177 https://www.prosportsfirstaid.co.uk/training/pitchside/video/post-resusitation-care https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2910.mp4 Post Resusitation Care Post-Resuscitation Care Ensuring Patient Stability and Recovery After successful resuscitation, it's vital to provide appropriate care to maintain stability and support recovery. 1. Breathing and Oxygen Administration Key Point: Monitor breathing and administer oxygen as needed to support the patient's respiratory function. Continue bag-mask ventilation until the patient demonstrates normal breathing, typically 12 to 20 breaths per minute. Transition to a non-rebreather mask at 15 litres per minute once normal breathing is established. 2. Temperature Management Important Consideration: Focus on post-resuscitation cooling rather than heating to prevent clotting complications. Avoid thermal blankets or heating devices; instead, maintain a gentle cooling approach to regulate body temperature. Research supports keeping the patient cooler to improve outcomes, without the need for aggressive cooling methods. 3. Patient Comfort and Communication Guidance: Prioritize patient comfort and open communication with family members throughout the post-resuscitation period. Keep the patient in a comfortable position, such as the recovery position, to facilitate airway management and comfort. Ensure clear communication with family members, providing updates on the patient's condition and care plan. 4. Readiness for Potential Recurrence Preparedness: Maintain readiness for potential recurrence of cardiac arrest by keeping defibrillator and resuscitation equipment accessible. Keep the defibrillator turned on and accessible, with the lid open, to enable immediate response if needed. If the patient reverts to a shockable rhythm, initiate resuscitation protocols promptly, starting from the beginning. Conclusion: Prioritising Patient Wellbeing Post-resuscitation care plays a crucial role in supporting the patient's recovery and enhancing their chances of survival. By following established protocols and maintaining vigilance, healthcare providers can contribute significantly to positive outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/5213/Post_Resusitation_Care-01.jpg Yes 249 https://www.prosportsfirstaid.co.uk/training/pitchside/video/recognition-and-management-of-life-extinct https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2908.mp4 Recognition and Management of Life Extinct Recognition and Management of Life Extinct Handling a Traumatic Situation with Dignity When faced with the recognition and management of life extinct, it's crucial to approach the situation with sensitivity and dignity. 1. Consideration for Family and Witnesses Key Point: Recognize the traumatic nature of the situation, and prioritise dignity and respect for all involved. Ensure privacy and respect for the deceased and their loved ones. Keep prying eyes away from the scene, especially if it occurs in a public place. 2. Understanding Certification of Death Important Reminder: Only qualified clinicians can certify death; until then, resuscitation efforts should be made if feasible. Rigor mortis, decapitation, and advanced directives are factors to consider in determining whether resuscitation is appropriate. When in doubt, err on the side of attempting resuscitation, unless clear indications suggest otherwise. 3. Ceasing Resuscitation: Practical Considerations Practical Guidance: Resuscitation efforts may cease if circumstances prevent further assistance and pose risks to rescuers. If isolated with no means of support and exhaustion threatens rescuer safety, stopping resuscitation may be necessary. Ensure every effort is made within practical limits, but recognise when further intervention is not feasible. 4. Prioritising Dignity in Death Final Consideration: Uphold dignity and respect throughout the process, offering support to family members and managing the situation with care. Communicate openly and compassionately with family members, providing explanations and support. Ensure no unauthorized documentation or recordings are made of the scene. Conclusion: Compassion and Support Recognizing and managing life extinct is a challenging responsibility that requires compassion, sensitivity, and adherence to protocols. Seek support if needed, both during and after the event, to cope with the emotional toll. https://d3imrogdy81qei.cloudfront.net/video_images/5211/Recognition_and_Management_of_Life_Extinct-01.jpg Yes 221 https://www.prosportsfirstaid.co.uk/training/pitchside/video/full-cpr-scenario https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2978.mp4 Real time CPR scenario CPR Cycle in Real Time Full Scenario: From Entry to AED Use In this video, we demonstrate the complete CPR cycle, from entering the room to using the AED, in real-time. Overview Scenario: Responding to a Non-Breathing Individual Setup: The rescuer is alone but receives assistance upon calling for help. Gloves and face shield are not available. Key Steps Assessment: Upon discovering the non-breathing individual, assess the scene for safety. Emergency Call: Call for help immediately, ensuring prompt assistance. Initial Check: Determine the patient's responsiveness by tapping and shouting. Breathing Check: Confirm absence of breathing by observing chest rise and fall. Chest Compressions: Begin CPR with chest compressions, ensuring proper hand placement and compression depth. Rescue Breaths: Perform rescue breaths, maintaining airway patency and avoiding overinflation. Defibrillator Use: Apply the AED pads as soon as possible for analysis and potential defibrillation. Conclusion Executing the CPR cycle in real time requires swift and decisive action, prioritising patient care and collaboration for optimal outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/5311/Real_time_CPR_scenario-01.jpg Yes 202 https://www.prosportsfirstaid.co.uk/training/pitchside/video/asthma-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/185.mp4 Asthma Asthma: Symptoms, Treatment, and First Aid Understanding Asthma Learn about the common yet often underestimated life-threatening condition. Asthma Basics: Explore the intermittent, reversible airway obstructions characterizing asthma. Airway Impact: Understand how asthma affects the airways and triggers. Severity Spectrum: Discover the varying levels of asthma, from mild to fatal. Asthma Statistics: Get insights into the prevalence and impact of asthma in the UK. Recognizing Asthma Attacks Identify the signs and symptoms of asthma attacks, from moderate to life-threatening. Moderate Attack: Understand symptoms like breathing difficulties, coughing, and anxiety. Severe Attack: Learn about the need for professional help, nebulisers, and steroids. Life-Threatening Signs: Recognize indicators like altered consciousness, cyanosis, and more. Immediate Action: Know the importance of calling EMS when severe symptoms arise. Managing Asthma Discover how asthma sufferers can effectively manage their condition and the role of medication. Asthma Medications: Learn about preventive and treatment inhalers. Inhaler Usage: Understand how to correctly use an inhaler. Support During an Attack: Provide reassurance and assistance during an asthma attack. First-Time Attack: Recognize when a first-time asthma attack requires immediate medical attention. First Aid Guidelines: Follow first aid steps suitable for both adults and children. Informing Parents and Recording Ensure proper communication and documentation when dealing with a child's asthma attack. Parental Notification: Inform parents if a child experiences an asthma attack under your care. Record Keeping: Document asthma cases in an accident book, especially in a work setting. https://d3imrogdy81qei.cloudfront.net/video_images/321/Asthma-01.jpg Yes 346 https://www.prosportsfirstaid.co.uk/training/pitchside/video/when-an-asthma-inhaler-is-not-available https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2637.mp4 When an Asthma inhaler is not available Managing Asthma Attacks: First Aid and Preventive Measures Handling an Asthma Attack Without an Inhaler What to do when a patient lacks an inhaler or it's empty during an asthma attack. Locate Replacement Medication: Check for available replacement medications or send someone to retrieve them. Call for Professional Help: Dial EMS immediately as inhalers are the primary treatment. Immediate First Aid Essential steps to control an asthma attack before professional help arrives. Stop and Sit Upright: Advise the patient to stop activities and sit upright to ease breathing. Breathing Techniques: Instruct deep, slow breaths through the nose and out through the mouth to prevent hyperventilation. Humidify the Air: Consider moving the patient to a steamy environment like a bathroom with a running shower. Keep Calm: Stress exacerbates symptoms, so reassure and comfort the patient to relax chest muscles. Remove Triggers: If possible, relocate the patient away from asthma triggers like dust or smoke. Hot Caffeinated Drinks: Sip on hot, caffeinated beverages to help open airways temporarily. Seek Professional Help: Remember, this is a temporary measure; professional assistance is crucial. Maintaining Inhaler Effectiveness Tips to ensure inhalers are ready and effective when needed. Keep It Clean: Maintain inhaler cleanliness and keep the cover on to prevent dust and dirt ingress. Clean Spacer: If using a spacer, ensure it stays clean and dry for optimal function. Check Medication: Confirm that the inhaler contains medication, not just propellant. Carry a Spare Canister: Always have a spare canister when the level is low. Collect Latest Prescription: Regularly collect prescriptions from the chemist to ensure a fresh supply. Carry a Spare Inhaler: When traveling, have a spare inhaler for emergencies. School Inhaler Management: Schools with inhalers must maintain proper documentation and adequate supplies. Use Correct Inhaler: Ensure the right inhaler is used at the appropriate times. Correct Inhaler Technique: Educate on proper inhaler use to avoid blowing instead of inhaling. Check Expiry Dates: Ensure the inhaler is not expired, as it may lose effectiveness. https://d3imrogdy81qei.cloudfront.net/video_images/4689/When_an_Asthma_inhaler_is_not_available-01.jpg Yes 221 https://www.prosportsfirstaid.co.uk/training/pitchside/video/asthma-spacers https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2205.mp4 Asthma Spacers Asthma Spacers: A Comprehensive Guide Understanding Asthma Spacers An asthma spacer is a sizeable plastic or occasionally metal device with a mouthpiece at one end and an opening at the other, designed to be used with aerosol inhalers. They facilitate the delivery of a metered dose of medication into the lungs, ensuring precise dosing. Types of Asthma Spacers Various types of asthma spacers are available, some equipped with face masks for use with infants. The essential training for using a spacer should be provided by a medical professional. How Asthma Spacers Work The medication is loaded into the spacer, where it accumulates. The user then inhales from the spacer, eliminating the need for precise timing and speed during inhalation. Spacers prevent medication from settling in the mouth or throat, ensuring it reaches the lungs. Spacers enhance drug efficiency by slowing down intake, allowing it to penetrate deeper into the lungs. They are equally as fast as standard inhalers in emergency situations. Spacers also reduce side effects by minimizing drug absorption into other body parts. They can help reduce side effects like oral thrush, which is particularly common in children using inhalers. How to Use an Asthma Spacer While actual user training should be conducted by a medical professional, the basic steps for using a spacer are as follows: Remove the cap and shake the inhaler. Insert the inhaler into the spacer. Breathe out gently as long as comfortable. Place the mouthpiece between your teeth and lips, creating a seal to prevent medicine escape. Depress the canister to release one puff of medicine into the spacer. Breathe in slowly and steadily through the mouthpiece (not forcefully). Remove the spacer from your mouth and hold your breath for 10 seconds (or as comfortable), then breathe out slowly. If a second dose is needed, wait 30 seconds, then repeat the steps above. Alternatively, if holding your breath is challenging, follow steps 1 to 6, and then: Keep the spacer in your mouth with your lips sealed around it. Breathe in and out of the mouthpiece five times. Repeat these steps for each required dose. When using spacers with children, it's essential to explain the process clearly and encourage their involvement: Remove the cap and shake the inhaler, allowing your child to assist. Insert the inhaler into the spacer. Place the mouthpiece between your child’s teeth and lips, ensuring a secure seal. Press the canister once to release one puff of your child’s inhaler medicine into the spacer. Have your child breathe in and out of the mouthpiece five times. Repeat from step 2 for each inhaler puff, remembering to shake the inhaler before each use. Cleaning Your Asthma Spacer Proper cleaning is crucial for maintaining the spacer's effectiveness: Use detergent for cleaning, taking care not to scrub and damage the device. Air dry the spacer. Despite potential cloudiness over time, spacers can last many months. If you have any questions or concerns, consult your medical professional. https://d3imrogdy81qei.cloudfront.net/video_images/4007/Asthma_spacers-01.jpg Yes 71 https://www.prosportsfirstaid.co.uk/training/pitchside/video/accuhaler https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4262.mp4 Accuhaler® Accuhaler: A Different Type of Inhaler for Asthma Emergencies Introduction to the Accuhaler An overview of the Accuhaler, a unique inhaler for asthma management. Powder-Based Inhaler: The Accuhaler employs powdered medication rather than aerosol. Distinctive Design: It features a round, blue device designed for asthma emergencies. Dose Counter: The device includes a dose counter to monitor remaining medication. How to Use the Accuhaler Step-by-step instructions for correctly using the Accuhaler. Hold in Proper Position: Hold the Accuhaler horizontally or vertically. Activation: Twist the device open with your thumb to activate it. Mouthpiece: Seal your mouth around the mouthpiece. Exhalation: Breathe out fully before inhalation. Inhalation: Breathe in deeply to allow the powder into your lungs. Resetting: After use, close and reset the unit by pressing the side button down. Maintenance Tips: Proper maintenance and storage are essential for effective drug delivery. Common Mistakes to Avoid Tips to prevent common errors when using the Accuhaler. Inadequate Exhalation: Ensure you exhale fully before inhaling to optimize drug intake. Unit Maintenance: Keep the Accuhaler in good condition to prevent drug delivery issues. Continuous Inhalation: Take one long, continuous breath to ensure effective drug administration. https://d3imrogdy81qei.cloudfront.net/video_images/7659/Accuhaler-01.jpg Yes 83 https://www.prosportsfirstaid.co.uk/training/pitchside/video/heart-attacks-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/108.mp4 Heart Attack Understanding Heart Attacks and Sudden Cardiac Arrest 1. Differentiating Between Heart Attack and Sudden Cardiac Arrest It's essential to grasp the distinction between these two cardiac events: Heart Attack: A heart attack results from a heart in distress due to blocked blood flow, causing major damage. Sudden Cardiac Arrest (SCA): SCA occurs when the heart abruptly stops beating altogether. 1.1 The Severity of Heart Attacks Heart attacks are incredibly serious due to the risk of sudden cardiac arrest: Approximately 200,000 deaths annually are attributed to heart and circulatory diseases. Of these, around 90,000 fatalities result from sudden cardiac arrest. Each year in the UK, there are approximately 125,000 heart attack cases. 1.2 Heart Health and Blockages Understanding how heart issues develop over time: Plaque buildup in the heart can lead to blood vessel narrowing and blockages. These blockages, along with muscular spasms, can occur without noticeable symptoms until a heart attack strikes. 2. Recognizing Heart Attack Symptoms Identifying the signs of a heart attack is crucial: Common symptoms include: Chest discomfort and pressure Pain below the breastbone Pain radiating to the left arm, back, jaw, throat, or arms Indigestion-like sensations Sweating, nausea, vomiting Dizziness, extreme weakness Anxiety, shortness of breath Rapid or irregular pulse Feelings of fear and impending doom A heart attack may not always lead to cardiac arrest, but it should never be underestimated. Immediate action is imperative. 2.1 Responding to a Heart Attack What to do when you suspect a heart attack: Call emergency services without delay. Have the person sit on the floor, leaning against a stable surface. Elevate their legs with feet flat and leaning slightly forward to reduce cardiac stress. Stay with the individual, keeping them calm. Consider offering a 300mg aspirin tablet to chew (not swallow) as it can help thin the blood. When the emergency services arrive, provide them with detailed information about the situation and any assistance you've given. https://d3imrogdy81qei.cloudfront.net/video_images/169/Heart_Attack-01.jpg Yes 86 https://www.prosportsfirstaid.co.uk/training/pitchside/video/anatomical-terminology https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2331.mp4 Anatomical Terminology Guide to Medical and Anatomical Terminology This guide aims to demystify the medical and anatomical terminology often encountered in TV programs and daily life, providing clear explanations for commonly used terms. The Anatomical Position The standard anatomical position is standing with palms facing forward, serving as a reference point for describing anatomical structures and locations. Key Terms Explained Understanding specific terms related to body orientation and position: Midline: The central line dividing the body from the nose to between the feet. Anterior: Refers to the front of the midline. Posterior: Refers to the rear of the midline. Relative Positions in the Body Terms used to describe the relative positions of body parts: Proximal: Nearest to the point of attachment or reference. Distal: Furthest from the point of attachment or reference. Superior: Higher up in position. Inferior: Lower down in position. Medial and Lateral Orientation Describing the position relative to the midline of the body: Medial: Towards the midline of the body. Lateral: Away from the midline of the body. Additional Anatomical Terms Other useful terms in anatomical description: Sub: Refers to below or underneath a structure or point. For more in-depth information or queries regarding medical and anatomical terminology, consider consulting a medical professional or anatomist. https://d3imrogdy81qei.cloudfront.net/video_images/4073/Anatomical_Terminology-01.jpg Yes 107 https://www.prosportsfirstaid.co.uk/training/pitchside/video/burn-clingfilm https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/425.mp4 Treating a burn Treating Burns with Plastic Film Introduction Learn how to treat burns using plastic film as a protective covering. Materials Needed Burn film: Specialized burns film or regular plastic wrap for food storage. Scissors: Blunt-ended shears for cutting the film. Gloves: To maintain cleanliness during the procedure. Procedure Follow these steps when dealing with a burn using plastic film: Prepare the Film: Begin by removing any dirty or non-sterile sections of the film, ensuring a clean piece for use. Inspect the Burn: Check the burn site and remove any jewelry to prevent constriction due to swelling. Application: Layer the film gently over the burn, avoiding wrapping it tightly to accommodate potential swelling. Secure the Film: To prevent it from slipping, use a bandage to lightly secure the film in place, allowing easy removal if necessary. Additional Tips Reducing Pain: The film helps expel air and oxygen, reducing pain in the affected area. Transport: If transporting the patient to the hospital, ensure the film is securely in place but not too tight to account for swelling. Caution: Be cautious when applying the film to larger areas of the body to avoid unnecessary constriction. Remember, burns requiring plastic film treatment should be assessed by a medical professional as soon as possible. https://d3imrogdy81qei.cloudfront.net/video_images/797/Treating_a_burn.jpg Yes 405 https://www.prosportsfirstaid.co.uk/training/pitchside/video/introduction-to-the-human-body-section https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2748.mp4 Introduction to the Human Body Understanding Body Systems Introduction Prior to discussing methods of assistance, let's briefly explore the body's systems. Acquiring knowledge of bodily functions enhances comprehension of procedural interventions. The human body operates through intricate systems, warranting further study for a comprehensive grasp. Additional Resources Extensive literature is available to delve deeper into physiological mechanisms. Access relevant materials through the provided download links in this course. Exploring Body Systems Various videos in this section elucidate distinct body systems. While not part of practical sessions or subject to testing, understanding these systems enriches your caregiving expertise. https://d3imrogdy81qei.cloudfront.net/video_images/4929/Introduction_to_the_Human_Body-01.jpg Yes 38 https://www.prosportsfirstaid.co.uk/training/pitchside/video/haemostatic-powders https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2393.mp4 Celox Granules Using Celox Granules for Hemostasis: Step-by-Step Instructions Overview Celox granules serve as a haemostatic agent in granular form, facilitating rapid wound treatment. Preparation Prior to application, always wear gloves for safety. Identifying the Bleeding Source Locate the wound by gently patting around the area with a standard dressing to reveal the bleeding point. Application Process Utilize Celox granules by pouring them directly onto the wound, initiating clot formation upon contact with blood. Direct Pressure Application Apply direct pressure over the wound for three minutes to facilitate effective clotting. Assessment and Reapplication After three minutes, assess if bleeding has ceased. If bleeding persists, continue direct pressure for an additional three minutes. Wound Dressing Once bleeding is controlled, apply a secondary dressing over the wound to secure the Celox granules in place. Documentation Tuck the Celox packet wrapper underneath the dressing for medical reference. Post-Application Care Leave the Celox granules in place; do not attempt to remove them. Celox does not generate heat, making it comfortable for the patient. Application Demonstration Watch the Celox granules in action and learn how to apply them effectively for rapid wound sealing. Procedure Open the Celox packet by tearing or cutting the top. Pour the granules onto the wound and mix gently to initiate clot formation. Cautionary Note Celox is safe to use but may cause dryness if contact occurs with eyes or mouth. Drink plenty of water to alleviate dryness. Example Scenario Imagine a severe chainsaw cut; Celox granules provide quick and efficient wound sealing, allowing for prompt evacuation to emergency services. https://d3imrogdy81qei.cloudfront.net/video_images/4331/Celox_Granules-01.jpg Yes 249 https://www.prosportsfirstaid.co.uk/training/pitchside/video/heart-attack-body-position https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/109.mp4 Heart Attack Position Recognizing and Responding to Heart Attacks 1. Identifying a Potential Heart Attack Know the signs and act promptly: If you suspect someone is experiencing a heart attack, call the emergency services immediately. In the UK, heart attacks are alarmingly common, with someone being admitted to the hospital approximately every five minutes, according to the British Heart Foundation. Never ignore chest pain; treat it seriously and take prompt action. 2. Recognizing Heart Attack Symptoms Familiarize yourself with common symptoms: Heart attack symptoms may include: Persistent chest pain lasting more than a few minutes Pain radiating to the arms, back, neck, and stomach Unexplained shortness of breath 3. Providing Initial Aid Take immediate action when someone shows signs of a heart attack: Seat them down and ensure their back is supported against a stable surface, such as a fence, wall, tree, or goalpost. Bring their knees up towards their chest and lean them forward slightly. This position, known as the heart attack position or 'W' position, helps reduce pressure on the heart by opening up the thoracic cavity. Do not lay the person down and raise their legs, as this can strain the heart further. If you have an aspirin in an Aspod, consider offering it, but do not insist if they decline. While in the 'W' position, maintain communication and urgently contact emergency services. https://d3imrogdy81qei.cloudfront.net/video_images/171/Heart_Attack_pOSITION-01.jpg Yes 84 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aspirin-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/334.mp4 Aspirin and the Aspod Aspirin Use for Heart Attacks: Important Guidelines 1. HSE Clarification Understand the HSE's stance on aspirin administration: The HSE acknowledges inconsistencies in aspirin administration training on FAW courses. Medication administration is typically not part of standard first aid courses (FAW or EFAW). An exception is made for first aid training specific to heart attacks, where students must learn to assist casualties in taking 300 mg of aspirin and advise them to chew it (not swallow). 2. The Role of Aspirin in Heart Attack Prevention Recognize the significance of aspirin in heart attack prevention: Aspirin is a highly cost-effective drug in the prevention of heart attacks. Low-dose aspirin is now a standard component in managing heart disease patients. When taken during a heart attack, aspirin can reduce clot size and disperse platelets, potentially reducing the death rate by 20-25%. Aspirin has beneficial effects beyond clotting, offering the potential to reduce heart damage if taken early during an attack. 3. Using Aspirin During a Heart Attack Learn how to administer aspirin effectively during a heart attack: Individuals at risk of a heart attack, especially those over 50, are advised to carry aspirin tablets. In case of severe chest pain, individuals should chew and swallow an aspirin tablet immediately while calling 999. Chewing aspirin allows for quicker absorption into the bloodstream, enhancing its effectiveness. Do not swallow soluble aspirin tablets whole. 4. Offering Aspirin to Patients Understand the approach to offering aspirin: Aspirin cannot be forced upon patients; it must be offered. The HSE accepts workplace settings as a valid context for offering medication to patients. 5. The Importance of Aspod Discover the convenience of Aspod for carrying aspirin: Carrying aspirin can be challenging, and tablets may become damaged or damp, rendering them ineffective. Aspods offer a practical solution, allowing easy and secure aspirin storage. Visit our shop to learn more about acquiring an Aspod. https://d3imrogdy81qei.cloudfront.net/video_images/615/Aspirin_and_the_Aspod-01.jpg Yes 142 https://www.prosportsfirstaid.co.uk/training/pitchside/video/pulse-oximetry https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2738.mp4 Pulse Oximetry Understanding Pulse Oximetry: Proper Usage and Considerations 1. Introduction to Pulse Oximetry An in-depth guide to the use of pulse oximetry and vital considerations. 1.1 Assessing the Patient Key Patient Assessment: Evaluate the patient's color, breathing effort, and overall condition for signs of oxygen or breathing problems. Check for muscle damage, fractures, or chest injuries, as they may impact oxygen delivery. 2. Proper Usage of Pulse Oximetry Exploring the correct application and use of pulse oximetry for accurate readings. 2.1 Placement and Precautions Crucial Placement and Precautions: Pulse oximeters are typically applied to the finger, earlobe, or nasal cavities. Nail cleanliness is essential, as nail varnish can affect accuracy. Ensure there are no restrictions on blood flow to the measurement site, including tourniquets or tight clothing. Environmental factors such as room oxygen levels and carbon monoxide should be considered for accurate readings. 2.2 Capillary Refill Quick Capillary Refill Test: Perform a capillary refill test by squeezing the finger; refill should occur in under two seconds. Delayed refill may indicate blood flow restriction, potentially affecting oximeter readings. 2.3 Assessing Finger Colour Evaluating Finger Colour: Check for cyanosis in the fingertips before attaching the pulse oximeter. Cyanosis suggests an oxygen problem and should be noted. 3. Types of Pulse Oximeters Understanding the different types of pulse oximeters and their usage. 3.1 Finger Probes and Ambulance Probes Varieties of Pulse Oximeters: There are two main types: small finger probes and more complex ambulance probes. 4. Interpreting Readings Deciphering pulse oximeter readings and their implications for patient care. 4.1 Oxygen Saturation Levels Understanding Oxygen Saturation: Ideal oxygen saturation range: 95-98%. Values within this range indicate sufficient oxygen supply and normal breathing. Values below 95% suggest hypoxia and the need for oxygen supplementation. 5. Making Informed Decisions Using accurate statistics and patient data to make informed decisions regarding oxygen therapy. 5.1 Data-Driven Decisions Guidance for Decision-Making: Consider patient condition, pulse oximeter readings, and clinical assessment when determining the need for oxygen therapy. Ensure decisions are based on factual information rather than assumptions. https://d3imrogdy81qei.cloudfront.net/video_images/4895/Pulse_Oximetry-01.jpg Yes 212 https://www.prosportsfirstaid.co.uk/training/pitchside/video/epilepsy-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/117.mp4 Epilepsy Epilepsy: Understanding Recurrent Seizures Defining Epilepsy Epilepsy is presently described as a propensity for recurrent seizures, which are triggered by sudden bursts of excessive electrical activity within the brain. This surge disrupts normal communication between brain cells, leading to interruptions or mix-ups in the brain's messaging. The Impact of Seizures The effects of a seizure are contingent on the origin and spread of epileptic activity in the brain. As the brain governs all bodily functions, the experience during a seizure varies depending on these factors, resulting in numerous seizure types. Seizures aren't exclusive to epilepsy; they can arise from diverse causes like head injuries, low blood glucose in diabetics, or alcohol poisoning. Key Facts About Epilepsy Epilepsy: A tendency for recurrent seizures. Seizure Types: Approximately 40 different types exist, and individuals may experience more than one. Wide Impact: Affects people of all ages and backgrounds. UK Prevalence: 1 in 131 people (456,000 individuals). Treatment Potential: 70 percent could achieve seizure freedom with suitable treatment. Single Seizures: 1 in 20 people may have a single seizure during their life. Outgrowing Epilepsy: Many who develop epilepsy as children may "grow out of it" in adulthood. Driving License: In the UK, those seizure-free for a year can reapply for a driving license. SUDEP: Sudden Unexpected Death in Epilepsy accounts for 500 UK deaths annually. Pregnancy: 2,500 women with epilepsy in the UK have a baby each year. Understanding Seizures Identifying a seizure involves observing key indicators: Sudden Loss of Responsiveness Rigid Body with Arched Back Noisy, Difficult Breathing Convulsions Possible Loss of Bladder Control Post-Seizure Deep Sleep A typical description of a tonic-clonic seizure, the most common generalised seizure type: Tonic Phase: Involves body rigidity, loss of consciousness, and chest muscle contractions. Clonic Phase: Characterized by repetitive muscle contractions and body shaking. Following a seizure, regaining consciousness may vary, accompanied by confusion and muscle soreness. Headaches and fatigue are common, prompting a desire to sleep. Some individuals experience warning symptoms called auras before seizures, manifesting as peculiar movements, sensations, or intense emotions. However, seizures often occur without warning. https://d3imrogdy81qei.cloudfront.net/video_images/187/Epilepsy-01.jpg Yes 193 https://www.prosportsfirstaid.co.uk/training/pitchside/video/epilepsy-treatment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2428.mp4 Epilepsy treatment Epilepsy and Seizure First Aid Understanding Epilepsy Epilepsy is a condition characterised by a propensity for recurrent, unprovoked convulsions, commonly referred to as seizures. Treatment approaches are generally consistent across most types of epilepsy. Dealing with Seizures Witnessing a seizure can be distressing, but as a first aider, your assistance is crucial. Follow these important steps: Protect: Safeguard the individual from harm by clearing the vicinity of dangerous objects. Cushion: Provide head support to prevent head injury. Time: Take note of the seizure's start and end times. Identification: Check for epilepsy identity cards or jewellery. Recovery Position: After the seizure, gently place them in the recovery position to aid breathing. Reassure: Offer calm reassurance throughout the process. Stay: Remain with the person until they fully recover. No Restraint: Avoid restraining or moving the person. Avoid Mouth Contact: Do not insert anything into the person's mouth. Minimize Movement: Only move them if there's imminent danger. No Food or Drink: Refrain from giving them food or drink until they are fully recovered. Avoid Waking: Do not attempt to rouse them. Monitoring and When to Call an Ambulance For all epilepsy types, continue monitoring the patient's breathing and pulse. Call for an ambulance under the following circumstances: First Seizure: It's their initial seizure. Long Duration: The seizure lasts longer than five minutes. Consecutive Seizures: Tonic-clonic seizures occur successively without consciousness recovery. Injury: The person sustains an injury during the seizure. Perceived Urgency: You believe immediate medical attention is necessary. In the rare event that the person stops breathing, activate Emergency Medical Services (EMS) and initiate CPR. https://d3imrogdy81qei.cloudfront.net/video_images/4625/Epilepsy_treatment-01.jpg Yes 158 https://www.prosportsfirstaid.co.uk/training/pitchside/video/shock-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/114.mp4 Shock Understanding Shock: Types, Causes, Symptoms, and Treatment Shock is defined as a lack of oxygen in the body's tissues. It is a life-threatening condition where the circulatory system fails to provide enough oxygenated blood to the body. Causes of Shock Shock can be triggered by various factors, including: Severe internal or external bleeding Loss of body fluids (e.g., dehydration, diarrhea, vomiting, or burns) Severe allergic reactions (anaphylaxis) Infections (e.g., septic shock) Spinal cord injury Types of Shock Hypovolemic Shock Hypovolemic shock occurs when there is a lack of fluid or blood volume in the circulatory system. This results in the heart working harder to pump blood around the body. A common cause of hypovolemic shock is significant blood loss, which can be due to internal or external bleeding. Neurogenic Shock Neurogenic shock is caused by a disruption in the autonomic nervous system (ANS) pathways, often following an injury to the central nervous system, such as a spinal cord injury or traumatic brain injury. Complications include sustained and severe hypotension (low blood pressure) and bradycardia (slow heart rate), which can persist for weeks after the injury. The Autonomic Nervous System (ANS) The ANS is a part of the peripheral nervous system responsible for involuntary bodily functions, such as: Heart rate regulation Blood pressure control Respiration Digestion The ANS has two main branches: Sympathetic nervous system: Prepares the body for "fight or flight" responses Parasympathetic nervous system: Promotes "rest and digest" activities Cardiogenic Shock Cardiogenic shock is a critical condition in which the heart is unable to pump enough blood to meet the body's needs. This leads to inadequate blood flow to vital organs, which can cause severe complications. It is most often caused by a major heart attack, though not everyone who has a heart attack will experience cardiogenic shock. Anaphylactic Shock Anaphylactic shock is a severe allergic reaction to substances like food, insect stings, or medications. It is a life-threatening condition and requires immediate treatment. Symptoms of Shock The symptoms of shock include: Rapid and shallow breathing Weak pulse Sweating Pale, clammy, cold skin Blue-grey areas around the lips and extremities Weakness and dizziness Nausea or vomiting Restlessness or aggressive behavior Thirst, yawning, and sighing Loss of consciousness in severe cases First Aid Treatment for Shock If someone is in shock, follow these emergency steps: Call emergency services (EMS) immediately. Check for any visible injuries and provide appropriate treatment. Lay the patient down and elevate their legs 15 to 30 cm to help blood flow to vital organs, unless it causes discomfort or worsens other injuries. Keep the patient warm by covering them with a blanket or coat. Reassure the patient to keep them calm. Do not give them anything to eat or drink, as this could divert blood from vital organs to the stomach. Monitor the patient carefully. If they stop breathing, begin CPR. Fainting: A Mild Form of Shock Fainting is often considered a mild form of shock. It can be treated by laying the person down and elevating their legs. In most cases, fainting does not require calling emergency services, as the person usually recovers quickly. https://d3imrogdy81qei.cloudfront.net/video_images/181/Shock_and_Fainting-01.jpg Yes 250 https://www.prosportsfirstaid.co.uk/training/pitchside/video/poisons-and-food-poisoning https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1359.mp4 Poisons and Food Poisoning Poisoning: Types, Symptoms, and Treatment Poisoning, also known as toxin exposure, can occur through various methods including ingestion, skin absorption, inhalation, or direct contact with eyes or injection into the body. This article explores the nature of poisons, their effects, and appropriate response measures. Understanding Poisons A poison or toxin is any substance that can cause harm if introduced into the body in significant amounts. Poisons aren't limited to ingestion but can also be absorbed, inhaled, or come into contact with the skin or eyes. Types of Poisons Common poisons include household chemicals (cleaning products, detergents, bleaches), medications (prescription, over-the-counter, illegal drugs), and contaminated food or drinks. Symptoms of Poisoning The symptoms vary based on the type of poison and can include vomiting (sometimes with blood), nausea, diarrhoea, impaired consciousness, and physical signs like burns or blistering. Treatment for Poisoning Key steps in treating poisoning include identifying the poison, reassuring the victim, calling emergency services, and providing necessary first aid like CPR. It's crucial not to induce vomiting as it can worsen the condition. Food Poisoning Caused by contaminated food or drink, food poisoning symptoms include nausea, vomiting, diarrhoea, abdominal pain, headache, fever, and sometimes shock. Treatment focuses on rest and rehydration. Preventing Dehydration Use rehydration powders mixed with water to help recover from fluid loss, especially important for vulnerable groups like the young, elderly, or in hot climates. When to Seek Medical Help Severe cases of food poisoning might require hospitalization. Always seek medical assistance if symptoms persist or worsen. Preventing Further Spread Ensure that others aren't affected by the same source of food poisoning. In some cases, it's necessary to report the incident to authorities or employers. Remember, quick and informed action can mitigate the risks associated with poisoning. Stay safe and educated! https://d3imrogdy81qei.cloudfront.net/video_images/2441/Poisons_and_Food_Poisoning-01.jpg Yes 239 https://www.prosportsfirstaid.co.uk/training/pitchside/video/meningitis-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/244.mp4 Meningitis Meningitis: Understanding the Causes and Symptoms Overview Meningitis is an infection characterized by inflammation of the meninges, the membranes covering the brain and spinal cord. It can be caused by viruses or bacteria and requires prompt medical attention due to its potentially life-threatening nature. Types of Meningitis Viral Meningitis: More common and less severe, transmitted through respiratory secretions. Symptoms include headache, fever, and drowsiness. Bacterial Meningitis: Caused by bacteria found in the nose and throat, can lead to blood poisoning (septicaemia) and requires immediate antibiotic treatment. Symptoms Symptoms vary by age group: Children and Adults: High fever, loss of appetite, stiff neck, joint pain, seizures, disorientation. Infants and Toddlers: High fever, neck retraction, arching back, lethargy, convulsions, difficulty waking up, tense fontanelle. Glass Test The rash associated with meningitis may not be the first sign and does not appear in all cases. To perform the glass test: Press a clear glass firmly against the skin. If spots do not fade when the glass is rolled over, it may indicate meningitis. Seek medical assistance immediately if in doubt, regardless of the presence of a rash. Emergency Response If meningitis is suspected: Ensure the child is comfortable and cool. Call emergency services, describing symptoms and suspicion of meningitis. Monitor and record vital signs. Conclusion Meningitis is a serious condition that requires prompt medical attention. Understanding its symptoms, including the potential presence of a rash, can help in timely diagnosis and treatment. For more information, visit the Meningitis Now website. https://d3imrogdy81qei.cloudfront.net/video_images/435/Meningitis-01.jpg Yes 310 https://www.prosportsfirstaid.co.uk/training/pitchside/video/blood-sugar-testing https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2735.mp4 Blood Sugar Testing Diabetic Blood Sugar Testing: Interview with Di Introduction In this interview, we discuss blood sugar testing with Di, who has diabetes, including her testing kit and procedure. Di's Testing Routine Di tests her blood sugar levels a couple of times a day, typically in the morning and sometimes in the evening after a meal. Testing Kit Components Di demonstrates her kit, which includes: Testing Strips: Used to measure blood sugar levels. Needle: Primed and used to obtain a blood sample. Blood Sugar Monitor: Displays blood sugar readings. Data Management The monitor stores test results, allowing Di to track her readings over time. Some monitors can be connected to a computer for further analysis. Disposal of Waste Di safely disposes of used needles and other hazardous waste in a designated hazardous waste box. When full, she takes it to the chemist for proper disposal. First Aid Considerations In emergency situations, responders may need independent lances to obtain blood samples for testing. Used items should be disposed of properly to ensure safety. Conclusion Understanding the procedure for blood sugar testing, including equipment usage and disposal, is essential for diabetic management and first aid preparedness. https://d3imrogdy81qei.cloudfront.net/video_images/4887/Blood_Sugar_Testing-01.jpg Yes 204 https://www.prosportsfirstaid.co.uk/training/pitchside/video/stable-angina https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2906.mp4 Stable angina Understanding Stable Angina: Causes, Symptoms, and Treatment Common Issue in the UK Stable Angina is a prevalent concern in the UK, primarily due to the high incidence of coronary heart disease and the lifestyle factors affecting the population's health. Arterial Buildup Resembling Limescale Stable Angina arises when the coronary arteries, responsible for supplying blood to the heart muscle, begin to accumulate deposits, akin to the buildup of limescale in plumbing pipes. This buildup consists of plaque and dietary fats that gradually accumulate on the inner walls of the coronary arteries, causing a narrowing of the artery's lumen. Increased Blood Pressure and Age-Related Progression The narrowing of the coronary arteries results in elevated blood pressure within these vessels. Physicians routinely measure blood pressure, especially in individuals over the age of 40, to monitor trends indicative of arterial inflammation and increased blood pressure. Unfortunately, once plaque buildup commences, it is irreversible and tends to worsen over time, particularly in individuals with unhealthy habits such as poor diet, smoking, and insufficient physical activity. Angina Triggers and Symptoms During physical exertion or situations that demand increased oxygen delivery, like climbing uphill, the heart beats faster to supply the required oxygen. However, the narrowed arteries hinder the adequate flow of blood, resulting in oxygen deprivation and subsequent muscle cramping, leading to angina pain. This pain typically manifests in the chest and is challenging to distinguish from a heart attack. It's essential to note that while angina, heart attacks, and cardiac arrest share some connections, they represent distinct medical conditions. In this context, we focus on stable angina, named so because its triggers and alleviating factors are well-understood. Treatment with GTN (Glycerol Trinitrate) A commonly prescribed medication for stable angina is GTN, glycerol trinitrate, usually available in a red bottle with a metered spray or as tablets for sublingual administration. GTN works by dilating blood vessels, enhancing blood flow to the heart muscles, and relieving pain. However, it may lead to side effects, such as intense headaches and blood pressure drops, which can cause fainting if overdosed. Consequently, GTN should be used cautiously under medical guidance to monitor and mitigate potential side effects. https://d3imrogdy81qei.cloudfront.net/video_images/5205/Stable_angina-01.jpg Yes 182 https://www.prosportsfirstaid.co.uk/training/pitchside/video/pulse-points-fpos https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2740.mp4 The Pulse Understanding Pulse Points: What They Tell Us Introduction to Pulse Points Pulse points are areas where arteries are close to the skin's surface, allowing us to feel the pulse wave generated by the heart's contractions. Definition of Pulse: A pulse is felt when gently pressing on the skin over an artery without cutting off blood supply. Measuring Pulse Pressure: Pulse pressure is the pressure change felt as the heart pumps blood through arteries; it's typically around 40 mmHg. Interpreting Pulse Readings The characteristics of a pulse can provide valuable insights into a person's cardiovascular health and overall well-being. Pulse Rate: A faster pulse rate indicates a quicker heartbeat, often associated with stress or physiological strain. Pulse Strength: The forcefulness of the pulse correlates with the heart's efficiency and the body's condition. Regularity: A steady, rhythmic pulse suggests normal cardiac function, while irregularities may signal underlying issues. Understanding White Coat Syndrome White Coat Syndrome refers to elevated blood pressure and pulse rate due to anxiety or fear experienced during medical appointments. Managing Anxiety: Healthcare providers allow patients time to relax before measuring vital signs to obtain accurate readings. Significance of Radial Pulse The radial pulse, located on the wrist, serves as an initial indicator of cardiovascular health and blood pressure status. Assessing Blood Pressure: A radial pulse confirms a blood pressure above 90 mmHg, vital for proper organ function. Role in Trauma: In emergency situations, the presence of a radial pulse ensures sufficient blood perfusion to vital organs. Importance of Carotid Pulse in Cardiac Assessment The carotid pulse, located in the neck, is crucial for evaluating cardiac function, especially during emergencies. Cardiac Arrest Assessment: The carotid pulse is prioritized in assessing unconscious patients for signs of life. Lesser-used Femoral Pulse in Medical Assessment While the femoral pulse, located in the groin, provides information on blood flow, it is less commonly utilized in pre-hospital settings. Role in Emergency Medicine: The femoral pulse is seldom employed outside hospital settings due to its limited diagnostic value compared to radial and carotid pulses. https://d3imrogdy81qei.cloudfront.net/video_images/4897/The_Pulse-01.jpg Yes 238 https://www.prosportsfirstaid.co.uk/training/pitchside/video/capilliary-refill https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2739.mp4 Capillary Refill Understanding Capillary Refill: Importance and Procedure What is Capillary Refill? Capillary refill is a quick and simple technique used to assess blood circulation and perfusion in the body. Definition: It involves squeezing blood from capillaries and observing how quickly they refill. Key Areas: Capillary refill is commonly checked at the fingertips, toes, forehead, and chest. Procedure and Interpretation The capillary refill test provides valuable information about blood pressure and perfusion status, aiding in the assessment of shock and circulation issues. Technique: Apply pressure over the nail bed, release, and observe the time it takes for the capillaries to refill. Normal Refill Time: Ideally, capillaries should refill within two seconds, indicating adequate blood flow. Considerations for Capillary Refill Several factors may affect the accuracy of capillary refill readings, requiring careful consideration during assessment. Temperature: Cold hands and feet may alter capillary refill times, necessitating interpretation with caution. Lighting: Adequate lighting is essential for accurate observation of capillary refill, particularly in dark conditions. Applications of Capillary Refill Capillary refill is not only indicative of blood pressure but also provides insights into circulation and potential obstructions. Assessing Limb Conditions: Capillary refill aids in evaluating blood flow past injuries, fractures, or bandages. Use in Paediatrics: While challenging in small digits, capillary refill on the forehead or chest is effective in assessing perfusion in children. Conclusion Capillary refill is a valuable clinical tool for assessing perfusion and circulation, offering insights into cardiovascular health and potential obstructions. https://d3imrogdy81qei.cloudfront.net/video_images/4893/Capillary_refill-01.jpg Yes 206 https://www.prosportsfirstaid.co.uk/training/pitchside/video/the-healing-process https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1925.mp4 The Healing Process Understanding the Body's Healing Process: A Comprehensive Guide The Body's Natural Healing Timeline When the body sustains an injury, it initiates the healing process within 24 hours. However, full repair can take between 48 and 72 hours and, in some cases, up to 21 days. Crucial Role of Blood Clotting The body's clotting mechanism plays a vital role in the healing process: Sealing Blood Vessels: Blood clotting seals torn blood vessels, preventing blood plasma from escaping into surrounding tissues. This plasma is essential for transporting nutrients and infection-fighting white blood cells to the injury site. Temporary Blood Clots: Blood clots form when the skin is breached, effectively stopping the bleeding. The Three Phases of Healing Healing unfolds through three distinct mechanisms: Vascular Spasm: Smooth muscle in blood vessel walls contracts immediately upon vessel damage, slowing bleeding while other mechanisms activate. Platelet Plug Formation: Blood platelets become adhesive, locating damaged vessels and forming a temporary plug to aid in sealing broken blood vessels. Coagulation: Blood thickens as it surfaces and leaves blood vessels, creating a gel-like texture through coagulation. The Process of Blood Clotting Blood clotting involves the transformation of liquid blood into a solid state: Clot Formation: The temporary plug interacts with clotting factors, forming a web of fibres that constitutes a clot. This process includes fibrin mesh, clotting factors, enzymes, calcium ions, and platelets. Clot Reinforcement: Other cells, such as white blood cells, contribute to fighting infection and strengthening the clot, ensuring complete cessation of bleeding. Early Healing Stages The initial healing stages bring relief and include: Reduction of Swelling: The healing process commences with the absorption of swelling. Debris and Clot Removal (Pacman Effect): Waste products, including blood clots and debris, are cleared. Growth of New Blood Capillaries: New capillaries form, establishing blood circulation in the injured area, a vital step for tissue repair. Development of Initial Scar Tissue: Fibrous scar tissue begins to envelop the injury. Active Cell Phase Between 12 hours and four days following the injury, cells become active: New Blood Circulation: Active cell phases lead to the growth of new capillary blood vessels that gradually restore blood circulation to the injured area. Removal of Dead Tissue and Clots: The renewed blood supply enables the removal of dead tissue cells and the initial blood clot. Formation of Scar Tissue: Scar tissue, in the form of fibrous tissue, plays a critical role in repairing damaged tissues. https://d3imrogdy81qei.cloudfront.net/video_images/3455/The_Healing_Process-01.jpg Yes 180 https://www.prosportsfirstaid.co.uk/training/pitchside/video/types-of-bleeding-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/112.mp4 Types of Bleed Managing Different Types of Bleeding 1. Capillary Bleeding Capillary bleeding occurs in superficial abrasion wounds and usually stops in a few minutes. If needed, bandage the wound, avoiding adhesive contact with the abrasion. 2. Venous Bleeding Venous bleeding, while not as severe as arterial bleeding, involves steady oozing of dark red blood. Follow these steps: Apply direct pressure with a bandage or gloved hand. Do not lift the bandage to check for clotting; lift your hand to inspect for blood seepage. If necessary, have the patient hold the dressing in place. Use roller gauze to secure the bandage, starting at the distal end (away from the heart). If bleeding persists, activate EMS. 3. Arterial Bleeding Arterial bleeding is characterized by bright red blood that may pulsate or spurt. Follow these steps: Apply direct pressure with a dressing. If blood seeps through, remove and dispose of the old dressing, and add a new dressing over the injury. If significant bleeding continues, consider removing all dressings and reapplying. Use your judgment to determine if additional pressure is needed. If there are no bone fractures or spinal cord injuries, elevate the wound above the heart. Secure the dressing with roller gauze, starting at the distal end and working towards the heart. You can twist the gauze for added pressure. Check for any blood seepage and ensure the bandage is not causing a tourniquet effect. Elevate the wound, and either call EMS or transport the patient to the nearest hospital. https://d3imrogdy81qei.cloudfront.net/video_images/177/Types_of_Bleed-01.jpg Yes 125 https://www.prosportsfirstaid.co.uk/training/pitchside/video/serious-bleeding https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2944.mp4 Serious Bleeding Managing Serious Bleeding: Complications and Treatment Understanding Different Types of Bleeding When dealing with serious bleeding, it's crucial to recognize the various types of bleeding and their implications. Capillary Bleeding: Occurs at the skin's surface, often resulting in minor but persistent bleeding. Venous Bleeding: Involves bleeding from veins, characterized by a steady flow and increased risk of infection. Arterial Bleeding: High-pressure bleeding from arteries, potentially leading to rapid blood loss and life-threatening situations. Factors Affecting Bleed Management Several factors influence how serious bleeding should be addressed, requiring careful consideration during treatment. Wound Characteristics: Assess the wound's size, depth, location, and type of bleeding (capillary, venous, or arterial). Presence of Foreign Objects: Check for embedded objects and determine if the wound is clean or contaminated. Immediate Treatment Protocol Swift and appropriate action is essential to control bleeding and prevent further complications. Elevation: Elevate the affected limb to reduce blood flow, as gravity assists in stemming bleeding. Compression: Apply direct pressure to the wound site to staunch bleeding and promote clotting. Assessment and Bandaging: Evaluate the wound size and select an appropriately sized compression bandage to cover the wound adequately. Managing Persistent Bleeding If initial measures fail to stop bleeding, reassess the wound and consider alternative strategies. Multiple Bandages: Apply additional bandages if the initial one fails to control bleeding, but reassess if multiple bandages are ineffective. Reevaluation: If bleeding persists despite multiple bandages, remove all bandages and reevaluate the wound for alternative interventions. Conclusion Effective management of serious bleeding involves prompt assessment, appropriate intervention, and vigilant monitoring to mitigate complications and ensure optimal patient outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/5245/Serious_Bleeding-01.jpg Yes 225 https://www.prosportsfirstaid.co.uk/training/pitchside/video/soft-t-tourniquet https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2386.mp4 SOFT-T tourniquet Guide to Using the Soft T Tourniquet Explore the Soft T tourniquet, a life-saving device designed for hemorrhage control, featuring unique design elements distinct from the CAT Tourniquet for effective emergency use. Understanding the Soft T Tourniquet The Soft T tourniquet offers a robust solution for controlling severe bleeding, with specific design features that differentiate it from other tourniquet models. Key Design Features Securing Mechanism: Utilizes a metal clip and peg system for locking, requiring careful manipulation for secure application. Self-Application: While more challenging than the CAT Tourniquet, self-application is possible with practice. Application Process Similar to other tourniquets, the Soft T is placed above an injury site, tightened, and secured using its winding mechanism. Proper placement and tension are crucial for effective bleeding control. Applying the Soft T Tourniquet Slide the tourniquet over the limb, position it above the joint, tighten, and then secure the toggle. Ensuring it is tight enough is critical for stopping the bleed. Time Marking and Removal Time Documentation: Note the application time on the tag provided with the tourniquet to inform medical professionals. Removal: Tourniquet removal is exclusively performed by medical personnel in a hospital setting. Post-Application Checks and Resetting After application, verify the cessation of bleeding and check for a pulse. If bleeding continues, consider additional interventions. Practice and reset the tourniquet properly for future readiness. Conclusion The Soft T tourniquet is an essential component of emergency medical kits, demanding familiarity and practice for effective use. Its distinctive design supports reliable bleeding control in critical situations. https://d3imrogdy81qei.cloudfront.net/video_images/4289/SOFT-T_tourniquet-01.jpg Yes 162 https://www.prosportsfirstaid.co.uk/training/pitchside/video/cat-tourniquets https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2385.mp4 CAT Tourniquets Comprehensive Guide to Using the C-A-T Tourniquet Explore the effective application of the C-A-T (Combat Application Tourniquet), a vital tool in emergency bleeding control available in high-visibility orange and tactical black. Key Features of the C-A-T Tourniquet The C-A-T tourniquet, distinguished by its ratchet system, facilitates rapid, secure application for hemorrhage control in limbs, suitable for both self-application and responder use. Design and Variants Visibility: Orange for high visibility, black for tactical discretion. Application Mechanism: Velcro and ratchet system for secure and adjustable fitting. Application Instructions Wrap around the limb, tighten using the Velcro strap, then secure further with the ratchet. Mark the time of application on the white tab for hospital staff reference. Proper Application Techniques Ensure the tourniquet is tightened to full occlusion. If bleeding persists, reassess tightness, and consider additional measures like a second tourniquet or a hemostatic dressing. Self-Application Tips The C-A-T's design supports efficient self-application. Practice on non-human models to hone your technique without causing harm. Important Considerations Do Not Remove: Once applied, the tourniquet should only be removed by medical professionals. Practice Safely: Use non-living models for practice to avoid injury. Maintenance and Resetting After practice, ensure the tourniquet is properly reset and ready for real-life use. Stretch out the material to lay flat and secure neatly for immediate accessibility. Understanding and correctly applying the C-A-T tourniquet can significantly enhance survival in emergencies involving severe bleeding. https://d3imrogdy81qei.cloudfront.net/video_images/4287/CAT_Tourniquets-01.jpg Yes 297 https://www.prosportsfirstaid.co.uk/training/pitchside/video/rapidstop-tourniquet https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4798.mp4 RapidStop Tourniquet Discover the RapidStop® Tourniquet: Innovation in Emergency Care Explore the features of the RapidStop® Tourniquet, a groundbreaking tool designed for swift, efficient, and user-friendly application in emergency situations. Key Features of the RapidStop® Tourniquet The RapidStop® Tourniquet stands out with its innovative design, facilitating rapid and intuitive one-handed application, making it a vital asset for both self-application and responder use. Fast and Reliable Occlusion Efficient Application: Designed for quick application with one or both hands to control haemorrhage effectively. Versatile Use: Suitable for injuries to arms and legs, serving a wide range of sectors including military and civilian first aid. Unique Ratchet System Unlike traditional tourniquets that use a rotary windlass, the RapidStop® Tourniquet features a ratchet system for easier and more precise pressure application. Variety of Options Available in three distinct colours: orange and black for operational use, and blue for training purposes, ensuring preparedness across various scenarios. Using the RapidStop® Tourniquet Application is straightforward: wrap it around the limb, tighten, and then employ the ratchet to secure the necessary pressure to stop the bleeding. Learn More and Purchase For additional information or to order your RapidStop® Tourniquet, visit www.first-aid-online.co.uk or contact us at 01206 809538. https://d3imrogdy81qei.cloudfront.net/video_images/8543/RapidStop_Tourniquet-01.jpg Yes 161 https://www.prosportsfirstaid.co.uk/training/pitchside/video/what-damage-can-be-done-with-tourniquets https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2397.mp4 Damage caused by tourniquets Optimising Tourniquet Use for Catastrophic Bleeding Understanding the critical aspects of tourniquet application can save lives in emergencies involving catastrophic bleeding. This guide addresses common concerns and clarifies the proper use of tourniquets. The Importance of Timely Application Delaying or incorrectly applying a tourniquet can result in significant blood loss, exacerbating the patient's condition. Immediate and correct application is essential to control bleeding effectively. Correct Tightness is Crucial A tourniquet must be applied tightly enough to stop arterial blood flow, not just venous return, to prevent further blood loss and potential harm to the patient. Myths About Tourniquet Use Limb Loss: Contrary to popular belief, limb loss is rare and often results from the injury itself rather than tourniquet use. Tourniquets are life-saving in severe bleeding scenarios. Reperfusion Injury: While reperfusion injury is a concern, it's a risk mainly after extended tourniquet application (over 60 minutes) and is managed by medical professionals upon hospital arrival. Risk Assessment The potential for limb damage or reperfusion injury should be balanced against the imminent risk of death from uncontrolled bleeding. The benefits of tourniquet use generally outweigh the risks. Guidelines for Safe Tourniquet Use Tourniquets can be safely left in place for up to two hours, providing sufficient time for emergency evacuation and hospital treatment. The application site and duration should be monitored, but immediate action to stop bleeding takes precedence. Conclusion Correctly applying a tourniquet during catastrophic bleeding emergencies significantly increases a patient's survival chances. With proper training and adherence to guidelines, the risks associated with tourniquet use are minimal compared to the potential for saving lives. https://d3imrogdy81qei.cloudfront.net/video_images/4283/What_Damage_can_be_Done_with_Tourniquets-01.jpg Yes 206 https://www.prosportsfirstaid.co.uk/training/pitchside/video/tourniquets-and-where-to-use-them https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2396.mp4 Tourniquets and Where to Use Them Effective Use of Tourniquets in Emergency Situations Learn how and when to use tourniquets to control catastrophic bleeding in limbs, an essential skill for immediate response in life-threatening situations. Understanding Tourniquets Tourniquets are critical tools for stopping severe bleeding in arms and legs, where direct pressure and hemostatic dressings are insufficient. Their correct application is vital in cases of catastrophic bleeds, such as amputations and gunshot wounds. The Critical Nature of Catastrophic Bleeding A loss of 40% of blood volume can be fatal, with rapid action required to prevent death from severe bleeds, especially in high-risk areas like the femoral artery. Integrating "C" for Catastrophic Bleeding into Emergency Response Incorporate catastrophic bleeding control into the initial steps of emergency care, prioritizing it before CPR to ensure effective treatment of life-threatening conditions. Application Principles Location: Apply on limbs only, avoiding joints, with the tourniquet placed directly on the skin or over clothing if necessary. Technique: Ensure the tourniquet is tightened enough to occlude arterial blood flow, not just venous. Self-Application: Tourniquets can be applied one-handed, a technique often used in military contexts. Do's and Don'ts of Tourniquet Use Do: Apply the tourniquet at least 5cm (2 inches) above the knee or elbow joint to avoid joint damage. Don't: Remove a tourniquet once applied. Only medical professionals in a hospital setting should do this. Conclusion Proper use of tourniquets can save lives by controlling severe bleeding. Training and preparedness are key to ensuring you can effectively respond when every second counts. https://d3imrogdy81qei.cloudfront.net/video_images/4281/Tourniquets_and_Where_to_Use_Them-01.jpg Yes 278 https://www.prosportsfirstaid.co.uk/training/pitchside/video/improvised-tourniquets https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2388.mp4 Improvised Tourniquets Creating an Improvised Tourniquet with a Triangular Bandage Introduction In situations where a commercial tourniquet is unavailable, improvising with a triangular bandage can be effective. Considerations Before resorting to improvisation, exhaust all options for direct pressure application. Materials and Construction Construct the improvised tourniquet using a sturdy, pliable material such as gauze, fabric, or a triangular bandage. Thickness To prevent skin damage, ensure the tourniquet is at least 5cm thick when applied. Avoidance of Harmful Materials Avoid using wire, string, rope, or shoelaces, as these can cause tissue damage. Placement Guidelines Do not position the tourniquet over the wound, fracture, or joint. It can be applied over clothing or directly onto the skin. Visibility and Monitoring Keep the tourniquet visible and mark the casualty's forehead with a "T." Note the time of application and inform Emergency Medical Services (EMS) of the intervention. Important Reminders Once applied, do not loosen or remove the tourniquet until professional medical assistance arrives. https://d3imrogdy81qei.cloudfront.net/video_images/5447/Improvised_Tourniquets-01.jpg Yes 234 https://www.prosportsfirstaid.co.uk/training/pitchside/video/celox-a https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2391.mp4 Celox A Utilizing Celox A Applicator: Effective Wound Treatment Overview Celox A, where 'A' signifies an applicator, functions as a syringe-like device for precise Celox granule application directly into wounds. Applicator Features The Celox A unit contains detailed instructions and expiry date information. It's equipped with a plunger mechanism to administer Celox granules efficiently. Preparation To access the applicator, tear or cut along the top of the packet, ensuring gloves are worn for safety. Application Process Utilizing the Celox A applicator involves careful steps to ensure effective wound treatment. Component Assembly Remove the cap from the top and the blue cap from the bottom to prepare the applicator for use. Plunger Installation Insert the plunger into the applicator, ensuring a secure fit for proper functionality. Wound Treatment Locate the wound site, and with gloved hands, insert the applicator deep into the wound to apply Celox granules directly at the base. Granule Application Apply pressure on the plunger while slowly withdrawing the applicator to distribute the granules evenly within the wound. Caution Apply steady pressure to prevent granule spillage and ensure thorough wound coverage. Pressure Application After granule application, apply direct pressure to the wound for three minutes to control bleeding. Assessment and Further Treatment Check for bleeding cessation. If bleeding persists, continue applying pressure for an additional three minutes. Post-Treatment Care Once bleeding is controlled, apply a standard pressure dressing. Ensure the Celox A packet wrapper is included within the bandage for hospital reference. https://d3imrogdy81qei.cloudfront.net/video_images/4329/Celox_A-01.jpg Yes 129 https://www.prosportsfirstaid.co.uk/training/pitchside/video/haemostatic-dressing-demonstration https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2390.mp4 Packing a Wound with Celox Z Fold Hemostatic Dressing Using Celox Z-Fold Gauze for Wound Packing: Comprehensive Guide Product Overview The Celox Z-fold gauze packaging contains essential information on the front and detailed instructions on the back, including the expiration date. Handling and Preparation To access the gauze, tear or cut along the top of the packaging, ensuring gloves are worn during handling. Advantages of Z-Fold Format The Z-fold format facilitates ease of use, particularly in emergency situations. Application Process Celox Z-fold gauze is designed for packing wounds, a procedure that involves direct contact with blood. Material Composition The gauze is impregnated with Celox, a hemostatic agent that promotes clotting upon contact with blood. Cautionary Note Handle with care, wearing gloves to prevent accidental contact with eyes or skin. Locating the Bleeding Source Begin by identifying the source of bleeding using a standard dressing to mop inside the wound. Direct Pressure Application Once the bleeding source is identified, apply direct pressure with a gloved hand to control bleeding. Wound Packing Take the Celox gauze and pack it directly into the wound, ensuring a snug fit. Pressure and Duration Apply direct pressure for three minutes, checking for bleeding cessation. Repeat for an additional three minutes if necessary. Using Celox Rapid If using Celox Rapid, apply pressure for only 60 seconds. Bandaging and Documentation Once bleeding is controlled, bandage the wound with a standard pressure dressing, ensuring the Celox wrapper is tucked underneath for hospital reference. https://d3imrogdy81qei.cloudfront.net/video_images/4333/Packing_a_Wound_with_Celox_Z_Fold_Haemostatic_Dressing-01.jpg Yes 176 https://www.prosportsfirstaid.co.uk/training/pitchside/video/haemostatic-dressings https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2389.mp4 Hemostatic Dressings Understanding Hemostatic Dressings: Critical Bleed Management Introduction Hemostatic dressings are vital for managing life-threatening bleeds, including stab wounds, gunshot wounds, explosions, amputations, and penetrating trauma. Applicability They are specifically designed for catastrophic bleeding situations and are not recommended for minor bleeds, where direct pressure and pressure dressings suffice. Types and Brands Hemostatic dressings are available in various brands, with two main types being Celox and Quick Clot. Composition They function as hemostatic agents, promoting clot formation by reacting with blood components. Safe Usage Hemostatic dressings can be applied to most parts of the body except open head and chest wounds. They are safe and easy to use, with no heat production and natural breakdown in the body. Application Formats Hemostatic dressings come in different formats to address various injuries, including pads, gauze, and applicators. Working Mechanism: Celox Celox operates by absorbing fluid, concentrating blood, and forming a gel that plugs the wound by attracting red blood cells and platelets. It effectively stops bleeding within minutes. Effectiveness Research indicates Celox's superior performance in military injuries, achieving high survival rates and minimal blood loss compared to other treatments. Application Procedure Apply the hemostatic dressing directly to the wound and maintain direct pressure. Standard dressings control bleeding within 3 minutes, while Celox achieves rapid bleeding control within 60 seconds. Monitoring and Reapplication Check the wound after the designated time. If bleeding persists, apply pressure for an additional period. Once bleeding stops, bandage the wound securely, ensuring the hemostatic dressing wrapper is visible for medical professionals. Post-Application Hemostatic agents are removed in the hospital setting by a doctor, not by first aiders. https://d3imrogdy81qei.cloudfront.net/video_images/4293/Haemostatic_Dressings-01.jpg Yes 226 https://www.prosportsfirstaid.co.uk/training/pitchside/video/spinal-injuries2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2578.mp4 Spinal Injuries Spinal Injury in Road Traffic Collisions Understanding the Mechanism Examining the mechanism of spinal injury in road traffic collisions (RTCs) is crucial for effective assessment and treatment. Impact of Seatbelt Usage Seatbelts play a critical role in preventing severe injuries during RTCs. However, they may not fully protect the neck and upper spine. Impact Without Seatbelt Patients not wearing seatbelts are at risk of severe neck and head injuries due to the unrestrained movement caused by collision impact. Signs and Symptoms Recognizing signs of spinal injury involves assessing sensory and motor functions: Pins and Needles: Sensations of tingling or numbness in the hands or feet. Movement: Testing the ability to move fingers and toes. Sensory Perception: Assessing response to touch and painful stimuli. Management and Precautions Proper management of suspected spinal injuries includes: Stabilization: Immobilizing the patient to prevent further damage. Extrication: Handling with caution to avoid exacerbating injuries. Monitoring: Regular assessment of sensory and motor functions during extrication. Consideration of Airbag Deployment Modern car safety features such as airbags can impact injury severity: Airbag Deployment: Indicates the intensity of the collision. Injuries from Airbags: Bruising or facial trauma from airbag deployment. Safety Precautions: Utilizing protective covers for steering wheels to prevent accidental airbag deployment. Conclusion Understanding the mechanisms and potential consequences of spinal injuries in RTCs is essential for providing timely and appropriate medical care, ensuring better outcomes for patients. https://d3imrogdy81qei.cloudfront.net/video_images/4525/Spinal_Injuries-01.jpg Yes 336 https://www.prosportsfirstaid.co.uk/training/pitchside/video/pelvic-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2577.mp4 Pelvic Injuries Pelvic Injuries: Understanding the Causes and Treatment Introduction Pelvic injuries can result from various incidents, and it's essential to understand how they occur and how to provide appropriate treatment. Causes of Pelvic Injuries During a crash, the force of impact often directs towards the pelvis, causing fractures. This force, typically transmitted from the legs through the hip joints, can lead to severe pelvic damage. Pelvic Fracture Points The pelvis tends to break at two main points: Over the Pubis: The weakest point, often resulting in bladder injuries. Through the Joint: Fractures may occur to the right or left of the pubic bone. Symptoms of Pelvic Fractures Signs of a pelvic fracture include: Intense Pain: Patients often describe severe agony in the pelvic region. Incontinence: Loss of bladder control due to bladder damage. Leg Presentation: Feet may appear floppy and flat, with no movement. Sensation of Pelvic Opening: Patients may feel as if their pelvis has "fallen open." Treatment and Management Pelvic injuries require immediate and careful attention to prevent further complications. Treatment measures include: Stabilization: Support and splint the pelvis to minimize movement and prevent additional damage. Extrication: Handle with caution during rescue operations to avoid exacerbating the injury. Medical Attention: Seek professional medical assistance promptly for proper diagnosis and treatment. Conclusion Understanding the causes and symptoms of pelvic injuries is crucial for effective first aid and medical intervention. Prompt and appropriate action can help prevent severe complications and ensure better outcomes for patients. https://d3imrogdy81qei.cloudfront.net/video_images/4523/Pelvic_Injuries-01.jpg Yes 357 https://www.prosportsfirstaid.co.uk/training/pitchside/video/joint-examination https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2666.mp4 Joint examination Basic Examination of Joints: Understanding the Process Introduction Whether assessing a knee, ankle, or wrist, the basic examination of any joint follows a similar process. In this overview, we'll delve into the key steps involved in examining a wrist joint for potential injuries. Observation and Initial Assessment Before examining the joint's movement, it's essential to observe how the patient holds themselves and assess any visible signs of injury or discomfort. Posture Check: Observe the patient's posture and how they hold the affected area. Visible Signs: Look for deviations, swelling, bruising, or unusual positions. Sensory Examination: Assess for warmth, tenderness, and abnormal sensations around the joint. Movement Assessment Once the initial observation is complete, proceed with a gentle movement assessment to determine the extent of joint mobility and any pain points. Finger Movement: Begin with finger movement to assess overall hand functionality. Thumb and Wrist Examination: Gradually move to the thumb and wrist, observing for pain or discomfort. Identifying Pain Points: Gentle manipulation helps pinpoint areas of discomfort and potential injury. Additional Assessments In addition to movement evaluation, several other assessments aid in diagnosing joint injuries: Cap Refill Test: Check blood circulation by squeezing and releasing the fingertip to observe capillary refill time. Observation for Crepitus: Detect bone-on-bone movement or clicking sounds, indicating potential fractures or joint issues. Swelling Considerations: Assess for swelling and provide early intervention to prevent complications such as circulation issues or difficulty removing accessories like rings. Treatment Considerations Prioritize pain management and immobilization to ensure patient comfort and prevent further injury: Pain Relief: Administer pain relief as needed to alleviate discomfort before proceeding with examinations. Immobilization: Stabilize the joint appropriately before transferring the patient to a medical facility for further evaluation and treatment. Ring Removal Tip For tight-fitting rings, utilize a simple technique using oxygen mask elastic to aid in removal: Oxygen Mask Method: Gently feed oxygen mask elastic underneath the ring and twist to facilitate safe and easy removal without causing further discomfort. https://d3imrogdy81qei.cloudfront.net/video_images/4763/Joint_examination-01.jpg Yes 346 https://www.prosportsfirstaid.co.uk/training/pitchside/video/adult-fractures-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/183.mp4 Adult fractures Understanding Fractures and Dislocations: First Aid and Treatment Types of Bone Injuries Fractures: These are cracks or breaks in bones. Closed Fractures: Bones are completely broken but do not puncture the skin. Compound Fractures: Bones puncture through the skin's surface. Complicated Fractures: Nerve damage may also occur. Dislocations: Occur when a joint is forcibly separated. Causes of Bone Injuries Bone fractures can result from various causes, such as falls, impacts, joint injuries, or crushing forces. The severity of a fracture may vary, and hospital assessment is often necessary for confirmation. Recognizing Bone Fractures Common Signs and Symptoms: Pain: Severe discomfort typically accompanies fractures. Deformity: Visible misalignment or abnormal shape of the affected area. Bruising and Swelling: Surrounding tissues may show signs of injury. Mobility Issues: Difficulty moving the injured limb or joint. The specific indicators depend on the location and type of fracture. Types of Fractures Categorizing Bone Fractures: Closed Fractures: Bones may have small cracks or be entirely broken without skin penetration. Stable Fractures: Bone ends remain in place and do not shift; common in areas like the shoulder, wrist, ankle, or hip. Unstable Fractures: Bone ends may shift, requiring careful immobilization to prevent further damage. Open Fractures: Bones protrude through the skin, often causing additional complications like severe bleeding. Treatment and First Aid Immediate Response: Immobilisation: Keep the limb or joint in its found position to minimize pain and damage. Seek Professional Help: Contact medical professionals promptly for appropriate diagnosis and treatment. Note: Open fractures may lead to excessive bleeding and emotional distress, requiring specialized care. https://d3imrogdy81qei.cloudfront.net/video_images/317/Adult_fractures-01.jpg Yes 188 https://www.prosportsfirstaid.co.uk/training/pitchside/video/horizontal-sling2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2747.mp4 Horizontal Slings Applying a Horizontal Sling for Arm Injuries Understanding how to apply a horizontal sling is essential in first aid, particularly for injuries requiring immobilisation of the arm in a horizontal position. This guide provides step-by-step instructions for applying a horizontal sling using a triangular bandage. When to Use a Horizontal Sling A horizontal sling is used to immobilise an arm with injuries such as a damaged limb or when a splint is applied. It ensures the arm remains in a steady, horizontal position. Preparing the Triangular Bandage Choose a suitable triangular bandage, either calico (fabric) or paper, commonly found in first aid kits. Unlike an elevated sling, no knot is needed in the bandage for a horizontal sling. Applying the Sling Place the bandage under the injured arm, positioning the 90-degree corner accordingly, and bring the ends over the arm. Securing the Sling Adjust the bandage for comfort before tying a knot at the top. Ensure the sling is snug but does not restrict circulation. Consider leaving the hand exposed for monitoring purposes. Final Adjustments and Comfort Check for a proper fit and comfort. The sling should support the arm securely without being overly tight. Use pins or tape for additional security if needed. Ensuring Stability and Monitoring Ensure the sling provides adequate support for the arm. Perform a capillary refill check to confirm good blood flow to the hand. Applying a horizontal sling correctly is crucial in first aid for providing support and immobilisation to arm injuries. https://d3imrogdy81qei.cloudfront.net/video_images/4909/Horizontal_Slings-01.jpg Yes 104 https://www.prosportsfirstaid.co.uk/training/pitchside/video/types-of-fracture https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5423.mp4 Types of fracture Understanding Bone Fractures: Types and Characteristics Introduction Bones, though sturdy, are susceptible to fractures under certain conditions. The severity and nature of a fracture depend on various factors such as the force of impact and the individual's bone strength. Types of Fractures 1. Open or Compound Fracture Description: Bone breaks through the skin, posing a risk of excessive bleeding and infection. 2. Transverse Fracture Description: Bone breaks in a straight line across its width. 3. Stable Fracture Description: Broken bone ends align properly with minimal displacement. 4. Complicated Fracture Description: Injury extends beyond the bone, affecting surrounding tissues such as blood vessels and nerves. 5. Fracture-Dislocation Description: Joint dislocation accompanied by a fracture in one of the joint's bones. 6. Greenstick Fracture Description: Bone bends and breaks but remains partially connected. 7. Spiral Fracture Description: Break spirals around the bone, commonly observed in long bones. 8. Compression Fracture Description: Bone is crushed, resulting in a wider and flatter shape, often seen in the spine. 9. Stress Fracture (Hairline Fracture) Description: Tiny cracks in the bone surface, challenging to detect via standard X-rays. 10. Impact Fracture Description: Bone ends are driven together by force during impact. 11. Oblique Fracture Description: Diagonal fracture across the bone, common in long bones. 12. Comminuted Fracture Description: Bone shatters into three or more pieces with fragments at the break. 13. Avulsion Fracture Description: Tendon or ligament pulls a fragment of bone away. 14. Segmental Fracture Description: Bone fractures in two places, leaving a floating segment between the breaks, often observed in long bones. Treatment Considerations While understanding fracture types is beneficial, initial treatment typically follows similar protocols regardless of the specific fracture name. https://d3imrogdy81qei.cloudfront.net/video_images/9651/Types_of_fractures_of_the_body.jpg Yes 140 https://www.prosportsfirstaid.co.uk/training/pitchside/video/spinal-injury-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/115.mp4 Spinal Injury Managing Suspected Spinal Injuries: A First-Aider's Guide The Critical Importance of Spinal Injury Care The spine houses the irreplaceable spinal cord responsible for transmitting messages from the brain to the body. Any damage to the spinal cord is irreversible and can lead to varying degrees of paralysis, depending on the injury's location: Lower Lumbar Damage: Can result in loss of leg function. Higher Damage: Can affect control of vital organs, like respiration. Golden Rule for Spinal Injury Management When dealing with a person potentially having a spinal injury, remember: DO NOT MOVE THEM. First-Aider Responsibilities When faced with a patient suspected of a spinal injury, as a first-aider, follow these crucial steps: Support and Stabilize: Ensure the patient's head and neck are supported, instruct them not to move, and keep looking straight ahead. Maintain Position: Keep the patient's body in the same position as found, treating every case as a potential spinal injury. Exceptions to the Rule There are a few scenarios where you might need to move the patient: Immediate Danger: If the patient is in an immediate life-threatening situation, such as a burning car, their safety takes precedence. Not Breathing (CPR Required): In cases requiring CPR, carefully move the patient onto their back while stabilizing the head. Risk of Choking (Vomiting): If the patient is vomiting and at risk of choking, use the log roll technique to move them onto their side for safe vomit drainage. Remember the "SPINAL" Mnemonic Recall these steps using the "SPINAL" mnemonic: Safety (S): Ensure safety for both you and the patient. Patient (P): Advise the patient not to move. Immobilise (I): Protect the patient's airway and maintain head stability. Neutral (N): Keep the head in a neutral position. Assess (A): Evaluate for other injuries, but only if it's safe to do so. Leave Alone (L): Avoid moving the patient unless absolutely necessary. Final Thoughts Always remember, as a first-aider, refrain from moving someone suspected of a spinal injury unless it's an absolute necessity. Maintain their position, provide head and neck support, ensure emergency services are on the way, offer reassurance, and keep the patient calm. https://d3imrogdy81qei.cloudfront.net/video_images/183/Spinal_Injury-01.jpg Yes 177 https://www.prosportsfirstaid.co.uk/training/pitchside/video/ambulance-dressings https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2939.mp4 Ambulance Dressings Dressings for Bleeding Control: Overview and Usage Introduction Here, we'll explore various types of dressings used for bleeding control, ranging from standard first aid kit dressings to more advanced trauma dressings. Important Considerations Before using any dressing, it's crucial to pay attention to several key factors: Date Stamp: Ensure the dressing is within its expiration date to guarantee effectiveness. Packaging Integrity: Verify that the packaging is intact to prevent contamination. Opening and Usage Proper technique is essential when opening and applying dressings to maintain sterility and effectiveness: Aseptic Technique: Use gloves and handle the dressing carefully to minimize contamination. Rolling the Dressing: Slowly roll the bandage out of the packaging, avoiding contact with the sterile face side. Application: Place the sterile side of the dressing over the wound and secure it with the provided bandage to absorb blood and promote clotting. Types of Dressings There are various types of dressings available, each designed for specific needs: Standard First Aid Dressings: Typically used for minor to moderate bleeding, these dressings are non-stick and sterile. Trauma Dressings: Designed for severe bleeding, these dressings often come vacuum-packed to maintain sterility and include elasticated bandages for increased pressure. Conclusion Choosing the appropriate dressing and using it correctly is vital for effective bleeding control, ensuring optimal patient outcomes in emergency situations. https://d3imrogdy81qei.cloudfront.net/video_images/5249/Ambulance_dressings-01.jpg Yes 238 https://www.prosportsfirstaid.co.uk/training/pitchside/video/what-is-an-auto-injector https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/495.mp4 What is an Auto-Injector? Anaphylaxis Treatment: The Importance of Auto-Injectors High Allergy Rates in the UK Understanding Allergy Prevalence: The UK has one of the highest global allergy percentages, increasing the likelihood of encountering individuals at risk of severe allergic reactions, including anaphylaxis. The Vital Role of Adrenaline Natural "Fight or Flight" Chemical: Adrenaline, also known as the "fight or flight" hormone, plays a critical role in our bodies. It is produced in small amounts continuously, especially in response to nervousness or fear. Auto-Injectors and Adrenaline: Auto-injectors deliver a pre-measured adrenaline dose, significantly higher than the body's normal production. This rapid injection into the bloodstream helps reopen the patient's airway, facilitating breathing. Carrying Auto-Injectors: Individuals with severe allergies should always carry auto-injectors for immediate access in case of an anaphylactic reaction. Advantages of Auto-Injectors Speed and Precision: Auto-injectors save crucial time during an emergency, ensuring swift administration. Drawing medication from a vial with a conventional syringe is impractical during anaphylaxis. Pre-Measured Safety: Auto-injectors contain precisely measured adrenaline doses, eliminating the risk of underdosing or overdosing, which can occur with manual injections. Types of Auto-Injectors Universal Administration Site: All auto-injectors should be administered into the top quarter of the thigh, regardless of the specific brand or type. The EpiPen® Common and Easy to Use: The EpiPen® is a widely used auto-injector known for its simplicity and effectiveness in delivering adrenaline. The Jext® Another Reliable Option: The Jext® auto-injector is another popular choice, offering ease of use and reliability in treating anaphylaxis. The Emerade® A Notable Auto-Injector: The Emerade® is a prominent auto-injector in the market, known for its effectiveness in managing anaphylactic reactions. https://d3imrogdy81qei.cloudfront.net/video_images/991/What_is_an_Auto-Injector-01.jpg Yes 124 https://www.prosportsfirstaid.co.uk/training/pitchside/video/what-is-anaphyixis https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/493.mp4 What is Anaphylaxis Anaphylaxis Demystified Defining Anaphylaxis The NHS Perspective: The NHS National Institute for Health and Clinical Excellence defines anaphylaxis as a "severe, life-threatening, generalised or systemic hypersensitivity reaction." Varying Susceptibility Not Allergic, Not Always Anaphylactic: Not everyone possesses allergies, and having allergies doesn't guarantee susceptibility to anaphylactic shock. Unpredictable Onset: Anaphylaxis can initiate suddenly within seconds, over minutes, or even hours after allergen exposure. Common Allergenic Culprits Food Triggers: Common food allergens encompass peanuts, tree nuts, fish, shellfish, citrus fruit, eggs, and dairy products like milk and cheese. Other Allergens: Additional allergenic sources include venom from insect stings or bites, medications (commonly antibiotics, aspirin, or ibuprofen), and substances like latex. Anaphylaxis Unveiled Distinctive Indications: Anaphylaxis manifests in specific ways, with breathing difficulties being a predominant symptom due to airway constriction. Breathing Distress: The condition leads to the narrowing of air passages in the lungs, impeding oxygen intake, resulting in rapid, shallow breathing. Cardiovascular Impact: Anaphylaxis can induce a drop in blood pressure, potentially causing fainting or unconsciousness as the body attempts to restore oxygen supply to the brain. Secondary Symptoms: Additional signs encompass an accelerated heartbeat, cold, clammy skin, confusion, or nausea. The severity of these symptoms correlates with the intensity of the reaction. Understanding the gravity of anaphylaxis and its triggers is essential for timely intervention. https://d3imrogdy81qei.cloudfront.net/video_images/1001/What_is_Anaphylaxis-01.jpg Yes 124 https://www.prosportsfirstaid.co.uk/training/pitchside/video/prevention https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/491.mp4 Living with Anaphylaxis Living with Anaphylaxis Understanding Allergies Identifying Triggers: Patients facing the risk of anaphylactic shock must first identify their allergy triggers. Risk Minimization: To reduce the risk of reactions, they should strive to avoid these triggers diligently. Lifestyle Adjustments: Patients may need to make lifestyle changes, which could impact their activities and dietary choices. Recognizing Anaphylaxis Signs and Symptoms Awareness: Patients should educate themselves on anaphylaxis signs and ensure their friends and family are also informed. Life-Saving Awareness: This knowledge not only safeguards their life but also helps protect others with allergies. Auto-Injectors: Vital Medication Emergency Medication: Learn about the medication used during anaphylactic shock treatment, covered in detail later in this course. The Auto-Injector: Auto-injectors, the rapid-response delivery mechanism for medication, play a crucial role in treatment. Proper Maintenance: Ensure the auto-injector is not expired and is well-maintained to guarantee its effectiveness. Accessibility is Key: Always keep the auto-injector nearby; it's of no use if it's out of reach during an emergency. Know How to Administer: Understanding the correct administration of the medication is vital for its efficacy. Practice for Confidence: Using an auto-injector trainer helps patients gain confidence and competence in administering the medication. Living safely with the risk of anaphylaxis requires vigilance, awareness, and preparedness. https://d3imrogdy81qei.cloudfront.net/video_images/999/Living_with_Anaphylaxis-01.jpg Yes 104 https://www.prosportsfirstaid.co.uk/training/pitchside/video/who-is-affected https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/494.mp4 Minor allergic reactions Understanding Minor Allergic Reactions Exploring Minor Allergic Reactions Introduction: We've discussed full-blown anaphylactic reactions, but let's briefly delve into minor allergic reactions. Non-Respiratory Reactions: These reactions do not affect the respiratory system. Common Manifestations Skin Reactions: Minor reactions often manifest as skin issues, such as rashes or redness. Treatment Approach: They do not require the same treatment as anaphylactic reactions and can be managed differently. Treatment Methods Topical Solutions: Creams or topical treatments may suffice for affected skin areas. Medication Options: Patients may use medications like antihistamines (e.g., Benadryl, Allegra, Claritin) upon allergen exposure. Distinctive from Anaphylaxis: Minor reactions, such as hay fever, differ from the severe impact of anaphylactic reactions. Recognizing the Difference Importance of Distinction: Recognizing the disparity between major anaphylactic reactions and minor reactions is crucial. Seeking Guidance Consulting Healthcare Professionals: Consult your doctor or pharmacist for advice on both major and minor allergic reactions. Reputable Online Resources: If seeking information online, ensure it's from reputable and trusted sources, including websites of recognized non-profit organizations or charities. Remaining Vigilant Monitoring Minor Reactions: Even in minor reactions, vigilance is key, as they could potentially escalate. Emergency Response: If the patient's condition becomes concerning, activate emergency services promptly. Understanding minor allergic reactions is vital for proactive management. https://d3imrogdy81qei.cloudfront.net/video_images/1015/Minor_allergic_reactions-01.jpg Yes 104 https://www.prosportsfirstaid.co.uk/training/pitchside/video/signs-and-symptoms https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/575.mp4 Common causes of allergic reactions Common Allergens: Identifying Potential Triggers Understanding Allergens Introduction: We've previously explored allergens and their diverse nature. Wide-Ranging Allergic Reactions: Allergic individuals might react to multiple allergens, not limited to a single substance. Common Allergens Overview: Here are some of the most prevalent allergens: Insect Venom: Bites and stings from bees, wasps, hornets, and yellow jackets Foods: Nuts, shellfish, crustaceans, peanuts, milk, eggs, and chocolate Plants: Contact with poison ivy, poison oak, and exposure to pollen from ragweed and grasses Medications: Including penicillin, other antibiotics, aspirin, seizure medications, muscle relaxants, and over-the-counter remedies Other Substances: Dust, latex, glue, soaps, and make-up Understanding these common allergens is crucial in managing and preventing allergic reactions. https://d3imrogdy81qei.cloudfront.net/video_images/997/Common_causes_of_allergic_reactions-01.jpg Yes 57 https://www.prosportsfirstaid.co.uk/training/pitchside/video/what-are-medical-gasses https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2909.mp4 What are Medical Gasses Understanding Medical Gases 1. Introduction to Medical Gases Exploring the basics of medical gases and their importance in prehospital care. 1.1 What Are Medical Gases? Defining medical gases and their significance in the prehospital context. 2. Types of Medical Gases Examining the two main types of medical gases used in healthcare. 2.1 Oxygen Key Points: Oxygen is a single gas, not a mixture. It is sterile, pure, and used for various medical situations. Recognizable by use-by date stickers. 2.2 Entonox Key Points: Entonox is a pain-relieving gas containing nitrous oxide and oxygen. Commonly used for mild pain, sprains, strains, childbirth, chest pain, and cardiac pain. Requires mixing by inverting the cylinder to ensure a proper combination of gases. Self-administered under supervision for pain relief. 3. Understanding Medical Gases as Drugs Recognizing medical gases as drugs and their careful administration. 3.1 Oxygen as a Drug Key Considerations: Oxygen is considered a drug. Used in various medical situations, especially for patients with breathing difficulties. Must be administered carefully and to appropriate patients. 3.2 Entonox as a Drug Key Considerations: Entonox is also a drug. Commonly used for pain relief. Self-administered by patients under supervision. Requires understanding of contraindications and proper administration. 4. Administering Medical Gases Exploring the rules and regulations for administering medical gases safely and effectively. 4.1 Contraindications Key Considerations: Certain medical gases may have contraindications. Understanding interactions and when not to administer is crucial. 4.2 Rules and Regulations Key Guidelines: Adherence to rules, regulations, and safety protocols is essential. Proper training and knowledge are prerequisites for administering medical gases. https://d3imrogdy81qei.cloudfront.net/video_images/5209/What_are_Medical_Gasses-01.jpg Yes 254 https://www.prosportsfirstaid.co.uk/training/pitchside/video/oxygen-fops https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2673.mp4 Oxygen Oxygen Cylinders: A Comprehensive Guide Oxygen, an essential life-sustaining element, is typically stored in colourless and odourless gas form within black cylinders featuring white necks. This colour scheme is unique to oxygen cylinders and is universally recognised. No other colours represent oxygen storage. Recognising Oxygen Cylinder Indicators Key aspects to keep in mind regarding oxygen cylinders include: The Filling Gauge: A critical component to monitor, this indicator communicates the remaining amount of oxygen. A green reading signifies a full cylinder, whereas red indicates that the cylinder is empty. Aim to replace or refill the cylinder when the gauge displays less than a quarter full. The On-Off Port: This component controls the release of oxygen. It should always remain closed unless the cylinder is in use, as a slight leak or seepage can occur otherwise. Oxygen Pipe Port: This is where your oxygen tube connects to the cylinder. Regulator: Located on top of the cylinder, this control allows you to adjust the flow of oxygen. The regulator can be adjusted from zero up to a maximum of 15 litres. This flow can be incrementally decreased until the supply is shut off. Safe Storage of Oxygen Cylinders After using an oxygen cylinder, ensure that the cylinder is off and the regulator is set to zero. Oxygen cylinders should always be stored in this manner, promoting safety and preventing unnecessary leakage. https://d3imrogdy81qei.cloudfront.net/video_images/4775/Oxygen-01.jpg Yes 69 https://www.prosportsfirstaid.co.uk/training/pitchside/video/when-oxygen-is-used https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1299.mp4 When Oxygen is Used The Vital Role of Oxygen in Modern Medicine Introduction Understanding Oxygen's Historical Significance and Contemporary Importance Early Recognition: Oxygen's Respiration Support Dating Back to 1800 Medical Utilization: Oxygen's Entry into the Medical Field in 1810 Evolution of Usage: 150 Years to Widespread Medical Adoption The journey of oxygen in medicine, from its early recognition to its pivotal role today. Oxygen Therapy Advancements Progression Towards Rational and Scientific Oxygen Therapy Mid-20th Century: Transformation of Oxygen Therapy Modern Medicine: Indispensability of Oxygen Support Oxygen therapy's evolution into a rational and scientific practice, crucial in modern healthcare. Oxygen's Biological Significance Essentiality for Cell Metabolism and Physiological Function Cell Metabolism: Oxygen's Vital Role Tissue Oxygenation: Key to Normal Physiological Function Addressing Hypoxia: Elevating Inspired Oxygen Concentration Understanding how oxygen supports cellular metabolism and physiological well-being. Challenges in Oxygenation Ensuring Effective Oxygen Transfer and Adequate Ventilation Effective Oxygenation: A Prerequisite for Patient Benefit Importance of Adequate Ventilation: Maximizing Hypoxia Reversal Overcoming challenges to ensure oxygen's therapeutic benefits reach the patient. Wide Spectrum of Medical Uses Oxygen's Versatility in Diverse Medical Scenarios Anaesthetic Techniques: Foundation for Modern Anaesthesia Tissue Oxygen Restoration: Improving Options for Various Conditions Life Support: Vital for Artificially Ventilated Patients Infection Reduction: Minimizing Surgical Wound Infections Cardiovascular Stability: Aiding in Maintaining Heart Health The multifaceted applications of medical oxygen in diverse medical scenarios. https://d3imrogdy81qei.cloudfront.net/video_images/2331/When_Oxygen_is_Used-01.jpg Yes 103 https://www.prosportsfirstaid.co.uk/training/pitchside/video/contra-indications-of-oxygen https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1287.mp4 Contra Indications Of Oxygen The Use of Oxygen in Medical Applications: Guidelines and Precautions The Vital Role of Oxygen Understanding Oxygen's Importance in Medical Settings Recovery Promotion: Increasing Oxygen Concentrations for Healing Balance is Key: Oxygen Levels' Dual Impact on Patients Preventative Measure: Administering Oxygen in Uncertain Situations Oxygen's critical role in medical applications and the need for precautionary use. Paraquat Poisoning Considerations Special Caution with Paraquat Poisoning Exceptional Case: Rare Paraquat Poisoning and Oxygen Severe Respiratory Distress: The Only Scenario for Oxygen Use Handling Paraquat Poisoning and the specific guidelines for oxygen administration. COPD and Oxygen Use Patients with Chronic Obstructive Pulmonary Disease (COPD): Unique Considerations Risk with COPD: Oxygen's Potential Harm in COPD Cases Respiratory Drive Impact: Oxygen's Effect on Breathing Managing patients with COPD, especially those retaining carbon dioxide, and the associated risks of oxygen use. Special Cases and Guidelines Specific Groups and BTS Recommendations Premature Infants: Careful Oxygen Handling in Neonatal Care Chronic Bronchitis and Emphysema: Limiting Oxygen Concentrations BTS Guidelines: British Thoracic Society's Published Recommendations Special patient groups and the importance of following BTS guidelines for safe medical oxygen use. https://d3imrogdy81qei.cloudfront.net/video_images/2291/Contra_Indications_Of_Oxygen-01.jpg Yes 86 https://www.prosportsfirstaid.co.uk/training/pitchside/video/the-boc-cylinder https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2948.mp4 The BOC Cylinder BOC Oxygen Cylinder Overview Introduction In this section, we'll briefly examine the BOC Oxygen cylinder, comparing it to the SOS version to highlight similarities. Main Features The BOC Oxygen cylinder serves as the primary source of oxygen, akin to the SOS version. Visual Comparison While similar in function, the BOC cylinder differs slightly in appearance: Cylinder Design: Resembles the SOS version, featuring a collar instead of stickers with barcode indications. Front Gauge: Presents similar indicators and controls. Refill Point: Located beneath the cover, allowing access for tank refilling. Main Switch: Positioned at one end, requiring activation to prime the regulator. Constant Flow Outlet: Located at the back for oxygen distribution. Flow Rate Control: Adjusted via a knob on the top, enabling users to set their preferred flow rate. Conclusion The BOC Oxygen cylinder closely resembles the SOS version, offering a similar product experience. Regardless of the brand, both cylinders provide oxygen delivery of up to 15 litres per minute. https://d3imrogdy81qei.cloudfront.net/video_images/5235/The_BOC_Cylinder-01.jpg Yes 69 https://www.prosportsfirstaid.co.uk/training/pitchside/video/storage-of-oxygen https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1289.mp4 Storage Of Oxygen Safe Storage of Oxygen Cylinders: Guidelines and Regulations Importance of Proper Oxygen Cylinder Storage Ensuring Safety and Preventing Damage Workplace Risk Assessments: Checking for Appropriate Storage Rules General Rules for Medical Oxygen Cylinder Storage: 1. Sheltered and Dry Storage Protecting Cylinders from Environmental Extremes 2. Separation from Non-Medical Cylinders Preventing Mixing of Medical and Non-Medical Gases 3. Strict Rotation of Cylinders Ensuring First-In, First-Out Usage 4. Separation within the Storage Area Keeping Different Medical Cylinders Apart 5. Vertical Storage for F-Size Cylinders and Larger 6. Horizontal Storage for E-Size Cylinders and Smaller Adhering to Specific Storage Orientations 7. Warning Notices Prohibiting Smoking and Naked Flames 8. Emergency Services Notification Ensuring Emergency Response Awareness 9. Portable Oxygen Kits and Vehicle Storage Applying Guidelines for Safe Portable Kit and Vehicle Storage Following these guidelines for the secure storage of oxygen cylinders in compliance with workplace assessments and regulations. https://d3imrogdy81qei.cloudfront.net/video_images/2297/Storage_Of_Oxygen-01.jpg Yes 92 https://www.prosportsfirstaid.co.uk/training/pitchside/video/hypoxia-2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2946.mp4 Hypoxia Hypoxia: Causes, Symptoms, and Treatment Understanding Hypoxia Hypoxia is a condition characterized by insufficient oxygen supply to the body or a specific body part. It can manifest as either generalised or local. Types of Hypoxia Generalised Hypoxia: Affects the entire body, often seen at high altitudes or due to breathing low-oxygen gas mixtures. Local Hypoxia: Targets a specific region of the body, resulting in inadequate oxygen perfusion. Causes and Scenarios Exercise-induced: Occurs transiently after strenuous physical activity, typically resolves with rest. Altitude-related: Low oxygen levels at high altitudes can lead to altitude sickness, requiring supplemental oxygen or descent. Diving-related: Closed-circuit rebreather systems or contaminated air tanks can cause hypoxia during underwater activities. Medical Conditions: Various health issues such as heart attacks, asthma, poisoning, drowning, and cardiac arrest can induce hypoxia. Intentional Exposure: Mild hypoxia may be deliberately induced during altitude training to enhance athletic performance. Symptoms The signs of hypoxia vary based on severity and onset speed: Mild Symptoms: Light-headedness, fatigue, numbness, tingling, and nausea. Severe Symptoms: Confusion, disorientation, hallucinations, behavioral changes, severe headaches, breathlessness, and cyanosis. Treatment and First Aid Hypoxia in first aid is managed by: Medical Oxygen: Administering supplemental oxygen. Monitoring: Using a Pulse Oximeter to assess oxygen levels. Observation: Monitoring signs and symptoms of the patient's condition. Conclusion Hypoxia requires prompt recognition and appropriate intervention to prevent further complications and ensure patient well-being. https://d3imrogdy81qei.cloudfront.net/video_images/5231/Hypoxia-01.jpg Yes 299 https://www.prosportsfirstaid.co.uk/training/pitchside/video/boc-oxygen-kit https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/910.mp4 BOC Oxygen Kit LIFELINE Oxygen Kit Portable and Reliable Oxygen Support Your Essential Medical Oxygen Solution Kit Contents What's Inside the LIFELINE Kit Lightweight Oxygen Cylinder: Easy to Transport Integral Regulator: Convenient and Efficient Various Oxygen Masks: Customized Options Oxygen Delivery Flexible Oxygen Flow Rates Range: 1 to 15 Litres Per Minute Duration: Up to 30 Minutes at Highest Flow Rate Ensures Stability: Prevents Deterioration of Casualty Annual Cylinder Inspection BOC Healthcare's Quality Assurance Analyzing and Maintaining Cylinder Performance Refill and Customization Convenient Services to Meet Your Needs Next Working Day Refill Service: Prompt Support Tailoring Options: Additional Equipment Benefits Advantages of the LIFELINE Oxygen Kit Safe and User-Friendly: Suitable for All Portability: Easy to Carry Variable Flow Rates: Precise Oxygen Delivery Annual Maintenance: Reliability Assurance Refill Convenience: Timely Support Infection Risk Reduction: Minimal Patient Contact The LIFELINE Oxygen Kit offers a comprehensive solution for medical oxygen needs, ensuring portability, reliability, and ease of use. https://d3imrogdy81qei.cloudfront.net/video_images/1585/BOC_Oxygen_Kit-01.jpg Yes 186 https://www.prosportsfirstaid.co.uk/training/pitchside/video/pin-index-cylinder https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1293.mp4 PIN INDEX cylinder Pin Index Oxygen Cylinders Introduction to Pin Index Cylinders Understanding a Different Type of Oxygen Cylinder Unique Use Cases: Specialized Applications Construction: Steel Cylinders Markings: Key Information on the Cylinder Testing Requirements: Ensuring Safety Unique Use Cases Exploring Specialized Applications Construction Steel Cylinders for Durability Markings Understanding the Cylinder's Markings Testing Requirements Ensuring the Cylinder's Safety through Testing Pin Index oxygen cylinders serve specific purposes and come with distinct features. Let's delve into their details. https://d3imrogdy81qei.cloudfront.net/video_images/2321/PIN_INDEX_cylinder-01.jpg Yes 137 https://www.prosportsfirstaid.co.uk/training/pitchside/video/oxygen-regulators https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1294.mp4 Oxygen Regulators Guide to Oxygen Regulators This guide offers an in-depth look at oxygen regulators, covering both conventional and pin index systems, and their application in medical and diving scenarios. Conventional Oxygen Regulators Typically found atop oxygen cylinders, conventional regulators are commonly used in medical settings. These regulators generally have a standard output of 15 litres per minute. Pin Index System and Separate Regulators Pin index systems, often with separate regulators, can offer higher outputs, up to 25 litres per minute. This is particularly relevant in scuba diving, where higher oxygen flow rates are needed. Adjusting the Flow on Regulators To adjust the oxygen flow rate, use the knob on the regulator. The gauge indicates the pressure in the cylinder. Ensure proper alignment of locator pins and the oxygen outlet for correct setup. Setting up the Regulator To attach the regulator, line up the pins and locator pin accurately, and then tighten it just enough to secure it in place. It is important not to overtighten to avoid damage. Operating the Oxygen Cylinder Once the regulator is set up, turn on the cylinder. The gauge will indicate the pressure level. Open the valve fully, then slightly back for safety. The oxygen can then be controlled and delivered to the required system. Tips for Safe and Effective Use Always ensure the regulator is securely attached without being overtightened. Regular checks of the setup are important to confirm that everything is functioning correctly. Note: This guide is for informational purposes. Proper training and safety procedures should always be followed when handling oxygen regulators. https://d3imrogdy81qei.cloudfront.net/video_images/2323/Oxygen_Regulators-01.jpg Yes 110 https://www.prosportsfirstaid.co.uk/training/pitchside/video/standard-oxygen-cylinder https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1295.mp4 Standard oxygen cylinder Medical Oxygen Cylinder Components The Cylinder Itself Key Information About the Cylinder Water Capacity: Measuring Cylinder Size Identification Numbers: Serial Numbers and More Life Cycle: 10-Year Re-Testing Cylinder Appearance: Pure White Design Labels: Information and Tracking Regulators: Integral Regulators Water Capacity Measuring the Size of the Cylinder Identification Numbers Understanding Serial Numbers and More Life Cycle 10-Year Re-Testing and Renewal Cylinder Appearance The Distinctive Pure White Design Labels Information and Tracking on the Cylinder Regulators The Role of Integral Regulators Medical oxygen cylinders consist of various components, each with its own specific role and information. https://d3imrogdy81qei.cloudfront.net/video_images/2329/Standard_oxygen_cylinder-01.jpg Yes 171 https://www.prosportsfirstaid.co.uk/training/pitchside/video/transport-of-cylinders https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1298.mp4 Transport of Cylinders Safe Transport and Use of Medical Oxygen Cylinders Transporting Medical Oxygen Cylinders Ensuring Safety on the Move Location and Restraint: Proper Cylinder Placement Leak Prevention: Ensuring Cylinder Integrity Driver Awareness: Hazards and Emergency Response Location and Restraint Key Steps for Safe Cylinder Transport Leak Prevention Protecting Cylinders from Potential Leaks Driver Awareness Equipping Drivers with Essential Knowledge It is crucial to follow these guidelines for the secure transport and use of medical oxygen cylinders in vehicles, ensuring the safety of all involved. Using Medical Oxygen Within a Vehicle Safety Measures for In-Vehicle Oxygen Usage No Smoking: Ensuring Smoke-Free Environments Minimal Cylinders: Efficient Gas Supply Proper Restraint: Securing Cylinders Valve Management: Cylinder Valve Guidelines Ventilation: Maintaining Fresh Air Attentiveness: Preventing Unattended Cylinders No Smoking Strict Smoking Prohibition in Vehicles Minimal Cylinders Carrying Only What's Necessary Proper Restraint Securing Cylinders During Transport Valve Management Guidelines for Cylinder Valve Usage Ventilation Maintaining Adequate Vehicle Ventilation Attentiveness Preventing Unattended Cylinders in Vehicles Adhering to these safety measures is essential when using medical oxygen within a vehicle, promoting safety during journeys and activities. https://d3imrogdy81qei.cloudfront.net/video_images/2333/Transport_of_Cylinders-01.jpg Yes 86 https://www.prosportsfirstaid.co.uk/training/pitchside/video/how-long-does-an-oxygen-cylinder-last https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2638.mp4 How long does an Oxygen cylinder last? Calculating Oxygen Cylinder Duration Planning Oxygen Usage Determining How Long Your Oxygen Cylinder Will Last Using the Cylinder Duration Formula Estimating Oxygen Supply Time Step 1: Cylinder Pressure Locate the cylinder pressure (psi). Subtract a residual pressure of 200 psi to account for errors. Step 2: Cylinder Constant Refer to the cylinder constant values: "D" cylinder: Constant = 0.16 "E" size: Constant = 0.28 "M" size: Constant = 1.56 "G" size: Constant = 2.41 "H" and "K" size: Constant = 3.14 Choose the constant based on your cylinder size. Step 3: Flow Rate Determine the flow rate in litres per minute. Typically, regulators provide a maximum of 15 litres per minute. Specialist applications may have higher flow rates (e.g., scuba diving, 25 litres per minute). Adjust the flow rate as needed (e.g., 6 litres per minute for a nasal cannula). Step 4: Calculate Duration Use the formula: (Tank pressure - Residual pressure) x Cylinder constant / Flow rate Calculate the time in minutes that the cylinder will last. Example Calculation Estimating Duration for a "D" Cylinder at 15 Litres Per Minute Step 1: (2000 psi - 200 psi) = 1800 psi Step 2: Cylinder Constant for "D" size = 0.16 Step 3: Flow rate = 15 litres per minute Step 4: (1800 psi x 0.16) / 15 litres per minute = 19.2 minutes Estimated Duration: Approximately 19 minutes (rounded down) Use this formula to calculate the duration of your oxygen cylinder based on your specific parameters. https://d3imrogdy81qei.cloudfront.net/video_images/5251/How_long_does_an_Oxygen_cylinder_last-01.jpg Yes 167 https://www.prosportsfirstaid.co.uk/training/pitchside/video/oxygen-and-anaphylaxis https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1203.mp4 Oxygen and Anaphylaxis Oxygen Administration in Anaphylactic Reactions 1. Importance of Oxygen Swift Oxygen Delivery: Administering oxygen promptly is crucial during an anaphylactic reaction. Using an oxygen mask with a reservoir, provide the highest oxygen concentration available. 2. High Flow Oxygen Effective Oxygen Flow: Ensure a high oxygen flow rate, typically exceeding 10 litres per minute, to prevent the reservoir bag from collapsing during inhalation. Maintain continuous oxygen supply throughout the procedure. 3. Ventilation in Critical Cases Tracheal Intubation or Cessation of Breathing: If the patient's trachea is intubated or they cease breathing, utilize a self-inflating bag valve mask to ventilate the lungs. This method ensures the delivery of the highest oxygen concentration to the patient. https://d3imrogdy81qei.cloudfront.net/video_images/2149/Oxygen_and_Anaphylaxis-01.jpg Yes 51 https://www.prosportsfirstaid.co.uk/training/pitchside/video/demand-valves-and-mtv https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1297.mp4 Demand Valves and MTV's Demand Oxygen Valve: Essential for Specific Situations 1. Introduction to the Demand Oxygen Valve Unique Oxygen System: The demand oxygen valve differs from standard oxygen kits and is commonly found in specialized emergency ambulances. It's also utilized in the scuba diving world for providing 100% oxygen to individuals wearing masks, especially crucial in scuba diving accidents. 2. Components of the Demand Oxygen Valve Key Parts: Main True Fit Mask (Various Sizes): Ensures a secure seal around the mouth and nose, easy to take on and off. Regulator: Automatically adjusts oxygen flow based on the user's breathing rate. Manual Triggered Valve: Allows manual oxygen delivery when needed, useful during CPR. Piping: Oxygen-rated white tubing. Main Regulator with Oxygen Level Gauge: Monitors remaining oxygen supply. Continuous Oxygen Port: Compatible with various oxygen delivery devices like pocket masks, non-rebreather masks, and nasal cannulas. Additional Demand Valve Connection: Offers flexibility to add extra demand valves. Flow Rate Adjustment Knob: Allows oxygen flow rates of up to 25 litres per minute, higher than standard oxygen cylinders. 3. Pin Index System Secure Cylinder Attachment: The Pin Index System ensures a secure connection between the demand oxygen valve and the oxygen tank. It features two pins and a main oxygen feed, aligning with corresponding holes on the cylinder. Proper alignment and secure tightening are essential for safe operation. This system is crucial as it enables the demand for a higher volume of oxygen than standard medical-grade cylinders can provide. https://d3imrogdy81qei.cloudfront.net/video_images/2327/Demand_Valves_and_MTV's-01.jpg Yes 200 https://www.prosportsfirstaid.co.uk/training/pitchside/video/non-rebreather-masks https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1301.mp4 Non Rebreather Mask Using a Non-Rebreather Mask for Oxygen Administration 1. Introduction to the Non-Rebreather Mask Overview: The non-rebreather mask is a common device for oxygen administration. It is typically supplied in plastic bags and consists of a mask and tubing. 2. Non-Rebreather Mask Components Key Components: The mask is usually flat and can be opened for use. A metal piece at the top of the mask helps secure it over the nose. Elastic straps ensure a snug fit around the patient's head. The mask has inlet ports for oxygen flow and a reservoir bag. One-way valves on the mask allow exhalation without rebreathing exhaled air. 3. Setting Up the Non-Rebreather Mask Assembly and Connection: Connect the tubing to the mask; these fittings are typically push-fit. Attach the other end of the tubing to the oxygen cylinder valve. Ensure that the oxygen flow rate is set to 15 litres per minute. 4. Using the Non-Rebreather Mask Proper Application: If the bag is not fully inflated, prime it by briefly covering the mask's inlet. Fit the mask over the patient's mouth and nose. Adjust the elastic straps for a secure and comfortable fit. Explain the use of oxygen to the patient and gain their consent. 5. Monitoring and Caution Monitoring Breathing: Continuous monitoring of the patient's breathing is essential. Ensure the oxygen cylinder is positioned to prevent kinks or damage to the tubing. 6. Special Considerations with Neck Collars Using the Mask with Neck Collars: For patients with neck collars, fit the mask as usual. Instead of securing the elastic behind the head, hook it onto designated pegs on the mask. Adjust the elastic for a snug fit without compromising neck stability. Ensure oxygen management during patient transport to prevent mask dislodgment. 7. Conclusion Effective Oxygen Administration: The non-rebreather mask is a valuable tool for oxygen administration in various scenarios. Proper usage and careful monitoring are crucial to ensure patient safety and oxygen effectiveness. https://d3imrogdy81qei.cloudfront.net/video_images/2337/Non_Rebreather_Mask-01.jpg Yes 388 https://www.prosportsfirstaid.co.uk/training/pitchside/video/nasal-cannulas https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1302.mp4 Nasal Cannula Nasal Cannula: Efficient Oxygen Delivery 1. Introduction to Nasal Cannula Simple Oxygen Delivery: Nasal cannulas are devices used for oxygen delivery to patients. They connect to the constant flow outlet of an oxygen cylinder and have two small plastic prongs placed into the nostrils. 2. Oxygen Concentration Levels Adjustable Concentrations: Nasal cannulas provide oxygen at concentrations ranging from 24% to 44%, depending on factors like oxygen flow rate, the patient's nasal breathing, and speech. Higher oxygen concentrations (over 30-35%) are generally challenging to achieve with nasal cannulas. 3. Suitability and Tolerance Well-Tolerated and Limited Applicability: Nasal cannulas are suitable for patients who can breathe freely through their nose and require a lower oxygen concentration. They are generally well-tolerated and cause less discomfort compared to standard masks. Not recommended for patients needing higher oxygen concentrations. 4. Maximum Flow Rate Flow Rate and Oxygen Concentration: For safe use, the maximum flow rate should not exceed 6 litres per minute, as higher rates can lead to discomfort and issues. 5. Flow Rate vs. Oxygen Concentration Flow Rate and Corresponding Oxygen Concentrations: 1 litre per minute - 24% 2 litres per minute - 28% 3 litres per minute - 32% 4 litres per minute - 36% 5 litres per minute - 40% 6 litres per minute - 44% 6. Usage in Medical Settings Application in Medical Care: Nasal cannulas are typically not used in first aid or out-of-hospital emergency treatment as they cannot provide the higher oxygen concentrations often required in such situations. https://d3imrogdy81qei.cloudfront.net/video_images/2339/Nasal_Cannula-01.jpg Yes 108 https://www.prosportsfirstaid.co.uk/training/pitchside/video/diabetes-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/439.mp4 Diabetes Diabetes Overview Type 1 Diabetes Type 1 diabetes is the less common form, accounting for 5% to 15% of all diabetes cases. It results from the body's inability to produce any insulin and cannot be prevented. Type 2 Diabetes Type 2 diabetes, often associated with adulthood, is typically linked to being overweight. In this form, the body cannot produce enough insulin. Common Diabetes Symptoms The most prevalent symptoms of diabetes include: Increased thirst Weight loss Blurred vision Tiredness Frequent urination Slow healing of wounds The modern lifestyle, characterized by a poor diet and lack of exercise, is contributing to the rising prevalence of type 2 diabetes. Diabetes in the UK Currently, there are approximately 2.5 million people living with diabetes in the UK. It is estimated that more than half a million people have the condition but are unaware of it. Hyperglycemia and Hypoglycemia Hyperglycemia refers to excessively high blood sugar levels, while hypoglycemia signifies dangerously low blood sugar levels, often treated with a sugar drink. Treatment for Diabetic Emergencies For diabetic emergencies, treatments include: Glucose liquids Glucose gels Glucose tablets Early treatment is crucial in managing diabetic emergencies. https://d3imrogdy81qei.cloudfront.net/video_images/825/Diabetes-01.jpg Yes 317 https://www.prosportsfirstaid.co.uk/training/pitchside/video/medical-gas-storage https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2905.mp4 Medical gas storage Safe Storage and Handling of Medical Gases Appropriate Storage Key Considerations: Medical gases are classified as drugs and require proper storage. Store in a lockable, well-ventilated area of sufficient size. Implement a system for regularly changing date stamps on gas cylinders. Keep a log of all medical gas transactions to monitor cylinder usage. Flammability and Safety Handling Precautions: Oxygen and medical gases are highly flammable; they ignite at high temperatures. Prevent contact with greases and oils to avoid combustion. Store at normal room temperature in a locked area, preferably outdoors. Safe Cylinder Handling Protective Measures: Exercise caution when exchanging cylinders to avoid damage. Cylinders are made of materials like aluminium, carbon fibre, or steel. The regulator, headsets, and gauges are plastic and vulnerable to impact. Securely fasten cylinders to prevent them from becoming projectiles in case of accidents. Organizational Policies Compliance and Guidelines: Adhere to your organization's policies and procedures for oxygen cylinder storage and exchange. Secure Storage in Vehicles Vehicle Safety: Fix cylinders in place inside the vehicle to prevent them from rolling during travel. Never allow cylinders to roam freely inside the vehicle, especially in the event of a collision. Keep cylinders in a kit bag or storage container in the car's boot (trunk). Separate Empty and Full Cylinders Proper Organization: Empty and full cylinders should always be stored separately. Change the regulator gauge when cylinders are around a quarter full to maintain pressure and sterility. Regularly check cylinder contents to ensure they are full before use. https://d3imrogdy81qei.cloudfront.net/video_images/5203/Medical_gas_storage-01.jpg Yes 281 https://www.prosportsfirstaid.co.uk/training/pitchside/video/course-summary-compulsoryblended https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4816.mp4 Course Summary Congratulations on Completing Your Course! Unlocking Full Workplace Qualification If you've completed this course online, well done! To obtain the comprehensive workplace qualification, you'll need to complete a practical session either at your workplace or at one of our numerous nationwide training centres. Qualified Instructors Across the UK We have a vast network of over 1200 approved and closely monitored instructors throughout the UK. They are fully equipped to deliver the practical blended module either at your workplace or at regional training centres nationwide. If you require assistance in finding a local instructor or wish to arrange an instructor's visit to your workplace, please don't hesitate to get in touch with us via phone, email, or our online chat facility. Access to Course Materials You will have access to this course for a duration of eight months. Feel free to return to refresh your skills and explore any new instructional videos we may add. Course Test Before you proceed to the test, you can review any of the videos and study the documents and links available in the student resources section. The test has no time limit, but it must be completed in a single session. Each question offers four answer choices or presents true/false statements. A wrong answer will prompt additional guidance, allowing you to select another response. Your final score is unaffected by your choices, but it ensures your understanding of the material. Our adaptive testing system tailors questions individually, so your test will differ from others'. You must pass every section of the course, and extra questions will be presented if a section is not passed. In case of test failure, you can review the content and retake the test. Completion Certificates and Statements Upon successful test completion, you can print your course completion certificate. You can access it anytime on the course's home page. Additionally, you can print your Certified CPD statement and the evidence-based learning statement from the same location. Explore Our Course Offerings ProTrainings offers over 300 courses available nationwide, either at regional training centres or directly at your workplace. Many of these courses are also accessible as remote virtual courses, where you can participate online with a live instructor. We have a wide network of over 1200 instructors to support these options, along with more than 250 video online and blended courses. For course inquiries or group training solutions, please contact us at 01206 805359 or email support@protrainings.uk. Thank You for Choosing ProTrainings! We appreciate your trust in ProTrainings. Best of luck with your test, and should you have any further questions or require assistance, please do not hesitate to reach out. https://d3imrogdy81qei.cloudfront.net/video_images/8583/Course_Summary-01.jpg Yes 146 https://www.prosportsfirstaid.co.uk/training/pitchside/video/spinal-recovery https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/428.mp4 Spinal Recovery Position Dealing with Suspected Spinal Injuries: The Importance of the Recovery Position When faced with a patient you suspect has sustained a spinal injury, such as a fall from a tree, especially when you are alone, it's crucial to take immediate steps to ensure their safety while obtaining help. The Dilemma The challenge lies in the balance between seeking assistance and safeguarding the patient. Leaving them on their back could pose risks of choking if they vomit, yet moving them might exacerbate their injury. Teamwork and the Log Roll If there are multiple responders or bystanders, you can assign someone to fetch help or utilize additional hands to safely execute a log roll—a technique to turn the patient without spinal twisting. The Recovery Position: A Solution The recovery position is a viable solution. Contrary to common misconception, when executed slowly and carefully, it allows you to turn someone onto their side without risking spinal damage. It's advisable to practice this skill several times to ensure proficiency. Post-Movement Assessment Once repositioned, promptly check for signs of breathing and ensure their airway remains unobstructed. Maintain communication with the unconscious patient, as they may still hear you, providing a source of reassurance. Afterward, proceed to seek assistance. Vomiting Prevention The recovery position offers protection against choking in case of vomiting, as the patient's airway remains clear. During your absence, if they vomit, they will remain in this safe position. Returning to the Patient Upon your return, reevaluate their breathing status and ensure they stay warm by covering them with a blanket. Maintain a reassuring presence until professional help arrives. When reporting to emergency medical services (EMS), provide a comprehensive account of the situation, including observed signs and any symptoms the conscious patient communicated. https://d3imrogdy81qei.cloudfront.net/video_images/803/Spinal_Recovery_Position-01.jpg Yes 190 https://www.prosportsfirstaid.co.uk/training/pitchside/video/using-the-scoop-stretcher https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2664.mp4 Using the scoop stretcher How to Properly Fit a Scoop Stretcher Introduction When applying a scoop stretcher, it's crucial to ensure correct positioning and length adjustment to safely transport patients. Here's a step-by-step guide: Positioning and Length Adjustment Identify the head and foot ends of the scoop stretcher. The narrow end is the foot end, while the wide end is the head end. Ensure the head block sits securely at the top of the head end, with the bar positioned above the patient's head to avoid catching hair or clothing. Adjust the length of the stretcher by releasing the clip and extending it slightly longer than the patient, ensuring the feet rest at the designated spot. Lock the stretcher at the correct length, repeating the process for the opposite side. Insertion Process Roll the patient slightly towards one side and slide the scoop stretcher underneath, ensuring gentle handling to avoid discomfort. Repeat the process from the opposite side, sliding the stretcher in until fully inserted and locked in place. Check for proper locking and alignment on both sides before lifting the patient. Conclusion With the scoop stretcher securely fitted, patients can be lifted and transported safely without risking further injury to the back, head, neck, or legs. This method provides a reliable and efficient means of moving spine patients during emergency situations. https://d3imrogdy81qei.cloudfront.net/video_images/4757/Using_the_scoop_stretcher-01.jpg Yes 165 https://www.prosportsfirstaid.co.uk/training/pitchside/video/using-the-spinal-board https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2665.mp4 Using the Spinal Board Proper Technique for Attaching a Patient to a Spineboard Introduction When securing a patient to a spineboard, employing the correct technique is crucial to ensure their safety and comfort during transportation. Here's a step-by-step guide on the proper method: Cross Method for Strapping The most common approach involves a cross method, starting with straps across the chest and legs, followed by head block placement. Chest Straps: Secure straps diagonally across the chest, ensuring gentle tension to allow comfortable breathing. Leg Straps: Tighten the final strap across the legs, keeping the patient firmly secured to the board. Arm Positioning Leave the patient's arms outstretched to maintain comfort and mobility. Conscious patients can hold their hands together or an object, while unconscious patients may have their hands strapped in for stability. Head Block Application Fix the head blocks last, ensuring proper alignment and support for the head and neck. Placement: Insert head blocks snugly against the sides of the head, securing them with velcro straps. Strap Technique: Use both straps simultaneously, applying even pressure to avoid head rotation or discomfort. Precautions and Airway Management Once the patient is secured, be prepared for potential airway issues, such as vomiting. The caregiver must have the means to clear the airway promptly, either through postural drainage or suction. Conclusion By following these guidelines for attaching a patient to a spineboard, caregivers can ensure proper immobilization and maintain patient safety during transportation. https://d3imrogdy81qei.cloudfront.net/video_images/4759/Using_the_Spinal_Board-01.jpg Yes 265 https://www.prosportsfirstaid.co.uk/training/pitchside/video/box-splints https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2733.mp4 Box Splints Using Box Splints for Lower Limb Fractures Overview of Box Splints Understanding the components and application of box splints for stabilising lower limb fractures. Key Features Soft Foam Pack: Equipped with a hard base and footplate for stability. Velcro Straps: Securely fasten the splint, providing support and immobilisation. Two Sizes: Short and long box splints cater to different fracture locations. Application Techniques Choosing the Right Size Short box splints for fractures below the knee. Long box splints for fractures below the knee, feet, and toes. Fitting the Splint Ensure the splint is positioned below the knee to avoid additional weight and discomfort. For ankle injuries, utilise the small box splint for immobilisation. Proper Application Support the fracture to minimize pain and further complications. Slide the splint underneath the leg with gentle lifting, avoiding excessive flexation. Utilize the underside of the ankle or the back of the knee for support during movement. Securing the Splint Fasten the Velcro straps, ensuring they do not exert pressure directly over the fracture. Check for any hollows or dips and use packing, such as gauze, for additional support. Inspect the limb for injuries and ensure proper circulation before tightening the splint. Final Steps Once all straps are secured, cross the footplate straps over the bridge of the foot to lock everything in place. Immobilize the foot, ankle, tibia, and fibula to form a solid fixed unit. Conclusion Box splints provide effective immobilisation and support for lower limb fractures, ensuring patient comfort and safety during transportation and treatment. https://d3imrogdy81qei.cloudfront.net/video_images/4885/Box_Splints-01.jpg Yes 300 https://www.prosportsfirstaid.co.uk/training/pitchside/video/cervical-collars https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2736.mp4 Cervical collars How to Measure and Fit a Cervical Collar Introduction In this tutorial, we'll explore the process of sizing, measuring, and fitting a cervical collar to ensure proper immobilisation and support for patients with potential neck injuries. Overview of the Collar The cervical collar features various components crucial for proper fitting and function: Sizing Mark: A black line indicating the measurement reference point. Adjustment Mechanism: Blue dots and locking mechanisms for size adjustment. Velcro Fitting: Tabs and velcro for securing the collar in place. Oxygen Mask Attachment: Green circles with hooks for securing an oxygen mask. Measurement Technique Use the following steps to measure and fit the collar: Positioning: Ensure the patient's head is in neutral alignment, with the jawline and shoulders as reference points. Measurement: Use a level hand to measure the distance from the jawline to the shoulder, maintaining neutral head alignment. Adjustment: Transfer the measurement to the collar, adjusting the size using the blue dots and locking mechanisms. Fitting: Place the collar flat on the chest, ensuring the chin sits securely in the chin piece. Securing: Tighten the collar using the velcro tabs, ensuring a snug fit without compromising patient comfort. Fitting in Prone Position When fitting the collar with the patient lying flat, adjust the measurement technique accordingly: Use a bent hand for measurement to accommodate the prone position. Follow the same steps for sizing, adjustment, fitting, and securing as in the upright position. Conclusion While this tutorial covers one type of cervical collar, it's essential to remember that other variations exist. Regular practice is key to mastering the fitting process, and always ensure proper C-spine immobilisation during collar application. https://d3imrogdy81qei.cloudfront.net/video_images/4889/Cervical_collars-01.jpg Yes 337 https://www.prosportsfirstaid.co.uk/training/pitchside/video/sam-pelvic-sling https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2581.mp4 SAM Pelvic Sling Stabilising Pelvic Injuries with SAM Pelvic Sling Introduction Exploring the use of SAM Pelvic Sling in stabilising pelvic injuries, a crucial aspect of emergency medical care. Key Components of SAM Pelvic Sling Pressure-sensitive buckle: Prevents over-tightening, ensuring controlled pressure points. Safety handle: Facilitates secure tightening of the sling. Broad pad: Provides pelvic support and stabilisation. Slippery plastic surface: Allows easy positioning behind the patient. Velcro strap: Acts as the locking mechanism with pressure-sensitive buckle. Application Techniques Effective application methods to immobilise the pelvis: Behind the Knees Slide the sling upwards behind the patient's thighs. Utilise clothing to lift the patient, reducing pelvic movement. Secure the strap through the pressure-sensitive buckle with gentle pressure. Hollow of the Back Insert the sling beneath the arch of the back and feed it down into position. Ensure arm mobility and check pockets for obstructions. Apply pressure through the buckle until locked, stabilising the pelvis. Additional Considerations Supplementary measures to enhance stability and minimise further damage: Lower limb stabilisation: Secure straps above and below the knees, and a figure-of-eight around the feet. Reduction of pelvic flexation: Prevents potential damage to internal organs and minimises blood loss. Conclusion The SAM Pelvic Sling offers a reliable method for stabilising pelvic injuries, ensuring patient safety and facilitating effective extrication procedures. Proper application techniques and additional precautions are essential for optimal outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/4531/SAM_Pelvic_Sling-01.jpg Yes 374 https://www.prosportsfirstaid.co.uk/training/pitchside/video/introduction-to-spinal-boards https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2661.mp4 Introduction to Spinal Boards Patient Handling Devices: Spinal Board vs. Scoop Stretcher Introduction In this section, we'll explore two different patient handling devices: the spinal board and the scoop stretcher. Spinal Board The spinal board, also known as a backboard, is primarily used for extrication from various incidents such as road traffic collisions (RTCs) or accidents involving horses and riders. Purpose: To stabilize the back and prevent further harm to the spine in cases of severe spinal injuries or potential spinal injuries. Usage: Commonly employed in situations where there's a risk of back and neck injury. Scoop Stretcher The scoop stretcher is another patient handling device designed for moving patients with minimal movement, particularly useful when transferring patients from lying positions to stretchers or ambulances. Purpose: To move patients while minimizing lateral movement and maintaining spinal stability. Usage: Suitable for transferring patients from the floor to stretchers or ambulances. Conclusion Both the spinal board and the scoop stretcher play vital roles in patient extrication and transfer, ensuring minimal movement and maximum safety for patients with potential spinal injuries. https://d3imrogdy81qei.cloudfront.net/video_images/4751/Introduction_to_Spinal_Boards-01.jpg Yes 91 https://www.prosportsfirstaid.co.uk/training/pitchside/video/the-spinal-board https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2662.mp4 The spinal board Spineboard (Backboard) Overview Introduction In this section, we'll examine the features and usage of the spineboard, also known as the backboard, a crucial piece of equipment in patient immobilization and transport. Surface and Material The spineboard is constructed from a cleanable, washable, and sterilizable plastic material, ensuring hygiene and safety for patients. Material: Cleanable and sterilizable plastic X-ray Compatibility: The board is x-rayable and scannable, allowing patients to remain on it during scans or x-rays to assess spinal injuries. Head Block At the head end of the board, there is a head block or head block fixing plate to secure the patient's head in place. Head Block: Provides stability and support for the patient's head Straps: Velcro head and chin straps secure the head in position Side Slots and Straps The board features holes or slots along the sides for attaching securing straps to hold the patient in place. Straps: Made of waterproof plastic, equipped with clips for secure fastening Placement: Three straps are typically used across the chest, pelvis, and feet to minimize lateral movement Manoeuvrability The board is designed with edges for easy tipping and manoeuvring, facilitating patient placement and immobilization. Log Roll Position: Commonly used position for patient immobilization, ensuring minimal spinal movement during transfer Application Sequence It's essential to apply the head blocks last, after securing the patient with straps, to prioritize airway management and minimize neck and head movement. Sequence: Straps first, followed by head blocks Conclusion The spineboard is a versatile and indispensable tool in emergency medical situations, providing effective immobilization and transport for patients with suspected spinal injuries. https://d3imrogdy81qei.cloudfront.net/video_images/4753/The_spinal_board-01.jpg Yes 220 https://www.prosportsfirstaid.co.uk/training/pitchside/video/the-scoop-stretcher https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2663.mp4 The Scoop Stretcher Guide to Using the Scoop Stretcher in Emergency Services Introduction The scoop stretcher is a vital piece of equipment used in emergency services, particularly in ambulances, for transporting patients with potential back injuries or those difficult to move. Here's what you need to know: Adjustability and Features The scoop stretcher is adjustable in length to accommodate patients properly. It is equipped with head and foot ends, with the foot end being narrower. Head blocks can be used to stabilize the head and neck. Considerations during Use When using the scoop stretcher, caution must be exercised regarding the surface beneath the patient. Debris or sharp objects can pose risks to the patient during transport. Proper cleaning of the stretcher after each use is essential to prevent contamination and ensure smooth operation. Adjustment Process To adjust the length of the scoop stretcher, simply press the buttons located at the head and foot ends to release and extend the stretcher. Ensure proper locking of the stretcher before use to prevent accidental opening during transportation. Conclusion The scoop stretcher is a valuable tool for safely transferring patients in emergency situations. By understanding its features and proper usage, emergency responders can effectively ensure patient comfort and safety during transportation. https://d3imrogdy81qei.cloudfront.net/video_images/4755/The_Scoop_Stretcher-01.jpg Yes 186 https://www.prosportsfirstaid.co.uk/training/pitchside/video/vertical-c-spine-imobilisation https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2741.mp4 Vertical C-Spine Immobilisation Vertical C-Spine Immobilization for Standing Patients Introduction In this demonstration, we'll discuss the procedure for vertically immobilizing the cervical spine of a standing patient who may have potential neck or back injuries. This method is crucial for minimizing movement and flexation in the neck, thereby reducing the risk of spinal damage. Procedure Overview Vertical c-spine immobilization requires a two-person approach: First Responder: Approaches from the side to stabilize the patient's sternum and spine. Second Responder: Assists from behind to support the head and ensure immobilization. Step-by-Step Process Initial Approach: Stand beside the patient and place the forearm along the flat channel of the sternum, while the other forearm supports the spine. Use fingers to stabilize the cheeks and base of the skull. Alignment Adjustment: Ensure the patient's head is in neutral alignment, avoiding tipping or forward flexation. Secure the cheeks and base of the skull firmly. Second Responder's Assistance: The second responder approaches from behind, locking elbows on the shoulders and supporting the side of the head to create an A-frame. Collar Application: With the immobilization secured, proceed to measure and fit the cervical collar while the patient remains in a standing position. Conclusion Vertical c-spine immobilization is a vital technique for maintaining spinal stability in standing patients with potential neck or back injuries. By following this procedure with precision and coordination, healthcare providers can effectively minimize the risk of further damage and ensure patient safety. https://d3imrogdy81qei.cloudfront.net/video_images/4899/Vertical_C-Spine_Immobilisation-01.jpg Yes 108 https://www.prosportsfirstaid.co.uk/training/pitchside/video/stabilising-the-spine https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5424.mp4 Stabilising the spine How to Immobilize a Suspected Spinal Injury Understanding the Importance Recognizing the significance of immobilizing the head in cases of suspected spinal injury is crucial. Any motion at this stage could potentially harm the spinal cord, resulting in life-altering disabilities or even fatality. Spinal injuries can arise from various incidents, including car accidents and falls. In this scenario, we will focus on addressing a potential spinal injury occurring on a sports field. Ensuring Airway Maintenance When dealing with a suspected spinal injury, it's imperative to act promptly while ensuring proper airway maintenance: Step 1: Assess the head's position and gently and gradually move it into a neutral alignment to secure the airway. Methods of Head Support There are three effective approaches to support the head without risking further injury: Method 1: Use your hands on either side of the head to hold it securely. Be mindful not to obstruct their ears, maintaining communication with clear direct speech to prevent unnecessary head movements. Method 2: Alternatively, you can support the head by positioning it between your knees on either side. This method reduces physical strain and allows for extended head support. Method 3: For prolonged head support, consider laying down on the floor while using your hands to cradle the head. This approach minimizes fatigue and ensures stable immobilization. https://d3imrogdy81qei.cloudfront.net/video_images/9653/Stabilising_the_spine_in_a_first_aid_emergency.jpg Yes 71 https://www.prosportsfirstaid.co.uk/training/pitchside/video/rice-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/182.mp4 Strains and Sprains and the RICE procedure Dealing with Strains, Sprains, and Muscle Tears: First Aid Understanding Common Injuries Strain: Occurs when a muscle is stretched or torn, often involving tendon damage. Symptoms include bruising, swelling, and pain. Sprain: Involves stretching or tearing of ligaments, commonly seen in the ankle due to sudden joint wrenching. Damages surrounding tissues. Muscle Tear: Such as hamstring injuries in the leg, involve torn muscle fibers, resulting in severe pain and swelling. First Aid Treatment: RICE Method Whether it's a strain or sprain, the initial first aid treatment is the same, focusing on reducing swelling and pain. RICE Method: R - Rest: Help the person sit or lie down comfortably, supporting the injured limb. I - Ice: Apply a cold compress like an ice pack (wrapped in cloth) to reduce swelling. C - Comfortable Support: Apply soft padding and use a conforming or crepe bandage to secure the cold compress gently. Monitor circulation every 10 minutes. E - Elevate: Raise the injured limb using pillows, a bag, or a chair to further reduce swelling. Note: Do not apply ice or cold packs directly to the skin to prevent burns. Moving the Injured Person Considerations for Moving: In the case of a wrist or arm injury, you can usually place the arm in a horizontal sling and assist the person in moving once initial treatment is provided. Be cautious, as they may feel faint or experience significant pain. Help them stand up gradually. For leg or ankle injuries, moving the person can be challenging, and you may need to call for assistance. Ensure they avoid putting weight on the affected area, as swelling and pain can worsen when the limb is no longer elevated. If necessary, assist them in hopping to safety or stay with them until professional help arrives. https://d3imrogdy81qei.cloudfront.net/video_images/315/Strains_and_Sprains_and_the_RICE_procedure-01.jpg Yes 216 https://www.prosportsfirstaid.co.uk/training/pitchside/video/other-injuries-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/292.mp4 Other Types of Injury Types of Injuries and First Aid Procedures 1. Contusion A contusion, often referred to as a bruise or the result of a blunt blow, can vary in appearance due to individual differences. For instance, the elderly or young individuals may bruise more easily. First Aid: Applying a cold compress can help alleviate pain, reduce blood flow, and minimize swelling. 2. Abrasion An abrasion is characterized by a scrape to the skin, usually considered a minor injury. In many cases, rinsing the affected area with clean water or a saline solution may suffice. First Aid: Since it typically involves small capillary cuts and minimal skin removal, covering the area may not be necessary, as bleeding often stops quickly. 3. Laceration Lacerations are rough tears in the skin, often occurring in scenarios like catching one's hand on barbed wire. They can be serious and require treatment similar to that for serious bleeding. 4. Incision An incision refers to a clean cut, which can be caused by, for example, a knife. Depending on the location and depth of the cut, incisions can be serious and even life-threatening. 5. Puncture Puncture wounds involve objects piercing directly into the skin, such as stab wounds. These can also be serious, and treatment should follow the guidelines for serious bleeding. If the object remains in the body, leave it in place and bandage around it. 6. Velocity Velocity injuries occur when an object passes through the body, as in gunshot wounds. This type of injury is severe and is treated as a case of serious bleeding. The extent of damage may not be immediately apparent, so prompt medical assistance is crucial. 7. Amputation Amputation involves the removal of a body part, whether it's a finger, wrist, or leg. The severity of this condition varies depending on the affected body part. First aid includes keeping the patient calm, addressing shock, and treating for serious bleeding. Notify emergency medical services (EMS) and handle the severed body part by wrapping it in cling film or a plastic bag, followed by gauze or soft fabric. Place it in a container of ice, ensuring direct contact with ice is avoided. Label the container with the accident time and provide it to the EMS team. 8. De-gloving De-gloving occurs when all the skin is removed from a body part, such as when a ring becomes entangled in machinery. This can be a distressing and severe injury. https://d3imrogdy81qei.cloudfront.net/video_images/531/Other_Types_of_Injury-01.jpg Yes 165 https://www.prosportsfirstaid.co.uk/training/pitchside/video/electrocution-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/312.mp4 Electrical Injuries Workplace Electrical Accidents: Risks, Injuries, and First Aid Overview An examination of workplace electrical accidents in the UK, including risks, common injuries, and first aid measures. Statistics Annual Incidents: Approximately 1,000 reported electrical accidents occur in UK workplaces annually. Fatalities: Out of these incidents, 25 result in fatalities. Risk Factors Various sources of electrical hazards within the workplace. Common Sources: Mains electricity, high voltage cables, batteries, static electricity, and even lightning. Common Injuries An analysis of the most prevalent injuries resulting from electrical accidents. Direct Contact: Injuries often stem from direct contact with an electrical charge. Potential Causes: Reasons for contact include poorly maintained equipment, machine interactions with power lines, unsuitable equipment in wet or explosive environments, and contact with underground power lines. Electricity Path: When a body part contacts live electricity, it becomes the conduit for the electrical charge, leading to muscle contractions, potential burns, sparks, and more. Severity and Treatment Factors influencing the severity of electrical injuries and initial first aid steps. Current Impact: The severity depends on the current's strength, duration of contact, and the path it takes through the body. Fatality Risk: Currents as low as 60mA can be fatal in wet conditions, affecting the heart's electrical activity and causing cardiac arrest. Burns: Electricity can lead to severe burns, both entry and exit points, which can be painful and slow to heal. Fire and Explosion: Electrical sparks can trigger fires or explosions. First Aid Immediate actions to take when providing first aid for electrical injuries. Scene Safety: Ensure your own safety before assisting the patient. Assess Breathing: Check if the patient is breathing; initiate CPR if necessary. Unconscious Patients: Place unconscious patients in the recovery position and inspect for additional injuries. Secondary Injuries: Assess for burns, falls, flying objects, sharp wires, or melted plastic. Child Safety Preventing electrical injuries involving children through precautions and awareness. Child Risks: Children can encounter electrical hazards from sockets, playing with equipment, or damaging wires. Precautions: Implement safety measures wherever children and electricity may intersect. https://d3imrogdy81qei.cloudfront.net/video_images/571/Electrical_Injuries-01.jpg Yes 207 https://www.prosportsfirstaid.co.uk/training/pitchside/video/eye-injuries-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/437.mp4 Eye Injuries Dealing with Eye Injuries: First Aid and Guidelines Types of Eye Injuries Eye injuries encompass a range of scenarios, including: Cuts Impact injuries Foreign objects entering the eye Exposure to chemicals or other substances Immediate Response Act promptly following these steps: Step 1: If the patient wears contact lenses, encourage them to remove them if possible. Step 2: For chemical exposure, wash the eye meticulously. Ensure that the rinsing flows away from the unaffected eye to prevent contamination. Step 3: In chemical incidents, document the substance for reference and relay this information to emergency medical services. Providing a chemical label or datasheet can be helpful. Step 4: Flush the affected eye with a saline solution, an eyewash station, or clean water for a minimum of 20 minutes to ensure complete removal of the substance. Step 5: Remove small particles like grit, sand, or dirt carefully from the eye using the corner of a sterile dressing or a tissue. Eye Examination and Treatment Depending on the injury type: Scratched Eye: If there's suspicion of a scratched eye, consult a medical professional for evaluation. Cuts Around the Eye: Apply a sterile eye pad dressing to control bleeding and provide comfort to the patient. Reassurance: Support and reassure the patient, especially since impaired vision can increase their anxiety. Offer a tissue if there's any blood around the eye. Do Not Cover Ears: When using an eye pad dressing, avoid covering the patient's ears to ensure unimpaired hearing. Eye Movement Restriction: In cases where eye movement could worsen the injury, instruct the patient to cup their hands over both eyes to prevent any motion. Stay with them to provide reassurance until help arrives. Patient Transport: When moving a patient with an eye injury, handle them with care and maintain a reassuring presence. Important Considerations Remember these crucial points when dealing with eye injuries: Do Not Remove Objects: Never attempt to remove objects that have penetrated the eye. Avoid Eye Contact: Refrain from touching or rubbing the injured eye, applying makeup near it, or using contact lenses until recovery. When to Seek Immediate Medical Attention Refer to NHS guidelines for hospital referral: Strong chemical exposure (e.g., oven cleaner or bleach) Penetration of the eye by a sharp object High-speed impact injury to the eye (e.g., power tool or lawnmower accidents) Post-injury changes in eye appearance Headache, high temperature, or light sensitivity Nausea or vomiting following the eye injury Inability to move or open the eye Blood or pus discharge from the eye https://d3imrogdy81qei.cloudfront.net/video_images/821/Eye_Injuries-01.jpg Yes 206 https://www.prosportsfirstaid.co.uk/training/pitchside/video/applying-plasters https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/724.mp4 Applying Plasters Using Plasters for Wound Protection Types of Plasters Plasters serve as a straightforward solution for safeguarding and maintaining cleanliness around minor injuries. They come in various types, and it's essential to choose the correct type and size based on your needs. Waterproof: Provides protection even in wet conditions. Fabric: Offers flexibility and durability. Gauze: Known for its absorbent properties. The quality of plasters can also vary, with higher-quality options featuring superior adhesive for enhanced protection across different environments. Plaster Selection Plasters are always sterile and are commonly found in most first-aid kits. They come in various shapes and sizes, catering to different wound types and locations. Round plasters are suitable for small wounds or sores. Shape plasters are designed to fit over finger tips. Remember to wear gloves while handling plasters to maintain cleanliness and prevent infection. If the wound contains dirt or grit, clean it before applying the plaster. Applying the Plaster Once you've chosen the appropriate type and size of plaster, follow these steps for proper application: Open the plaster packet. Inspect the application site. Peel back the plaster to reveal the adhesive side. Carefully apply the plaster, ensuring complete coverage. Remove any remaining backing paper. Confirm that the plaster is securely in place and that there is no seepage of blood. https://d3imrogdy81qei.cloudfront.net/video_images/1247/Applying_plasters.jpg Yes 71 https://www.prosportsfirstaid.co.uk/training/pitchside/video/nose-bleeds https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/832.mp4 Nose bleeds Dealing with Nosebleeds: Causes and Treatment 1. Common Occurrence Nosebleeds are a frequent occurrence in both children and adults. While they are typically easy to treat and often do not recur, they can be distressing for children and embarrassing for adults. Nosebleeds are usually caused by the close proximity of blood vessels to the skin in the nasal area, making them susceptible to damage from various factors. Possible Causes: Nosebleeds can result from factors such as inserting objects into the nose, stress, illness, physical impacts to the nose, or facial injuries. Caution: When addressing a nosebleed, exercise extreme care if you suspect a possible nasal fracture or external injuries. 2. First Aid for Nosebleeds Providing immediate care for someone experiencing a nosebleed is essential. Follow these steps: Sit Them Down: Have the individual sit down to avoid any accidents. Offer Comfort: If necessary, provide reassurance and help them stay calm. Forward Leaning Position: Instruct them to lean forward to prevent blood from flowing down the throat, which can lead to vomiting or nausea. Pinch the Nose: Ask them to pinch the soft part of their nose. This action applies pressure and aids in stopping the bleeding. Provide a Bowl: Offer a bowl to allow them to spit out the blood rather than swallowing it. Offer Tissues: If needed, provide tissues for use during the treatment. Apply Pressure: Advise them to maintain pressure on the nose for at least 10 minutes. Check for Bleeding: After 10 minutes, gently remove their fingers to check if the bleeding has ceased. Repeat if Necessary: If bleeding persists, repeat the pressure application for another 10 minutes. Seek Medical Assistance: If the bleeding persists beyond 30 minutes, it is advisable to seek medical attention. 3. Preventive Measures Ensure the person understands the following preventive measures: Refrain from: Advising them to avoid actions like sniffing, coughing, blowing their nose, or talking, as these activities can trigger bleeding and hinder the healing process. Regular Nosebleeds: If nosebleeds occur frequently, they may indicate an underlying issue. In such cases, consulting a doctor is recommended. It's worth noting that children who experience regular nosebleeds often outgrow them without requiring medical treatment. https://d3imrogdy81qei.cloudfront.net/video_images/1449/Nose_bleeds-01.jpg Yes 107 https://www.prosportsfirstaid.co.uk/training/pitchside/video/abdominal-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/864.mp4 Abdominal Injuries Abdominal Injuries: Causes, First Aid, and Urgent Care Understanding the Abdominal Cavity Discover the significance of the abdominal cavity, its location, and the potential risks associated with injuries. Abdominal Anatomy Explore the unique characteristics of the abdominal cavity: Location: Positioned below the ribcage and above the pelvic cavity. Protective Challenge: Unlike the chest and pelvic cavities, there are no bones shielding the abdomen, making it vulnerable to injuries that can result in severe harm to abdominal organs like the liver, spleen, or stomach. Combined Injuries: In some cases, injuries may affect both the pelvic and abdominal regions, necessitating immediate medical attention. Organ Responses to Trauma Understand how different abdominal organs react to traumatic injuries: Hollow Organs: Hollow organs, such as the bladder, are prone to rupture when subjected to trauma, leading to the release of their contents into the surrounding area. Solid Organs: Solid organs like the liver tend to tear instead of rupturing, often resulting in slow bleeding that can easily go unnoticed. First Aid for Abdominal Injuries Learn the crucial steps to take when dealing with traumatic abdominal injuries: Protruding Organs: If an injury causes the patient's internal organs to protrude from the abdominal wall, do not attempt to push them back in, as this can worsen the situation. Correct Position: Have the individual lie flat with their knees bent and cover the exposed organs with a moist, sterile dressing made of non-adhesive material that won't cling to the affected organs. Restrict Food and Drink: Even if the patient complains of extreme hunger or thirst, refrain from allowing them to eat or drink. Seek Immediate Medical Assistance Remember that prompt medical help is essential for any injury. A first aid responder's role is to stabilize the patient until professional assistance arrives. https://d3imrogdy81qei.cloudfront.net/video_images/1503/The_abdominal_cavity-01.jpg Yes 128 https://www.prosportsfirstaid.co.uk/training/pitchside/video/dislocated-shoulders-and-joints https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/866.mp4 Dislocated Shoulders and Joints How to Immobilise a Dislocated Shoulder Introduction In this guide, we will demonstrate the proper technique for immobilising a dislocated shoulder to minimize movement and provide initial support. Using a Sling When a shoulder becomes dislocated, it's essential to restrict sideways motion and position the arm for stability. Follow these steps: Step 1: Retrieve a sling from a standard first aid kit, as demonstrated in the accompanying video. Step 2: Carefully place the arm in a resting position within the sling. Securing the Arm After positioning the arm in the sling, the next crucial step involves securing it in place to prevent outward movement from the front of the body: Step 1: Obtain a second triangular bandage. Step 2: Gently wrap the bandage around the body, ensuring that it firmly holds the arm in position. This immobilisation technique helps keep the arm stable and ready for safe transport to Emergency Medical Services. https://d3imrogdy81qei.cloudfront.net/video_images/1507/Dislocated_Shoulders_and_Joints-01.jpg Yes 90 https://www.prosportsfirstaid.co.uk/training/pitchside/video/chest-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/880.mp4 Chest Injuries Chest Injuries: Types, First Aid, and Treatment Understanding Chest Injuries Explore the various types of chest injuries and the crucial first aid steps required for each. Closed Chest Injuries Closed chest injuries can pose significant risks due to the vital organs housed within the chest cavity. Learn about their nature and the necessary actions: Potential Severity: Closed chest injuries can be severe, impacting critical organs like the heart, lungs, and major blood vessels. Example Scenario: A person involved in a car accident forcefully strikes their chest against the steering wheel. Immediate Action: Most chest trauma cases require urgent medical attention. Always call for an ambulance in cases of potentially serious chest injuries. Rib Cage Damage One common consequence of chest trauma is damage to the rib cage. Understand the implications and symptoms: Effects: The rib cage's curved structure offers some protection, but damage to cartilage or ribs can still occur. Complications: Multiple broken ribs can lead to breathing difficulties as shallow breaths are taken to avoid pain. Flail Segment: In severe cases, adjoining ribs breaking in different places can create a "flail" segment, causing painful and less effective breathing. Signs and Symptoms: Watch for trouble breathing, shallow breaths, tenderness at the injury site, chest deformities, bruising, pain during movement/deep breathing/coughing, blue lips or nail beds, coughing up blood, and a crackling sensation upon touching the skin. First Aid for Rib Injuries Follow these initial steps when dealing with rib injuries: Primary Concern: Prioritize monitoring the patient's ABCs (Airway, Breathing, Circulation). Call for Help: Request an ambulance promptly. Comfortable Position: Assist the victim into a comfortable position, usually seated upright. Secondary Survey: Conduct a secondary assessment and closely monitor the patient's condition for any changes. Open or "Sucking" Chest Wounds Learn about open chest wounds and the critical actions to take when confronted with this type of injury: Description: An open or "sucking" chest wound occurs when the chest wall is penetrated, e.g., by a knife, bullet, or sharp object. Distinctive Signs: Listen for escaping air through the wound, and note the victim's breathing difficulties and pain. Blood may be present in their mouth or they may cough up blood. First Aid for Open Chest Wounds Follow these immediate actions for open chest wounds: Primary Assessment: Begin by assessing the victim's ABCs. Do Not Remove Objects: Avoid removing any embedded objects in the chest. Request Ambulance: Call for an ambulance without delay. Positioning: Lay the patient on their injured side to prevent complications with the good lung. Treat for Shock: Provide shock treatment and maintain careful monitoring. Updated First Aid Guidelines Important information regarding the treatment of sucking chest wounds has been revised: 2016 Rule Change: First aiders no longer use special dressings. The recommendation is to leave the wound open to the elements. Using dressings may pose a higher risk of harm. Immediate Care: Prioritize patient care and seek emergency medical assistance as soon as possible. Summarizing Chest Injuries Chest injuries are always serious, and initial first aid aims to stabilize and reassure the patient until emergency services arrive. https://d3imrogdy81qei.cloudfront.net/video_images/1525/Chest_Injuries-01.jpg Yes 191 https://www.prosportsfirstaid.co.uk/training/pitchside/video/dental-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/909.mp4 Dental Injuries Dental Injury First Aid: Protecting and Treating Tooth Damage Seeing a Dentist for Dental Injuries Understanding when to seek dental care and how to provide initial aid for common dental injuries. Chipped or Broken Tooth Addressing a chipped or broken tooth before reaching the dentist: Protect the Mouth: Shield the injured area to prevent exposure to cold, especially when the injury has exposed a nerve. Consulting a Dentist: Schedule an appointment with a dentist for assessment and treatment. Knocked-Out Tooth Immediate steps to take when a tooth is knocked out: Locate the Tooth: If possible, find the dislodged tooth. Clean the Tooth: Rinse it with saline solution or milk to remove contaminants. Proper Reinsertion: Ensure the tooth is correctly oriented and firmly push it back into place. Stabilize with a Gum Shield: If available, use a gum shield to hold the tooth in position. Seek Dental or A & E Care: Visit a dentist for treatment, or if one isn't accessible, consider the Accident & Emergency department with oral surgery staff. Pain Management How to alleviate pain associated with dental injuries: Over-the-Counter Painkillers: Use pain relievers typically taken for headaches. Post-Injury Care Ensuring the patient is comfortable and prepared for dental treatment: Clean-Up: Address any bleeding, and be aware of potential lip injuries. Comforting Children: Keep young patients calm, as blood may be distressing to them. Remember Timely dental care is crucial for managing dental injuries effectively. https://d3imrogdy81qei.cloudfront.net/video_images/1583/Dental_Injuries-01.jpg Yes 337 https://www.prosportsfirstaid.co.uk/training/pitchside/video/foreign-objects-in-the-eye-ears-or-nose https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1529.mp4 Foreign objects in the eye, ears or nose First Aid for Eye, Ear, and Nose Foreign Objects Eye Foreign Objects If something like an eyelash, sand, dust, or an insect gets into the eye: Flush with Water: Gently hold the eye open and flush with clean or saline water. Positioning: Tip the head slightly to one side and pour water into the inner corner of the eye. Keep Dry: Place a towel around the shoulders to keep them dry. Seek Medical Help If: The foreign object cannot be flushed out. The object is on the white of the eye. Ear Foreign Objects If something is lodged in the ear: Positioning: Encourage the child to tip their head to one side to see if the item falls out. Medical Attention: Seek medical help if the item remains lodged in the ear. Important Note: Attempting to remove objects from the ear may cause damage to hearing and balance. Nose Foreign Objects If a child has something stuck in their nose: Do Not Attempt Removal: Do not let the child or anyone else attempt to remove it. Keep Calm: Keep the child calm and take them to the hospital immediately. Insect in the Ear: If an insect is in the ear: Positioning: Have the child tilt their head with the affected ear up. Flush with Water: Fill the ear with water to flush out the insect. Medical Advice: Seek medical advice if the insect does not float out. Important Note: Seek medical assistance promptly for any foreign objects that have penetrated or become stuck in sensitive areas like the eyes, ears, or nose. https://d3imrogdy81qei.cloudfront.net/video_images/2691/Foreign_objects_in_the_eye__ears_or_nose-01.jpg Yes 136 https://www.prosportsfirstaid.co.uk/training/pitchside/video/types-of-head-injury-and-consciousness https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1530.mp4 Types of head injury and consciousness Head Injuries: First Aid Guide Introduction Head injuries are relatively common, and their severity may not always be immediately apparent to a first aider. It's crucial to handle them with caution due to the brain's sensitivity and the potential for spinal injury. 1. Suspecting Spinal Injury Always consider the possibility of spinal injury when dealing with head injuries. Assess the injury's circumstances carefully. 2. Assessing Consciousness with AVPU To gauge the patient's level of consciousness, use the AVPU scale: A - Alert: Are their eyes open, and do they respond to questions? V - Voice: Do they respond to voice or simple commands? P - Pain: Do they react to touch or pinching? U - Unresponsive: If they don't respond to voice or pain. Record your findings and reassess to report any changes to their condition. 3. Activating Emergency Services If you have any concerns or the head injury seems serious, activate the emergency services immediately. Head injuries can be severe. 4. Monitoring a Head Injury A head injury might not have an obvious site. Monitor the patient carefully as they may act out of character, potentially being aggressive. 5. Recognizing Concussion Concussion can result from head injuries. Symptoms can range from mild to severe, and emergency treatment may be necessary. The common symptoms of concussion include: Nausea and loss of balance Confusion Memory difficulties Feeling dazed or stunned 6. Identifying Cerebral Compression Cerebral compression involves pressure on the brain due to swelling or bleeding, and it's a severe condition. It can be caused by head injuries, strokes, brain tumours, or infections. Signs and symptoms of cerebral compression include: Personality changes Deteriorating consciousness Slow and noisy breathing Intense headache Vomiting Drowsiness Unequal pupils Weakness or paralysis on one side of the body 7. Understanding Cerebral Contusion Cerebral contusion involves brain bruising, occurring in 20-30% of serious head injuries. It results from damaged blood vessels and can lead to motor coordination, numbness, and memory problems. 8. Recognizing Skull Fractures Skull fractures result from direct or indirect force, sometimes causing clear fluid or blood from ears and nose. Seek immediate medical attention in such cases. 9. Basic Treatment for Head Injuries The general approach for head injuries is consistent: Consider potential spinal injury. Treat any bleeding. Activate emergency services. Lie the patient down with head and shoulders raised. Monitor breathing. Avoid giving food or drink. 10. Dealing with Helmets If the patient is wearing a helmet (e.g., cycle, riding, or motorcycle helmet), leave it on unless it obstructs the airway or if they aren't breathing. If helmet removal is necessary, do it slowly and carefully with two people. Note any marks on the helmet as they may provide insight into the injury. https://d3imrogdy81qei.cloudfront.net/video_images/2693/Types_of_head_injury_and_consciousness-01.jpg Yes 389 https://www.prosportsfirstaid.co.uk/training/pitchside/video/bites-and-stings https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1618.mp4 Bites and stings Bites and Stings First Aid: Handling Animal Bites and Insect Stings Bites vs. Stings: Knowing the Difference Understanding the distinctions between animal bites and insect stings and when exceptions may apply. Dealing with Bites Addressing various injuries commonly associated with bites: Bleeding and Skin Damage: Assess and manage bleeding, incisions, and skin tears. Secondary Injuries: Be aware of potential bruising, soft tissue damage, and even broken bones. Ensuring Safety Steps to take to secure the scene when dealing with bite incidents: Scene Assessment: Prioritize safety, especially in cases involving aggressive animals like dogs. Providing First Aid for Bites Immediate actions to take for bite injuries: Wound Cleaning: Use saline solution or clean water to clean the wound. Bleeding Control: Apply a pressure bandage to manage bleeding. Dressing Application: Dress the wound appropriately and arrange for necessary medical assistance. Managing Stings Understanding the unique nature of insect stings and appropriate responses: Toxin Injection: Recognize that insect stings introduce toxins into the skin. Bee Stings Specifics of dealing with bee stings and minimizing further harm: Sting Removal: Safely remove the bee sting by scraping it with a credit card from the base, avoiding additional poison injection. Treatment for Insect Bites Common methods for addressing wasp, mosquito, and other insect bites, usually self-resolving: Topical Creams: Consider using creams or ointments, but these bites often heal naturally. Allergic Reactions Recognizing potential allergies to bee or wasp stings and taking appropriate action: Anaphylactic Response: Be vigilant for signs like difficulty breathing or feeling unwell, especially in individuals with known allergies. Contact Emergency Services: If necessary, seek immediate medical assistance. Remember: Throat swelling following a hand sting may indicate an anaphylactic reaction. https://d3imrogdy81qei.cloudfront.net/video_images/2867/Bites_and_stings-01.jpg Yes 143 https://www.prosportsfirstaid.co.uk/training/pitchside/video/treating-snake-bites https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1958.mp4 Treating Snake Bites Dealing with Adder Bites: First Aid and Precautions Understanding Adder Bites in the UK Learn about the unique characteristics of Adder bites and snake encounters in the UK. The Only Poisonous Snake in the UK Identifying the sole poisonous snake, the Adder, found in the UK. Snake Behaviour Exploring snake behaviour and their typical avoidance of humans and dogs. Threat-Induced Bites: Understanding when and why Adders may bite, such as when threatened during outdoor activities. Bite Incidence: Recognizing the times and body areas where Adder bites are most common. Leave Dead Snakes Alone: Highlighting the risk of a bite reflex even in deceased snakes. Encounters in Outdoor Pursuits Staying cautious during outdoor activities that may bring you into contact with snakes. Responding to an Adder Bite Immediate actions to take and what to expect after an Adder bite: Bite Progression Understanding the stages and symptoms after an Adder bite: Initial Reaction: Early symptoms resembling a wasp sting. Rapid Worsening: The escalation of symptoms, potentially hindering mobility. Severe Symptoms: Dizziness, chest pain, vomiting, breathing difficulties, and more. Anaphylactic Reaction: The body's response to the poison, including swollen tongue and throat. Seeking Immediate Medical Attention Crucial steps to take after an Adder bite: Identify the Snake: If safe, note the snake's appearance or take a picture for accurate treatment. Activate Emergency Services: Immediate action to ensure proper medical care. Time and Observation: Note the time of the bite and monitor swelling progression. Pain Relief: Use paracetamol, avoiding ibuprofen due to potential bleeding and clotting issues. Limb Immobilization: Splinting the affected limb to minimize poison spread. Swelling Tracking: Mark the swelling's edge and record time for monitoring. https://d3imrogdy81qei.cloudfront.net/video_images/3539/Snake_bites-01.jpg Yes 209 https://www.prosportsfirstaid.co.uk/training/pitchside/video/lower-limb-immobilisation https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2667.mp4 Lower limb immobilisation Lower Limb Immobilization: Techniques and Considerations Introduction Lower limb immobilization is a crucial technique used in cases of potential fractures, dislocations, or injuries to the lower extremities, from the pelvis down to the toes. Preparation and Equipment Three Triangular Dressings: Required for splinting and stabilization. Additional Support: Consider using materials to support hollows between the legs for added stability. Extra Rubber Glove: Useful for securing the feet and maintaining alignment. Immobilization Points Immobilization involves securing specific points to minimize movement and provide stability: Above the Knee: Stabilize the femur and neck of femur with a triangular bandage. Below the Knee: Secure the tibia, fibula, and patella. Feet: Apply a figure-of-eight bandage to keep the feet aligned and together. Procedure Positioning: Place the good leg next to the injured leg to minimize movement of the affected limb. Supporting Hollows: Fill any gaps between the legs with padding for stability. Securing Feet: Place a rubber glove over the toes to keep the feet together. Bandaging: Roll up triangular bandages to form straps and secure them under and above the knees, as well as around the ankles. Figure-of-Eight: Apply a figure-of-eight bandage around the feet to maintain alignment and stability. Considerations Do not tie bandages over the fracture or injury site. Adjust technique based on the specific injury; avoid placing pressure on fractured areas. Ensure proper stabilization to prevent further damage during patient movement. Lower limb immobilization provides essential support and stability, facilitating safe transportation of injured individuals. https://d3imrogdy81qei.cloudfront.net/video_images/4761/Lower_limb_immobilisation-01.jpg Yes 283 https://www.prosportsfirstaid.co.uk/training/pitchside/video/elevation-techniques https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2668.mp4 Elevation Techniques Limb Elevation Techniques for Bleeding and Shock Introduction Elevating or moving limbs effectively aids in managing bleeds and mitigating shock. Explore various techniques for limb elevation. Office Chair Elevation Method: Utilize an office chair to raise both legs, allowing gravity to return blood volume to the core, thus increasing blood pressure. Assessment: Monitor radial pulse; restoration of radial pulse indicates blood pressure improvement. Knee Elevation Method: Substitute a knee to elevate limbs when an office chair is unavailable. This technique maintains free hands for assessment. Shoulder Elevation Method: Elevate a limb onto a shoulder, keeping hands free for patient care and evaluation. Utilizing Joint Bends Technique: Leveraging limb joint bends allows for effective elevation. Supporting limbs in the correct position prevents blood loss and improves blood pressure. Motorcycle Helmet Support Method: Placing a motorcycle helmet under the arm of a motorcyclist with a limb injury maintains limb elevation, aiding in reducing blood flow and loss. Postural Drainage Approach: Implement postural drainage techniques to promote blood return to the core, enhancing blood pressure and patient recovery. Conclusion Employing various limb elevation techniques, whether with equipment or improvised methods, plays a crucial role in managing bleeding, alleviating shock, and aiding patient recovery. https://d3imrogdy81qei.cloudfront.net/video_images/4765/Elevation_Techniques-01.jpg Yes 191 https://www.prosportsfirstaid.co.uk/training/pitchside/video/helmet-removal https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2674.mp4 Helmet Removal Helmet Removal Procedure and Safety Tips Risks Associated with Helmet Removal Chin Strap Concerns: Removing helmets must involve two trained individuals to mitigate the risk of airway obstruction caused by the chin strap. Step-by-Step Helmet Removal 1. Chin Strap Release Technique: Lift the red tab of the chin strap to release it easily, aiding in airway clearance. 2. Visor Adjustment Procedure: Lift the visor for better access to the patient's face and enhanced visibility during the removal process. 3. Glasses Removal Precaution: Gently remove glasses to prevent interference during helmet removal. 4. Head Stabilization Technique: Securely grip the helmet low down, aligning the head with the spine to maintain neutral alignment. 5. Coordinated Removal Procedure: With one person stabilizing the head, another removes the helmet in a coordinated rocking motion, ensuring minimal movement of the head and neck. 6. Chin Piece Removal (If Applicable) Method: If the helmet has a flip-up chin piece, carefully remove it before helmet removal, facilitating the process. Post-Removal Considerations Helmet Examination Assessment: Inspect the helmet for damage, noting impact zones and potential injuries. The helmet should accompany the patient to the hospital for further evaluation by consultants. Conclusion Helmet removal requires careful coordination and attention to detail to prevent additional injury to the patient's head and neck. Proper technique ensures the safe removal of the helmet while maintaining head and neck stability. https://d3imrogdy81qei.cloudfront.net/video_images/4777/Helmet_Removal-01.jpg Yes 264 https://www.prosportsfirstaid.co.uk/training/pitchside/video/different-types-of-helmets https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2737.mp4 Different Types of Helmets Types of Safety Helmets Introduction Let's explore various types of safety helmets commonly used in different activities. 1. Open-Face Crash Helmet Description: This type of helmet, commonly used in motorcycling and equestrian sports, provides protection while leaving the face exposed. 2. Mountain Climbing Helmet Description: Designed for mountaineering activities, this helmet offers head protection in rugged outdoor environments. 3. Cycle Helmet Description: Lightweight and aerodynamic, cycle helmets are essential for cyclists to prevent head injuries during rides. Helmet Removal Assistance Procedure When removing helmets, especially in emergency situations, assistance may be required from bystanders. Follow these steps: First Responder: Provide verbal instructions and oversee the helmet removal process. Bystander: Assist the first responder by following their commands carefully, even if they have limited knowledge. By collaborating effectively, the helmet can be safely removed without causing harm to the patient. https://d3imrogdy81qei.cloudfront.net/video_images/4891/Different_Types_of_Helmets-01.jpg Yes 52 https://www.prosportsfirstaid.co.uk/training/pitchside/video/the-carry-chair https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2742.mp4 The Carry Chair Ferno Carry Chair: Safety Check and Usage Introduction In a busy office environment, proper techniques for moving a casualty from one point to another are essential. Let's examine the Ferno Carry Chair and its usage protocol. 1. Safety Check Maximum Carrying Capacity: Check the sticker on the chair for the maximum weight limit, ensuring it is not exceeded (e.g., 114 kilograms). Strap Integrity: Ensure the patient-holding strap is intact, undamaged, and operational. Material Condition: Inspect the chair material for fraying, damage, or tears, especially on the seat and backrest. Wheel Functionality: Verify that the wheels are functional, not jammed or damaged, and suitable for the surface type. 2. Setting Up the Chair Frame Expansion: Extend the chair frame and securely lock it into place. Seat Placement: Set the seat securely on the base, ensuring stability. 3. Patient Preparation Wrap the patient's arms with a blanket, securing them in place to prevent movement during transport. 4. Secure Straps Ensure all straps are tightened securely, particularly the one across the chest, to prevent the patient from leaning or falling. 5. Moving the Patient With two individuals, one at the back of the chair and one assisting at the front, carefully tip the chair back onto its wheels and proceed on a flat surface at a steady pace. 6. Staircase Protocol Only attempt to navigate stairs if necessary and if no alternatives are available. Proceed with caution, ensuring a firm grip and steady movement, one step at a time. Conclusion Utilize the Ferno Carry Chair with caution, adhering to safety guidelines and manufacturer instructions to ensure the well-being of both the patient and the responders. https://d3imrogdy81qei.cloudfront.net/video_images/4901/The_Carry_Chair-01.jpg Yes 380 https://www.prosportsfirstaid.co.uk/training/pitchside/video/elevation-sling2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2746.mp4 Elevated Slings Applying an Elevated Sling for Arm Injuries Learning how to apply an elevated sling is crucial for immobilising an injured arm. This guide will walk you through the process of using a triangular bandage to create an elevated sling, particularly useful for injuries such as a cut to the wrist. Assessing the Injury Before applying the sling, ensure the injury has been assessed, any dressing is secure, and there is no excessive bleeding. Preparing the Triangular Bandage Use a triangular bandage, available in calico or paper versions. Start by identifying the 90-degree corner and tying a knot for elbow support. Application of the Elevated Sling Position the bandage so that the knotted corner sits at the elbow. Tuck the material under the arm and bring the bandage around to secure the arm in an elevated position. Securing and Adjusting the Sling Ensure the bandage is tucked under the hand and around the arm. Tie the bandage at the back in a simple knot. Adjust the sling to ensure comfort and security without restricting blood flow. Final Checks and Transportation Perform a capillary refill check to ensure blood flow is not hindered. Confirm that the sling is comfortably supporting the arm before transporting the patient. Proper application of an elevated sling is a key skill in first aid, offering support and comfort to individuals with arm injuries. https://d3imrogdy81qei.cloudfront.net/video_images/4911/Elevated_Slings-01.jpg Yes 102 https://www.prosportsfirstaid.co.uk/training/pitchside/video/foxseal-chest-seals https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3283.mp4 Foxseal chest seals Foxseal Chest Seal: Effective Treatment for Open Chest Wounds Introduction to Foxseal Chest Seal The Foxseal chest seal serves as an occlusive dressing specifically designed for managing open chest wounds. Its primary purpose is to prevent pneumothorax, ensuring patient safety and facilitating proper wound treatment. Key Features Package Details: The Foxseal chest seal comes in a convenient foil-sealed pack containing two dressings, each catering to a different wound site. The packaging includes essential product information such as expiry date and manufacturing codes. Laxtex-Free Design: The dressings are latex-free, minimising the risk of adverse reactions for a wider range of patients. Adhesive Quality: The dressing features specially designed adhesive that adheres effectively even to wet or hairy skin. Its compact design ensures it fits seamlessly into most first aid kits without the need for folding, which could compromise packaging integrity. Extreme Condition Compatibility: The adhesive is engineered to perform reliably even in extreme conditions, making it a suitable choice for various scenarios. Ventilation Option: The Foxseal chest seal lacks a valve, yet it offers an innovative solution for venting the chest through an easy-to-grip tab. Application Steps Step 1: Begin by wiping the wound area to eliminate any dirt or fluids present. Step 2: Gently grip and peel a Foxseal dressing from the clear liner. Step 3: Carefully position the dressing on the chest, ensuring the wound aligns with the dressing center. The adhesive side should face downward, adhering securely to the skin. Step 4: Apply firm pressure to firmly seal the dressing onto the chest. Step 5 (Venting the Wound): If necessary, use the tab to easily vent the wound area, ensuring proper air circulation. Step 6 (Multiple Wounds): For multiple wounds, repeat the steps with an additional dressing to effectively treat each site. Conclusion: Effective Wound Management with Foxseal The Foxseal chest seal offers a practical and efficient solution for treating open chest wounds. Its user-friendly design, adhesive quality, and ventilation option make it a valuable addition to any first aid kit. By following the proper application steps, healthcare providers can ensure optimal wound care and patient safety. https://d3imrogdy81qei.cloudfront.net/video_images/5755/Foxseal_chest_seals-01.jpg Yes 157 https://www.prosportsfirstaid.co.uk/training/pitchside/video/what3words---location-app https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4780.mp4 What3Words - location app Using What3Words to Pinpoint Your Location for Emergency Services When calling emergency medical services, accurately describing your location can be difficult, especially in remote or unfamiliar areas. What3Words is an app that helps solve this problem by pinpointing your exact location using three unique words. How What3Words Works What3Words assigns three random words to a 3-meter by 3-meter square on the Earth's surface. By providing these words to emergency services, they can quickly and accurately find your location. Using the What3Words Website You can use the What3Words website (www.what3words.com) to find your current location or search for a specific address. The algorithm also includes error checking to ensure that slightly incorrect words still lead to the correct location. Using the What3Words App By downloading the What3Words app on your smartphone, you can easily find your current location and store saved locations for future reference. Who Uses What3Words? Around 80% of UK emergency services now use What3Words, along with roadside assistance services like the AA and various UK delivery companies. How to Find Your Location Using What3Words Visit www.what3words.com or open the app. Search for a postcode, or place, or allow the app to find your current location. Select the correct 3-meter square on the map to generate the three unique words for that location. Take note of the three words for future reference or to share with emergency services. What3Words is an innovative and effective way to pinpoint your exact location, no matter where you are in the world. Give it a try to ensure your safety during emergencies. https://d3imrogdy81qei.cloudfront.net/video_images/8507/What3Words_-_location_app.jpg Yes 119 https://www.prosportsfirstaid.co.uk/training/pitchside/video/excessive-blood-loss https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1956.mp4 Excessive Blood Loss Recognizing and Treating Blood Loss: First Aid Guide Understanding Blood Loss Hidden Threat: Excessive blood loss doesn't always involve visible skin injuries; it can occur internally with fractures or organ damage. Impact of Fractures: Even when the skin remains intact, a broken thigh bone can lead to blood loss of up to one litre; if there's an external bleed, this can escalate to one to two litres. Pelvic Fractures: Pelvic fractures can range from minor blood loss to severe cases where a person can lose all their blood, as the main femoral artery passes over the pelvis. Organ Injuries: Injuries to organs such as the spleen, liver, or chest can result in varying levels of blood loss, from minimal to total. Recognizing Blood Loss Challenging Recognition: Identifying severe blood loss can be difficult. It's wise to assume the worst and treat accordingly due to the challenges of assessing both external and internal bleeding. Factors Affecting Recognition: Various factors like age, size, weight, medical conditions, fitness, and medications can influence how signs and symptoms manifest, potentially masking them until the situation becomes critical. Assessment and Response Collect Information: Gather details about the incident history and assess the injury mechanism. Watch for Signs: Keep an eye out for these signs: Pale, Cold, Sweaty Skin Rapid Breathing (Over 20 breaths per minute) Thirst Rapid Pulse (Over 100 beats per minute) Altered Mental State Anxiety, Confusion, Drowsiness, Restlessness Unconsciousness Emergency Treatment Immediate Actions: Activate Emergency Services: Call for professional help. Treat External Bleeding: Address any visible external bleeding. Identify Internal Bleeding: Attempt to determine if there is internal bleeding. Position and Monitor: Lay Down: Place the individual on their back. Raise Legs (If Possible): Elevate their legs if feasible. Keep Warm: Ensure they stay warm. Monitor Consciousness and Vital Signs: Continuously assess their consciousness and vital signs. https://d3imrogdy81qei.cloudfront.net/video_images/3535/Excessive_Blood_Loss-01.jpg Yes 129 https://www.prosportsfirstaid.co.uk/training/pitchside/video/hazards-of-using-oxygen https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1290.mp4 Hazards of using oxygen Safety and Handling of Medical Oxygen: Essential Guidelines Oxygen Toxicity Hazards Understanding the Risks of Prolonged Medical Oxygen Use CNS Oxygen Toxicity: A Rare Central Nervous System Condition Pulmonary Oxygen Toxicity: Rare Pulmonary Effects While rare, the hazards of medical oxygen use include CNS and pulmonary oxygen toxicity. Oxygen's Combustion Risks Recognizing the Fire Triangle Component and Combustion Dangers Fire Triangle Component: Oxygen's Role High Combustion Potential: Vigorous Burning of Materials Dangerous Combinations: Risks with Oils, Greases, Tarry Substances, and Plastics Medical oxygen strongly supports combustion and poses risks with various substances. Equipment Handling Ensuring Safe Handling, Cleaning, and Maintenance of Equipment Proper Equipment Care: Cleaning and Maintenance as Per Manufacturer's Specifications Explosion Risks: Avoiding Carbon Build-up and Sparks Indoor Use: Ensuring Adequate Ventilation and Fire Safety Guidelines for safe handling and storage of oxygen equipment and minimizing explosion risks. Use of Oxygen with AEDs Precautions When Combining Oxygen and Automated External Defibrillators Spark Risks: Removing Oxygen Mask During AED Shock Safe Equipment: Use Only Oxygen-Compatible Devices Safely combining oxygen and AEDs while considering potential sparking hazards. Storage and Transportation Proper Handling During Storage and Transportation Correct Storage: Following Manufacturer's Recommendations Warning Signs: Display in Buildings and Vehicles Safe Transport: Securing Oxygen to Prevent Damage or Injury Regular Servicing: Ensuring Equipment Fitness Guidelines for storing, transporting, and servicing oxygen equipment. Legal Considerations Understanding Legal Requirements and Risk Assessments Prescription Status: Oxygen as a Prescription Drug in Some Countries Hazardous Substance: Conducting Workplace Risk Assessments Special Requirements: Identifying Storage and Labeling Needs Legal aspects and risk assessments related to the handling of medical oxygen. https://d3imrogdy81qei.cloudfront.net/video_images/2295/Hazards_of_using_oxygen-01.jpg Yes 145 https://www.prosportsfirstaid.co.uk/training/pitchside/video/jext https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/496.mp4 Jext® Using Jext Auto-Injector: Anaphylaxis Treatment Jext Auto-Injector Dosages Two Dosage Options: The Jext auto-injector offers two dosage options with no physical differences: Jext 150: Designed for individuals weighing approximately 15-30 kilograms. Jext 300: Designed for individuals weighing over 30 kilograms. Understanding the Jext Auto-Injector Activation and Safety: The Jext unit features a yellow cap on the top. Removing the cap activates the device. If the cap is accidentally removed without intent to use, carefully reattach it without touching the black end, where the needle emerges. Clear Usage Instructions: Instructions with illustrative images are provided on the side of the Jext, guiding users through the injection process. Needle End Identification: The black end of the Jext is where the needle is located, with a marked arrow indicating 'needle end' for clarity. Status Indicators: The Jext unit has two windows: Red: Ready for use Green: Already used The drug itself can be observed through another window, appearing clear and colourless. Any presence of precipitates or discolouration indicates the need for a replacement Jext. Shelf Life and Expiry Alert: A typical Jext auto-injector has a shelf life of approximately two years, manufacturer-dependent. You can sign up for an Expiry Alert Service on the Jext website. Always check the expiry date before use. Obtaining a Replacement: To replace your Jext auto-injector, whether it has expired or been used, visit your doctor for a repeat prescription. The Jext is lightweight and easy to transport, similar in weight to a standard whiteboard marker. Using the Jext Auto-Injector Proper Administration: Follow these steps to use your Jext auto-injector: Sit down and hold the Jext in your dominant hand. Ensure the black end faces downward, with the yellow cap on top. Remove the cap by pulling upwards. Place the black end against your thigh and push it inwards, counting to 10. Gently pull upwards to cover the needle automatically. Rub the injection site for at least 10 seconds to aid rapid drug absorption. Lay the unit down and provide it to emergency services upon their arrival. https://d3imrogdy81qei.cloudfront.net/video_images/1017/Jext®-01.jpg Yes 143 https://www.prosportsfirstaid.co.uk/training/pitchside/video/storage-and-disposal https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/500.mp4 Storage and disposal Proper Storage and Disposal of Auto-Injectors Understanding Storage Requirements Auto-Injector Specifics: Each auto-injector has unique temperature range requirements for correct storage. It's crucial to know these specifics to ensure proper storage conditions. Information Sources: Obtain storage instructions from the manufacturer's website, your pharmacist, doctor, or the ProTrainings website to guarantee accurate storage. Temperature Sensitivity: All auto-injectors must be stored within defined temperature limits to prevent damage. Extreme temperatures can alter the chemical composition and render the device ineffective. Cold Temperature Considerations Extreme Cold: When facing freezing conditions, such as a snowy or frosty environment, ensure the temperature stays within your auto-injector's specified range. Avoid exposing it to extreme cold. Hot Temperature Precautions Car Storage: On hot sunny days, the interior of a car can become exceptionally hot, potentially jeopardizing your auto-injector. Use insulated storage options or store it in the car's trunk to maintain proper temperature. UV Protection: Some units require UV protection due to the adverse effects of UV light on certain chemicals. Keep your auto-injector in its provided storage case, protecting it from UV light, dust, and other contaminants. Disposal of Auto-Injectors Post-Use Disposal: If you've used an auto-injector, hand it over to paramedics or medical professionals at the scene for accurate record-keeping and patient care. Expired or Damaged Units: Auto-injectors with expired or undamaged medicine must be returned to your pharmacist, doctor, or hospital for proper disposal. Never dispose of them in regular household waste due to the needle and potentially harmful contents. Follow these guidelines for the correct storage and disposal of auto-injectors, ensuring their effectiveness and safety. https://d3imrogdy81qei.cloudfront.net/video_images/1019/Storage_and_disposal-01.jpg Yes 185 https://www.prosportsfirstaid.co.uk/training/pitchside/video/signs-and-symptoms-of-anaphylaxis https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/503.mp4 Signs and Symptoms of Anaphylaxis Childhood Allergies and Anaphylactic Reactions Common Childhood Allergies Food Allergies: Children often suffer from allergies to food substances like peanuts, with even a tiny trace capable of triggering a severe anaphylactic reaction. Quick Onset: Anaphylactic reactions usually occur rapidly, but in some cases, symptoms may take a few hours to manifest. Immediate EMS Activation: If you suspect an anaphylactic reaction, it is vital to call the Emergency Medical Services (EMS) without delay. Signs and Symptoms of Anaphylaxis General Symptoms: General signs can include itchy, watery eyes, headaches, or a runny nose. Skin Problems: Skin-related symptoms encompass swelling of the face, lips, tongue, neck, or hands, itching, hives, rashes, or red skin. Breathing Problems: Respiratory issues consist of coughing, difficulty swallowing, rapid or noisy breathing, wheezing, or a burning sensation in the chest and throat. Severe breathing problems indicate a severe allergic reaction. Heart or Circulation Problems: Cardiovascular signs may involve an increased heart rate, decreased blood pressure, excessive sweating, or cool and clammy skin. Mental Status Problems: Alterations in mental status can encompass confusion, agitation, hallucinations, fainting, or loss of consciousness. https://d3imrogdy81qei.cloudfront.net/video_images/1003/Signs_and_Symptoms_of_Anaphylaxis-01.jpg Yes 84 https://www.prosportsfirstaid.co.uk/training/pitchside/video/who-prescribes-auto-injectors https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/507.mp4 Who prescribes auto injectors? Prescription and Proper Usage of Auto-Injectors Obtaining an Auto-Injector Prescription-Only Medicine (P.O.M): An auto-injector is classified as a Prescription-Only Medicine (P.O.M) and can only be acquired through a doctor's prescription. Unique Prescriptions: Each auto-injector prescription is tailored to the individual patient's needs, accounting for factors such as dosage requirements and specific medication types. Strict Medication Adherence: Never use another person's auto-injector, as it may not be the correct unit or dosage. Doing so can endanger both the individual with the prescription and the person in need. Emergency Situations Immediate Action: If you encounter someone experiencing a suspected anaphylactic reaction without a prescribed auto-injector, do not use another person's device. Call Emergency Services immediately for guidance on how to assist. Doctor's Role Personalized Medication: Doctors assess various factors, including allergies, medical history, and drug effectiveness, to prescribe the most suitable auto-injector and dosage. Regular Check-ups: Patients should maintain ongoing communication with their doctors to ensure their treatment remains appropriate and effective. Pharmacist's Assistance Drug Dispensation: Pharmacists provide patients with prescribed auto-injectors, offering guidance on proper usage and storage. Storage and Disposal Advice: Pharmacists can offer information on correct storage procedures and safely dispose of expired medications upon request. Seek Professional Guidance: If you have questions or require advice, don't hesitate to consult your doctor, practice nurse, or pharmacist for assistance. https://d3imrogdy81qei.cloudfront.net/video_images/1021/Who_prescribes_auto_injectors-01.jpg Yes 134 https://www.prosportsfirstaid.co.uk/training/pitchside/video/giving-a-second-dose https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/511.mp4 Giving a second dose 💉 Using a Second Auto-Injector In some cases, one auto-injector may not be enough to treat a severe allergic reaction. A doctor may prescribe two auto-injectors based on the patient’s medical history, previous reactions, body size, or severity of allergy. However, not all patients are prescribed two, so it’s important to ask the patient directly if they carry two auto-injectors. 🕒 When to Use the Second Auto-Injector If the first auto-injector has been used and the casualty is no better or getting worse, a second dose may be given between 5 and 15 minutes later. After administering the first auto-injector, it's good practice to locate the second unit immediately in case it is needed. 💡 How to Use the Second Injector Auto-injectors are single-use only. The second dose should be given in the opposite leg to the first injection for the best chance of success. 🚑 Informing Paramedics Always tell the paramedics exactly what has been done – including the fact that two auto-injectors have been used. This information is vital, as paramedics may administer further medications upon arrival. 🧾 Storage and Expiry Tips If you are the patient and have been prescribed two auto-injectors: Store them together and according to the manufacturer’s instructions. Check the expiry dates regularly. Even if prescribed at the same time, expiry dates may differ between the two units. https://d3imrogdy81qei.cloudfront.net/video_images/1007/Giving_a_second_dose-01.jpg Yes 90 https://www.prosportsfirstaid.co.uk/training/pitchside/video/checking-your-auto-injector-and-expiry-dates https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/576.mp4 Checking Auto Injector and Expiry Dates Auto-Injector Maintenance and Readiness Regular Inspection Check Expiry Date: Ensure your auto-injector is within its expiration date. Replace it promptly if it has expired or is nearing expiration. Many manufacturers offer expiry notification services. Visual Examination: Conduct a visual inspection to confirm that your auto-injector is undamaged. Some brands allow you to inspect the solution for any changes in appearance. UV Protection: Many auto-injectors come with UV protection cases to shield them from sun damage. Always store your device in these cases to prevent potential harm. Temperature Considerations: Adhere to the recommended temperature ranges for your specific auto-injector. Avoid extreme heat, such as leaving it in a hot car during summer, and extreme cold that may lead to freezing in winter. Maintaining Readiness Keep in Original Case: Store your auto-injector in its original case to safeguard it from damage and ensure it remains functional when needed. Multiple Auto-Injectors: If you possess multiple auto-injectors or keep units in different locations, consistently inspect them at the same time to maintain readiness. Seek Professional Advice: If you identify any issues with your auto-injector, consult your doctor or pharmacist for guidance. Ensuring they are ready for use is crucial for effectively treating an anaphylactic reaction. https://d3imrogdy81qei.cloudfront.net/video_images/1013/Checking_Auto_Injector_and_Expiry_Dates-01.jpg Yes 89 https://www.prosportsfirstaid.co.uk/training/pitchside/video/epipen2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/901.mp4 EpiPen® Using EpiPen: Anaphylaxis Treatment The EpiPen and EpiPen Junior Essential Anaphylaxis Equipment: The EpiPen is an auto-injector designed to deliver adrenaline swiftly during anaphylactic shock. It comes in two variants, the EpiPen and the EpiPen Junior. Proper EpiPen Handling Protective Storage: When not in use, EpiPens must always be stored inside their protective cases to avoid accidents and maintain their integrity. Clear Usage Instructions: Each EpiPen is equipped with easy-to-read instructions along its side. It is crucial to read these instructions to ensure correct usage. Safety Cap Awareness: The blue cap, located at the top of the EpiPen, acts as a safety cover, preventing the needle from deploying when not in use. Removing the cap activates the device. Replacing the Safety Cap: While the cap can be replaced without using the EpiPen, it should be done carefully to prevent accidental adrenaline injection. Administering the EpiPen Proper Procedure: When using the EpiPen, follow these steps: Remove the EpiPen from its case. Lie down with your legs slightly raised to maintain blood flow, or sit down if breathing is difficult. Remove the safety cap. Gently press the auto-injector against the thigh, even through clothing. Ensure the needle won't encounter thick seams or objects in pockets. Hold it in place for 3 seconds, then remove it. Remain in place until emergency services arrive. If treating an unconscious person, place them in the recovery position. Needle Cover Safety: After use, a needle cover will automatically protect the needle, preventing needle injuries. Handover to Emergency Services: Give the used EpiPen to emergency services after use for proper disposal and to provide details of the administered treatment. If a second dose is needed, repeat the process and inform emergency services accordingly. https://d3imrogdy81qei.cloudfront.net/video_images/1569/EpiPen®-01.jpg Yes 112 https://www.prosportsfirstaid.co.uk/training/pitchside/video/biphasic-anaphylactic-response https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/903.mp4 Biphasic Anaphylactic Response Biphasic Anaphylactic Response: Understanding the Two-Phase Reaction The Biphasic Anaphylactic Response Two Distinct Phases: Anaphylaxis is typically associated with a single reaction, but it's essential to explore the potential of a biphasic anaphylactic response. Immediate and Recurrent Reactions Exploring the Concept: Biphasic response entails two separate and distinct reactions, with the initial response followed by a recurrence of symptoms after a time interval. Recurrence Without Re-Exposure Crucial Distinction: Unlike a standard allergic reaction, a biphasic reaction can occur without re-exposure to the allergen, making it especially unpredictable. Timing and Severity Varied Onset and Impact: A biphasic reaction may manifest within 2 to 72 hours after the initial incident, sometimes long after hospital discharge, affecting up to 20% of cases. Severity Levels Ranging Effects: The subsequent reaction can be milder, equally severe, or even more severe than the initial response, presenting a wide spectrum of symptoms, including potentially fatal ones. Unpredictable Symptoms Changing Clinical Presentation: It's essential to note that biphasic reactions may not exhibit the same symptoms as the initial reaction, adding to the challenge of predicting a second occurrence. Assessing the Risk Estimating Recurrence Probability: Predicting a second reaction is complex, but higher initial reaction severity or the use of two auto-injectors may elevate the chances of a recurrence. Care and Monitoring Vigilant Observation: If you're responsible for someone's care, close monitoring is essential. When providing first aid, consider informing the individual, parents, or guardians to watch for additional symptoms after hospital discharge. Professional Guidance Expert Advice: While understanding biphasic reactions is crucial, it's important to remember that all anaphylaxis patients receive hospital care and are advised on necessary post-discharge precautions. Preparedness and Monitoring Securing Safety: Upon hospital discharge, always ensure that a spare auto-injector is available. Vigilantly monitor the patient for up to 72 hours post the initial attack to be fully prepared for any possible recurrence. https://d3imrogdy81qei.cloudfront.net/video_images/1901/Biphasic_Anaphylactic_Response-01.jpg Yes 112 https://www.prosportsfirstaid.co.uk/training/pitchside/video/adult-cpr-intro-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/103.mp4 Adult CPR Introduction What Is CPR and How Does It Work? CPR, or cardiopulmonary resuscitation, is a life-saving technique used when someone is not breathing normally. Its purpose is simple but vital: to keep oxygen-rich blood circulating around the body until professional help arrives. How CPR Keeps the Body Alive During CPR, you push down firmly on the chest. This action squeezes the heart, forcing blood out of it and around the body. Although CPR does not restart the heart, it helps maintain circulation to the brain and other vital organs. The heart itself is divided into two sides: The right side pumps blood to the lungs, where it picks up oxygen. The oxygen-rich blood then returns to the left side, which pumps it around the body through the arteries. This continuous cycle supplies oxygen to the organs and tissues throughout your life. The heart automatically adjusts its speed, beating faster during exercise and slowing when you rest. What Happens in Cardiac Arrest The heart beats because it produces small electrical impulses from its natural pacemakers. These signals cause the heart muscle to contract in a coordinated way. However, problems can occur. For example: A blockage can reduce the supply of oxygen-rich blood. The heart can enter cardiac arrest, where it stops beating effectively. In around 85–90% of cardiac arrests, the heart goes into a rhythm called ventricular fibrillation (VF). In VF, the heart muscle twitches or quivers instead of pumping, meaning no blood is circulated. Why CPR and Defibrillation Are Essential When the heart is in VF, CPR is used to manually pump blood by pressing on the breastbone and compressing the heart. This keeps oxygen moving around the body but does not restart the heart. The only way to restart the heart is with a defibrillator. A defibrillator delivers a controlled electrical shock designed to stop the abnormal rhythm and allow the heart to resume a normal beat. Paramedics may also give medications to support recovery. When to Start CPR CPR may sound technical, but the decision to start is very simple. You do not need to know what the heart is doing. If a person is: Unresponsive, and Not breathing normally Then CPR must be started immediately. Why Your Actions Matter Survival rates following cardiac arrest are strongly influenced by what you do: No CPR: Survival rate is around 4.3% Chest compressions only: Survival increases to around 7.7% Full CPR (compressions and breaths): Survival rises to approximately 13.6% These figures show a clear message: taking action saves lives. Key Message You do not need medical knowledge to save a life. If someone is not breathing, start CPR immediately. Chest compressions keep blood flowing, and early defibrillation gives the heart the chance to restart. Doing something is always better than doing nothing. https://d3imrogdy81qei.cloudfront.net/video_images/159/Introduction_to_CPR.jpg Yes 156 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aed-post-resuscitation-procedures https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1401.mp4 AED Post Resuscitation Procedures Understanding Cardiac Arrest: Causes, Effects, and Interventions Cardiac arrest is a medical condition characterised by the abrupt cessation of heart function, leading to a halt in breathing and a shutdown of brain activity due to inadequate blood supply. With over a million cardiac arrest events annually in North America and the European Union, it's essential to recognise its potential reversibility with timely medical intervention. Cardiac Arrest: A Potentially Reversible Condition Despite its clinical synonymity with death, cardiac arrest can be potentially salvageable, especially during the initial stages. Medical interventions can restore blood flow and reactivate the heart, effectively reviving the patient. However, only 20-50% of resuscitation attempts result in the reactivation of the heart. Survival Rates Post Cardiac Arrest Regrettably, complications often follow successful revival, leading to a high mortality rate. Survival rates until hospital discharge are significantly lower. For cardiac arrests occurring outside hospital settings, survival rates can range from 1-15%, while for in-hospital cardiac arrests, discharge rates are around 25%. Return of Spontaneous Circulation (ROSC) ROSC signifies the resumption of sustained cardiac activity, coupled with considerable respiratory effort following cardiac arrest. Signs of ROSC include observable breathing, coughing, or movement, a palpable pulse, and measurable blood pressure. Interventions such as cardiopulmonary resuscitation and defibrillation can enhance the chance of achieving ROSC. Post-Resuscitation Complications Despite the successful recovery of heartbeat post-resuscitation, significant organ damage often leads to eventual death. Estimates suggest that a third of these deaths result from brain or neurological damage, another third from heart or myocardial damage, and the remainder from various inflammatory processes. The Impact of Cardiac Arrest on the Brain Within the brain cells, oxygen levels rapidly diminish, reaching zero within approximately two minutes of a cardiac arrest. Simultaneously, energy stores are depleted, leading to toxic material accumulation within the cells, such as lactate and acid. This cellular toxicity results in extensive cell damage and, ultimately, cell death. First Aid Approach in Cardiac Arrest Cases While first aid cannot directly counteract future brain damage, it can significantly help manage and monitor the patient's condition. Important steps include monitoring the patient's breathing, pulse, blood pressure, and oxygen saturation (if possible); administering oxygen; positioning the patient correctly; preparing for a potential cardiac arrest; and providing detailed information to medical professionals, potentially including data from an Automated External Defibrillator (AED) unit. https://d3imrogdy81qei.cloudfront.net/video_images/2531/AED_Post_Resuscitation_Procedures-01.jpg Yes 191 https://www.prosportsfirstaid.co.uk/training/pitchside/video/advanced-decision-and-dnr-cpr-in-basic-life-support https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2907.mp4 Advanced Decision and DNR CPR in Basic Life Support Respecting Do Not Resuscitate (DNR) Orders in Emergency Care This guide provides essential information about understanding and respecting DNR orders during resuscitation scenarios. What are DNR Orders? DNR orders are legal directives made by patients, often those with terminal illnesses, choosing not to undergo resuscitation efforts at the end of life. These decisions are made in consultation with medical professionals and family members. Identification of DNR Orders DNR orders are usually documented on a red form, signed by the patient, their GP, and nursing staff. The patient's cognitive ability to make such a decision is crucial during the process. Protocol for Healthcare Providers Presence of DNR Orders During an Emergency It is mandatory for a DNR order to be physically present and accessible during a cardiac arrest or at the time of death. Family members should be able to present the DNR order to healthcare providers before resuscitation begins. Actions in the Absence of DNR Orders In cases where a DNR order is not readily available or there is uncertainty, healthcare providers have a duty of care to initiate resuscitation. Always verify the existence of a DNR order before ceasing resuscitation efforts. Guidance for Responding to DNR Orders Verification is Key If informed about a DNR order verbally, request to see the document. If in doubt, proceed with resuscitation until further clarification is obtained. Legal Protection for Rescuers Attempting resuscitation in the absence of a DNR order is legally protected. It is better to err on the side of caution and begin resuscitation until qualified medical personnel arrive or until you receive official confirmation to stop. Conclusion DNR orders are vital in respecting the end-of-life wishes of patients. However, in emergency situations, always seek to confirm the presence of a DNR order before altering standard resuscitation procedures. https://d3imrogdy81qei.cloudfront.net/video_images/5207/Advanced_Decision_and_DNR_CPR_in_Basic_Life_Support-01.jpg Yes 177 https://www.prosportsfirstaid.co.uk/training/pitchside/video/burns-kits https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/424.mp4 Burns and burn kits Dealing with Burns: First Aid Guide Understanding Burn Types Burns can occur through various means, including contact with hot objects, steam, chemicals, electricity, or sun exposure. Treating Burns: The General Rule The primary approach to treating burns is to cool the affected area under running water for a minimum of 20 minutes or by gently pouring cool water over the burn for the same duration. This thorough cooling helps prevent further damage and ensures the skin is adequately cooled. When Running Water Isn't Available In situations without access to running water, burn kits become valuable. These kits are commonly found in kitchens and areas with an elevated risk of burn injuries. Burn dressings found in these kits are gel-based, designed to cool the burn without adhering to the injured area. Maintaining Cleanliness Handling burns requires utmost care, as they compromise the body's natural infection barrier. Therefore, it's crucial to maintain strict cleanliness when dealing with burns. Understanding Burn Severity Burns can vary in intensity and fall into different categories: Superficial burn: Affects the outer skin layer, typically caused by brief contact with heat sources like irons or flames. Symptoms include redness and pain. Partial-thickness burn: Involves damage to both the outer skin layer and part of the second layer, resulting in blisters, redness, swelling, and pain. Full-thickness burn: Affects all skin layers, potentially causing pain or nerve damage, sometimes leading to a lack of pain sensation. Note: Burns can also be a combination of partial and full thickness, with varying severity across the affected area. Factors to Consider Several factors influence burn injuries: Patient's age: Young and elderly individuals typically have thinner skin, making them more susceptible to burns. Location of the burn: The burn's location on the body can impact its severity. Assessing Burn Size For assessing burn size, the "Rule of Nines" is commonly used: Hand: 1% Head: 9% Front of the body: 18% Back of the body: 18% Each leg: 18% Each arm: 9% The burn's severity depends on the percentage of the body affected, as calculated using the Rule of Nines and the burn's thickness (partial or full). This calculation is essential for informing Emergency Services about the situation. First Aid Solutions Various dressings and first aid solutions for burns are available, including burn wrap and special dressings, gels, and sprays. These products are designed to protect and soothe burn injuries. Dealing with Burned Clothing If clothing is stuck to a burn, avoid peeling it off. Instead, carefully cut around the affected area when necessary to prevent further damage. Additional Burn Kit Items Common items found in burn kits include safety scissors for cutting clothing, gloves for protection, and saline solution for cleansing. https://d3imrogdy81qei.cloudfront.net/video_images/795/Burns_and_Burns_Kits-01-8CC3131DF1.jpg Yes 528 https://www.prosportsfirstaid.co.uk/training/pitchside/video/sports-first-aid-responder-practical https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5720.mp4 Sports First Aid Responder Practical Sports First Responder Course The Sports First Responder Course offers flexibility to complete your training 100% online. However, if you prefer a hands-on approach, you can enhance your learning with a practical element. Online and Practical Training Options Our course is designed to be fully completed online. For those seeking additional practical experience, you have the following options: Regional Centres: Attend one of our regional centres to complete the practical component of the course. On-Site Training: Contact us to arrange for an instructor to come to your location, allowing you to complete the practical elements at your convenience. Practical Skills and Scenarios During the practical sessions, you will apply the skills learned online in real-life scenarios. For instance, if you have studied CPR online, the practical course will give you the opportunity to practice CPR hands-on. The practical component includes: Practical Activities: Engage in a range of exercises to reinforce your online learning. Scenario Drills: Participate in simulated scenarios to ensure you can apply both the theoretical and practical aspects of the course effectively. Contact Us If you are interested in adding a practical element to your Sports First Responder Course, please get in touch with us: Phone: 01206 805359 Email: support@protrainings.uk Enhance your first responder skills with our comprehensive online and practical training options. We look forward to helping you achieve your training goals. https://d3imrogdy81qei.cloudfront.net/video_images/10199/Sports_First_Aid_Responder_Practical-01.jpg Yes 63 https://www.prosportsfirstaid.co.uk/training/pitchside/video/course-introduction---- https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5725.mp4 Course introduction Welcome to the Sports First Responder Level 3 Course Welcome to the Sports First Responder Level 3 Course from ProTrainings Europe. This specialised course is designed to address the types of injuries commonly encountered in sports and pitch-side events. Course Overview This course is an adaptation of our standard first responder training, tailored to the sports environment while still providing the full skill set required for general first response. Throughout the course, you will: Watch a series of instructional videos Complete knowledge review questions Take a brief completion test You can start and stop the course as needed, picking up exactly where you left off. Videos can be watched repeatedly during and after the course. The course is accessible on any device, so you can begin on your computer and finish on your smartphone or tablet. Features and Support Enhance your learning experience with the following features: Pin Videos: Click the corner of a video to pin it to the top of your screen, allowing you to view text while watching. Course Text: Each page contains text that complements the video content. Subtitles can be enabled by clicking the CC icon. Additional Help: Access further assistance if you answer any questions incorrectly. Completion and Certification Upon passing the test, you will receive a completion certificate and other downloadable materials, which you can print. Your access to the course lasts for eight months from the start date, allowing you to revisit the content even after passing the test. Company Solutions and Support If you manage staff training and need more information on our company solutions, we offer free company dashboards. Contact us via email, phone, or our online chat facility for further details. Although this course is delivered online, we provide comprehensive support throughout your training. Stay Updated To keep your skills fresh and informed, you will receive an email every Monday morning. These emails will include updates on new videos added to the course, news from our blog, and more. You can choose to receive or opt-out of these emails at any time. We hope you find the course valuable and enjoyable. Thank you for choosing ProTrainings. Good luck! https://d3imrogdy81qei.cloudfront.net/video_images/10207/Course_Introduction-01.jpg Yes 141 https://www.prosportsfirstaid.co.uk/training/pitchside/video/respiration-and-breathing https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1390.mp4 Respiration and Breathing Recognizing Breathing Difficulties in First Aid Normal Breathing Signs Rising and Falling Chest: Look for the chest's symmetrical rise and fall on both sides. Sign of Comfort: The patient should display no signs of distress. Steady Breath: Breathing should be quiet, regular, and consistent. Signs of Breathing Difficulty When someone experiences difficulty breathing, there are key indicators to observe: Distress: They may appear distressed and anxious. Conscious Effort: The individual might consciously think about their breathing, which is unusual. Rapid Respiration: Their respiratory rate and effort will increase significantly. Asthma Symptoms: In cases of asthma, they may wheeze or describe tightness in the chest. Symmetrical Chest Movement: Even when experiencing difficulty, their chest should still rise and fall equally on both sides. First Aid for Asthma When assisting an asthma patient: Comfortable Position: Allow them to sit in a position they find most comfortable; they often prefer sitting down with hunched shoulders. Respect Their Choice: Let the patient decide the position that suits them best. Recognizing Serious Conditions Some serious conditions affecting breathing include: Pneumothorax: In this condition, one lung isn't functioning correctly. Severe Distress: Patients with pneumothorax will be incredibly distressed, express an inability to breathe, and seek help. Asymmetrical Chest Movement: With pneumothorax, only one side of the chest will visibly move; the affected side won't. https://d3imrogdy81qei.cloudfront.net/video_images/2507/Respiration_and_Breathing-01.jpg Yes 188 https://www.prosportsfirstaid.co.uk/training/pitchside/video/postural-drainage https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4056.mp4 Postural Drainage Postural Drainage for Airway Management The Importance of Proper Positioning When dealing with a patient's airway, especially when they are lying on their back or are unconscious, it's crucial to prevent fluid or stomach contents from obstructing the airway. This includes blood or any other liquid substances. Proper positioning can make a significant difference in airway management during patient transfer or travel. Positioning for Airway Protection 1. Sitting Up Slightly: Ensure that the patient is positioned slightly upright. This helps prevent the contents from flowing back into the airway and keeps them in the stomach. 2. Oxygen Mask Considerations: When a patient is on oxygen, be aware that the mask can trap fluids or vomit. Inhaling these substances can lead to aspirational pneumonia, a life-threatening condition. In such cases, promptly remove the mask from the airway. 3. Head Elevation: Place one hand under the back of the patient's head. This not only elevates the head slightly but also prepares for postural movements if needed for airway drainage. Natural Airway Drainage Facilitating natural drainage can be quicker and more effective in some situations: 1. Rolling the Patient: If a substantial amount of fluid is present in the back of the throat, rolling the patient onto their side can rapidly drain the fluid onto the floor. This approach is faster than relying solely on a suction unit, which may take more time. 2. Recovery Position: The recovery position promotes natural airway drainage. It causes the tongue and jaw to fall forward, allowing fluids to drain naturally through the mouth and airway. Unconscious casualties should be placed in the recovery position until professional help arrives. 3. Ambulance Technique: In an ambulance, a similar technique can be used. Position the patient with one arm under the back of the head, raise the opposite knee, and tuck the foot underneath the opposite leg. Lift the wrist across the chest and press down on the knee to roll the patient to the side, allowing them to vomit to the floor, clear the airway, and then return to a normal position. Proper positioning and postural drainage are essential for effective airway management and patient safety. https://d3imrogdy81qei.cloudfront.net/video_images/7237/Postural_Drainage-01.jpg Yes 226 https://www.prosportsfirstaid.co.uk/training/pitchside/video/peak-flow https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2679.mp4 Peak Flow Peak Flow Meter: A Vital Tool for Lung Assessment Introduction The peak flow meter is an essential device in our medical kit, allowing us to measure lung capacity and assess breathing effectiveness. Common Uses The peak flow meter is frequently employed with patients experiencing conditions such as asthma, bronchitis, lymphedema, or chronic obstructive pulmonary disease (COPD). Components The meter comprises a **mouthpiece** for air entry into the airway measuring system, alongside an external **scale** measuring the blown air volume. There are two types of mouthpieces available: a disposable cardboard tube, and a clean, sterile, reusable mouthpiece, with the former being more commonly used for contamination control. Procedure When using the peak flow meter, the patient must create a seal around the cardboard tube, ensuring their tongue and teeth do not obstruct the inlet valve. The patient then takes a deep breath and exhales forcefully into the meter, with the needle registering the lung capacity and force. This process is repeated three times, with the highest score of the three tests recorded as the baseline lung capacity. Monitoring and Treatment The baseline lung capacity serves as a reference for monitoring treatment effectiveness. After administering medication or nebulization, the peak flow readings should show improvement. In cases of severe breathing distress, immediate treatment takes priority over peak flow readings. Once the patient's condition stabilizes, the readings can be performed and documented. https://d3imrogdy81qei.cloudfront.net/video_images/4785/Peak_Flow-01.jpg Yes 219 https://www.prosportsfirstaid.co.uk/training/pitchside/video/pocket-masks https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2672.mp4 Pocket Masks Using a Pocket Mask in Resuscitation: A Guide Introduction The pocket mask is a crucial tool in CPR, providing a barrier against body fluids and ensuring efficient airflow into the patient's mouth and nose. Features of a Pocket Mask Design: Slightly bulkier than other face masks but highly effective. Construction: Encased in a plastic case for easy storage and retrieval. Components: Includes a nose section, mouthpiece, and one-way valve for filtration. Strap: Equipped with an adjustable strap for secure positioning around the head. Oxygen Feed: Optional attachment for administering supplemental oxygen. Usage To use the pocket mask: Remove from the plastic case and shape it accordingly. Position the nose section over the patient's nose. Secure the mask with the elastic strap behind the head. If available, attach an oxygen feed to the designated port. Administer rescue breaths by opening the airway and blowing air into the mouth and nose. Advantages Infection Barrier: Prevents contact with body fluids, reducing the risk of infection. Efficient Airflow: Ensures effective delivery of air into the body through both the mouth and nose. Cost-effective: Single-use device that is affordable and disposable. Conclusion The pocket mask is an indispensable tool in CPR, offering protection against infection and facilitating optimal airflow. Despite being a single-use device, its affordability makes it a practical choice for emergency responders. https://d3imrogdy81qei.cloudfront.net/video_images/4773/Pocket_Masks-01.jpg Yes 157 https://www.prosportsfirstaid.co.uk/training/pitchside/video/pocket-mask-with-oxygen https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2476.mp4 Pocket Mask with Oxygen Using a Pocket Mask for Resuscitation: Features and Benefits Introduction The pocket mask serves as a vital tool for delivering breaths during resuscitation while forming a protective barrier between the rescuer and the patient. Features of a Pocket Mask Compact Design: Comes in a plastic case with a clip for easy access and storage. Elastic Strap: Secures the mask over the patient's face and behind the head for stability. Air-filled Sack: Ensures a tight seal around the patient's face, preventing leakage. One-way Valve: Allows airflow into the patient's airway while preventing exhaled air from reaching the rescuer. Disposable: Designed for single-use to maintain hygiene standards. Usage and Application To use the pocket mask: Remove the mask from the case and shape it for immediate use. Position the mask over the patient's face, ensuring a snug fit. Secure the elastic strap behind the patient's head to keep the mask in place. Apply gentle pressure around the mask to create a seal while opening the airway. Deliver rescue breaths through the mouthpiece, utilizing the one-way valve for protection. Supplementary Oxygen Delivery Only administer supplementary oxygen if properly trained. Steps for oxygen delivery: Remove the cap from the oxygen outlet on the mask. Connect standard oxygen tubing to the outlet. Turn on the oxygen tank and set the flow rate to 15 litres per minute. Deliver breaths, allowing the oxygen to mix with the air for increased oxygenation. Benefits Hygienic: Disposable design reduces the risk of contamination during resuscitation. Efficient: Provides a secure seal and effective airflow, improving the delivery of rescue breaths. Enhanced Oxygenation: Allows for the delivery of higher concentrations of oxygen, potentially improving resuscitation outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/4413/Pocket_Mask_with_Oxygen-01.jpg Yes 252 https://www.prosportsfirstaid.co.uk/training/pitchside/video/bag-valve-mask-equipment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2671.mp4 Bag Valve Mask Equipment Exploring the Components of a Bag Valve Mask Introduction A bag valve mask (BVM) is a crucial tool in emergency medical care, providing manual ventilation to patients who are unable to breathe adequately on their own. Let's delve into its key components and functionalities. Components of a Bag Valve Mask Face Mask Cushioned Surface: Features a soft rubber surface that ensures a snug and comfortable seal on the patient's face. Shape: Designed with a pointed part to fit securely over the bridge of the nose, enhancing the seal and fit. Inflation System Inflation Cuff: Can be inflated or deflated using a one-way valve and syringe to adjust cuff pressure as needed. Valves One-way Valve: Allows airflow into the airway while preventing air from returning to the bag during ventilation. Blow-off Valve: Releases excess pressure to prevent overinflation of the lungs. Oxygen Delivery Silicon Bag: Fills with oxygen from the oxygen cylinder, featuring a handle for easy grip and manipulation. Plastic Bag: Receives oxygen from the cylinder, transferring it to the silicon bag for delivery to the patient. Oxygen Port: Allows direct connection to an oxygen cylinder for oxygen supply. Usage and Adaptability Adult and Paediatric Sizes: Available in different sizes to accommodate patients of varying ages and sizes. Tracheotomy Use: Particularly useful for patients with tracheotomies, providing effective ventilation through the tracheostomy vent. Operation Oxygen Loading: Provides 98% oxygen saturation to the patient when connected to an oxygen cylinder. Breath Delivery: Each squeeze delivers one breath, with an optimal duration of one second per breath. Conclusion The bag valve mask is a versatile and essential tool in emergency medical situations, offering reliable manual ventilation and oxygen delivery to patients in need. https://d3imrogdy81qei.cloudfront.net/video_images/4771/Bag_Valve_Mask_Equipment-01.jpg Yes 138 https://www.prosportsfirstaid.co.uk/training/pitchside/video/using-a-bvm https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2477.mp4 Using a BVM Using a Bag Valve Mask (BVM) for Oxygen Delivery Introduction Learn how to effectively administer oxygen to a patient using a bag valve mask (BVM) for optimal oxygenation and airway management. Technique Anaesthetist Grip Correct Positioning: Place two fingers on the mask (one at the top, one at the bottom), with one hand on the bag and three fingers free-flowing in the air. Mask Placement: Fit the mask over the nose and face, covering both the airway and nose simultaneously. Sealing: Press down with the top fingers to ensure a secure seal between the mask and the face. Breath Delivery Squeezing Technique: Apply gentle pressure on the bag for approximately one second per breath, with a maximum of two breaths. Observation: Monitor for chest rise and fall and check for any unusual sensations, noises, or bubbling during bag squeezing. Monitoring Alert Signs Indications of Airway Obstruction: Any strange sensations, noises, or inadequate bag inflation signal potential issues with the airway, such as tongue obstruction or fluid blockage. Response: Address airway concerns promptly to ensure uninterrupted oxygen flow and patient safety. Conclusion Using a bag valve mask (BVM) requires precise technique and vigilant monitoring to ensure effective oxygen delivery and airway management. Be attentive to signs of airway obstruction and respond promptly to maintain optimal patient care. https://d3imrogdy81qei.cloudfront.net/video_images/4415/Using_a_BVM-01.jpg Yes 101 https://www.prosportsfirstaid.co.uk/training/pitchside/video/respiratory-injuries-part-three https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2658.mp4 Respiratory Injuries Part Three Understanding Chest and Respiratory Conditions This guide explores various aspects of respiratory health, focusing on the anatomy of the ribcage, potential injuries, and effective management of respiratory conditions. Functioning of the Ribcage The ribcage must function properly for effective breathing. Issues like flail segments, common in traumatic accidents, can impede this function. Identifying Chest Pain Causes Chest pain can be due to various reasons, not always cardiac-related, such as fractured ribs, pleurisy, or pulled muscles. Flail Segment and its Effects A flail segment occurs when a rib breaks in more than one place, affecting the chest's ability to expand and causing unequal chest movement during breathing. External Signs of Chest Trauma Assessing external signs like bruises, wounds, or grazes can provide insights into internal chest injuries, such as punctured lungs. Examining and Assessing the Chest Using techniques like percussion and stethoscope examination to assess lung function and detect abnormalities in chest expansion. Observing the Patient's Breathing Noting the patient's position, such as tripoding, can indicate breathing difficulties and guide appropriate treatment approaches. Managing Respiratory Emergencies Understanding how to position patients with respiratory issues and the importance of not exacerbating their condition. For more detailed information on chest and respiratory conditions, or for training in respiratory health management, consult a healthcare professional or specialist. https://d3imrogdy81qei.cloudfront.net/video_images/4745/Respiratory_Injuries_Part_Three-01.jpg Yes 329 https://www.prosportsfirstaid.co.uk/training/pitchside/video/respiratory-injuries-part-four https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2659.mp4 Respiratory Injuries Part Four Priority of Airway Management in Unconscious Patients Understanding the critical importance of maintaining a clear airway in unconscious patients to prevent respiratory emergencies and ensure effective treatment. Airway Obstruction Risks in Unconscious Patients When a patient becomes unconscious, the risk of airway obstruction increases significantly due to the tongue falling back and potential blockage by stomach contents. Assessment and Monitoring Techniques Constant communication with the patient can help in monitoring the airway status. Changes in their ability to speak or breathe are early indicators of airway compromise. Addressing Specific Respiratory Conditions Exploring various respiratory conditions and their management: Pneumothorax: Air leakage into the chest cavity, often from external wounds, managed with one-way chest seals. Tension Pneumothorax: Air leakage from the lung into the cavity, potentially requiring medical intervention like chest decompression. Hemothorax: Blood accumulation in the lung cavity, necessitating drainage to restore lung function. Importance of Effective Communication Effective communication with the patient provides not only reassurance but also vital clues to their respiratory status and overall well-being. Examination Techniques Techniques such as percussion and stethoscope use are essential for diagnosing respiratory issues. Observing the patient's position and coloration can also provide critical information. Responding to Chest Trauma Understanding how to identify and manage chest trauma, which can have significant implications for lung function and overall patient stability. For more information on airway management and respiratory emergency care, consider consulting a healthcare professional or attending a specialized course. https://d3imrogdy81qei.cloudfront.net/video_images/4747/Respiratory_Injuries_Part_Four-01.jpg Yes 299 https://www.prosportsfirstaid.co.uk/training/pitchside/video/choking-stats https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2645.mp4 Choking Statistics Understanding Choking: Causes, Risks, and Interventions Overview Choking remains a significant cause of accidental death worldwide, with particular risk among the elderly population. Recognizing the factors contributing to choking incidents and understanding timely interventions are crucial for preventing fatalities. Risks for the Elderly Lack of Teeth: Reduced ability to chew food effectively. Dry Mouth: Diminished moisture in the mouth, making food less easily swallowed. Statistics: Office for National Safety (ONS) data reveals a higher choking death rate among individuals aged 65 and over compared to younger age groups. Time Sensitivity The urgency of addressing choking incidents is paramount, particularly during episodes of "penetration syndrome," characterized by sudden choking and unproductive coughing. Hypoxia Risk: Even brief periods of oxygen deprivation (4 to 6 minutes) can lead to irreversible brain damage. Emergency Response: With an ambulance call-out time of around eight minutes, swift intervention is essential to prevent fatalities. Incidence and Interventions Recent studies shed light on the frequency of choking incidents and the effectiveness of interventions. Study Findings: The British Medical Journal reports a significant number of choking incidents requiring emergency assessment, with higher incidence rates observed at meal times. Historical Perspective: Dr. Henry Heimlich's pioneering work led to the development of the Heimlich manoeuvre, revolutionizing choking interventions. Heimlich Manoeuvre Controversy Debate surrounds the use of the Heimlich manoeuvre versus alternative interventions, with varying protocols adopted by different organizations. Protocol Variations: Some protocols advocate for abdominal thrusts over back blows, while others maintain the use of the Heimlich manoeuvre. First Aid Guidelines: Adherence to national first aid guidelines is essential for appropriate choking intervention. https://d3imrogdy81qei.cloudfront.net/video_images/4701/Choking_Statistics-01.jpg Yes 183 https://www.prosportsfirstaid.co.uk/training/pitchside/video/introduction-to-choking https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1385.mp4 Choking Recognition Dealing with Choking: Recognize, Assess, and Respond 1. Choking: A Manageable Emergency Choking, while not a common cause of death, often occurs during eating or in social settings. Timely action can be a lifesaver, as victims are initially conscious and responsive. 2. Recognizing Choking Key to a successful response is differentiating choking from other medical emergencies such as fainting, heart attacks, or seizures. Look for signs like sudden respiratory distress, cyanosis, or loss of consciousness. 3. Choking Risk Factors Choking typically happens while eating or drinking and can be more likely in individuals with certain risk factors: Reduced consciousness Drug or alcohol intoxication Neurological impairment affecting swallowing and cough reflex Respiratory disease Mental impairments or dementia Dental problems Older age 4. Identifying Severity of Choking Ask the conscious victim, "Are you choking?" to determine the severity: If they can speak, cough, and breathe, it's a mild obstruction. If they can't speak, have a weakened cough, or struggle to breathe, it's severe. 5. Treatment Approach We'll explore choking treatment in detail in later videos, but here's a brief overview: For mild obstruction, encourage coughing. Back blows, abdominal thrusts, and chest compressions are for severe obstructions. Success rates improve with combinations of techniques. Bystander-initiated chest compressions for unconscious victims can be effective. 6. Aftercare and Seeking Medical Advice Even after successful choking treatment, victims may have residual foreign material in their airways. Look for symptoms like persistent cough or difficulty swallowing and advise victims to seek medical evaluation. Caution: Abdominal thrusts and chest compressions can potentially cause internal injuries, so victims treated with these methods should be examined by medical professionals afterward. https://d3imrogdy81qei.cloudfront.net/video_images/2489/Choking_Recognition-01.jpg Yes 188 https://www.prosportsfirstaid.co.uk/training/pitchside/video/adult-choking-conscious-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/110.mp4 Adult Choking Dealing with Choking: Recognizing and Responding 1. Understanding Choking Choking can be categorized as mild or severe, depending on the extent of airway obstruction. 1.1 Mild Choking In cases of mild choking, there's partial blockage in the throat, and the person can still cough, breathe heavily, and may even talk. Common examples include throat blockage due to a fishbone. Initial steps involve calming the person and allowing them to cough, but if the obstruction persists, seek medical help as you can't remove the object yourself. 1.2 Severe Choking Severe choking results from a complete throat blockage, often caused by large food items. The person won't be able to cough and will rapidly deteriorate, necessitating immediate intervention. 2. Recognizing Severe Choking To identify severe choking: Ask, "Are you choking?" and observe for signs. Signs include hands clutching the throat and difficulty breathing. If the person can't respond verbally, look for non-verbal cues of distress. 3. Performing Life-Saving Procedures For severe choking, take these critical actions: 3.1 Back Blows Deliver five back blows between the shoulder blades while ensuring the person leans forward slightly. Watch for the expelled object after each blow. 3.2 Abdominal Thrusts Perform five abdominal thrusts by placing your thumb side just above the belly button and giving inward and upward thrusts. Alternate with back blows until the obstruction clears or the person loses consciousness. 4. Emergency CPR If the person loses consciousness, gently lower them to the ground and initiate CPR chest compressions. The trapped air in the lungs may help expel the obstruction as you compress the chest. 5. Special Consideration for Pregnant Individuals If dealing with choking in a pregnant person, use chest thrusts instead of abdominal thrusts, placing your fists on the middle of the breastbone and performing inward thrusts. https://d3imrogdy81qei.cloudfront.net/video_images/173/Adult_Choking-01.jpg Yes 310 https://www.prosportsfirstaid.co.uk/training/pitchside/video/child-choking-conscious-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/170.mp4 Choking in children Dealing with Choking: Adult and Child Types of Obstruction Mild Airway Obstruction: Involves discomfort, potential pain, and distress due to a partial blockage (e.g., fishbone or small object). Severe Airway Obstruction: Represents a complete blockage, preventing breathing, talking, or coughing and may lead to unconsciousness if not addressed. Dealing with Choking on an Adult Assess Breathing: Ask the person if they are choking; if they can talk, they can breathe. Encourage Coughing: Support and keep the person calm, encouraging them to cough to clear the obstruction. Observe the Mouth: If the obstruction is visible, attempt to remove it without inserting fingers deeply into the mouth. Dealing with Choking on a Child Size Considerations: Kneel behind the child due to their smaller size; anticipate distress and the need for forcefulness. Back Blows: Stand behind and to the side of the child, delivering five sharp back blows between the shoulder blades using the heel of your hand. Abdominal Thrusts: Perform abdominal thrusts by making a fist and placing it between the child's belly button and the bottom of their breastbone; perform five sharp inward and upward pulls with the other hand on top of the fist. Repeat If Necessary: If the obstruction persists, repeat five back blows and five abdominal thrusts, checking each time. Emergency Actions If Obstruction Persists: Continue attempts to clear the obstruction; call emergency services if not done already. Loss of Consciousness: If the child loses consciousness, gently guide them to the floor, avoiding injury; initiate CPR if not breathing. After Successful Removal Assess and Calm: Sit the child down and keep them calm; seek medical attention to check for any injuries resulting from the thrusts. https://d3imrogdy81qei.cloudfront.net/video_images/293/Choking_in_children-01.jpg Yes 197 https://www.prosportsfirstaid.co.uk/training/pitchside/video/infant-choking-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/172.mp4 Infant Choking How to Respond When an Infant is Choking Choking is a critical emergency, especially in infants, requiring swift and effective intervention to prevent severe outcomes. Understanding Choking in Infants Infants are more prone to choking on food or small objects. Quick action is essential in these situations to ensure their safety. Mild vs. Severe Choking Mild Obstruction: Some air passage remains, and the infant can cough. Severe Obstruction: Airway is completely blocked, preventing breathing, crying, or coughing. Immediate Actions for Severe Choking Follow these steps carefully to assist a choking infant: Step 1: Back Blows Lay the infant face down along your thigh while sitting. Support their head with one hand. With the heel of your other hand, give up to five firm back-blows between the shoulder blades. Check between blows for any dislodged obstruction. Step 2: Checking the Mouth Turn the infant over and lay them on your leg face-up to inspect their mouth: Remove visible obstructions carefully. Avoid blind finger sweeps. Step 3: Chest Thrusts While the infant is still lying face-up on your leg, locate the breastbone. Perform up to five chest thrusts using two thumbs with your hands around the chest, pressing inwards and downwards. Repeat back blows and chest thrusts if the obstruction remains. If the Infant Becomes Unconscious Immediately check for breathing and prepare to start CPR if there is no breath. Call Emergency Services or have someone call them if not done already. Conclusion Being prepared to act in a choking emergency can save an infant's life. Practice and familiarity with these procedures can make a critical difference. https://d3imrogdy81qei.cloudfront.net/video_images/297/infant_choking.jpg Yes 231 https://www.prosportsfirstaid.co.uk/training/pitchside/video/trauma-from-choking https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2646.mp4 Trauma from Choking Choking Emergency Treatments: Risks and Considerations Importance of Timely Resolution During emergencies, addressing life-threatening causes promptly is crucial. Choking is among these critical instances where swift action is imperative. Balance Between Intervention and Risk While aggressive interventions like compressions and thrusts may save lives, they also pose risks of collateral injury. Prioritizing prevention of death over potential injury is essential. Effectiveness of Abdominal Thrusts Since its introduction in 1975, abdominal thrusts have saved numerous lives. However, careful consideration is necessary due to associated injuries and trauma. Impact of Proper Technique Properly performed abdominal thrusts significantly reduce the incidence and severity of collateral trauma, highlighting the importance of correct execution. Medical Evaluation and Risks Immediate medical assessment following abdominal thrusts is crucial, particularly for individuals over 65 who are more susceptible to injuries. Complications, such as gastric rupture, underscore the need for thorough evaluation. Specific Injuries and Cases Gastric Rupture: Common among older individuals or those consuming large amounts of food or alcohol, gastric rupture poses a high mortality risk, often attributed to improper or excessive abdominal thrusts. Lacerated Liver and Hematoma: Multiple abdominal thrusts, particularly unsuccessful ones, can lead to severe internal injuries, such as liver lacerations and extensive hematomas. Responder Care Injuries: Emergency caregivers must exercise caution during abdominal thrusts to avoid personal injuries, such as rotator cuff tears. Chest Thrust Complications: Similar to abdominal thrusts, chest thrusts during choking emergencies can result in rib fractures, emphasizing the need for careful technique. https://d3imrogdy81qei.cloudfront.net/video_images/4703/Trauma_from_Choking-01.jpg Yes 170 https://www.prosportsfirstaid.co.uk/training/pitchside/video/vulnerable-people-and-choking https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2647.mp4 Vulnerable People and Choking Understanding Choking Risks in Elderly and Prader-Willi Syndrome Patients Choking Risks in Elderly Individuals with Neurogenic Diseases Elderly individuals, especially those with neurogenic diseases like Alzheimer's and Parkinson's, are at higher risk of death from food choking incidents. Study Findings: A study involving 75 patients who survived near-fatal choking revealed that nearly half had neurogenic diseases, with a significant number choking on solid food boluses. Location of Incidents: While 25% of choking incidents occurred at home, nursing homes, hospitals, restaurants, and drinking establishments were also common settings. Dysphagia Prevalence: Nearly 40% of Americans over 60 experience dysphagia, indicating swallowing difficulties as a major concern among the elderly. Choking Risks in Prader-Willi Syndrome (PWS) Patients Prader-Willi Syndrome (PWS), a genetic disorder, presents significant choking risks, particularly due to associated symptoms and eating behaviours. Symptoms: Newborns may exhibit weak muscles and poor feeding, while individuals in childhood experience insatiable hunger leading to obesity and diabetes. Obesity and Choking: PWS is a leading cause of life-threatening obesity, with choking incidents contributing to fatalities in this patient group. Survey Findings: Surveys of deceased PWS patients' families revealed a high prevalence of choking incidents, with choking listed as a cause of death in some cases. Factors Contributing to Increased Choking Hazards Various factors contribute to heightened choking risks among certain populations, including individuals with PWS. Common Causes: Poor oral and motor coordination, weak gag reflex, low muscle tone, excessive food cravings, reduced chewing ability, and voracious eating habits. Importance of Identification: Caregivers should be vigilant in identifying these symptoms not only in PWS patients but also in other vulnerable individuals to mitigate choking risks. https://d3imrogdy81qei.cloudfront.net/video_images/4705/Vulnerable_People_and_Choking-01.jpg Yes 130 https://www.prosportsfirstaid.co.uk/training/pitchside/video/recommended-reading-for-responders https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3273.mp4 Reading for Responders Recommended Reading for First Responder Courses Introduction If you're pursuing a first responder course, supplementing your learning with essential reading can significantly enhance your knowledge and exam preparation. First Responder Care Essentials First Responder Care Essentials is a recommended foundational book that complements our courses: Comprehensive Content: Contains all key information covered in our courses. Preparation Advantage: Studying this book alongside your online course enhances understanding and improves test performance. Effective Study Tool: Highlight and annotate key sections for easier revision. JRCALC (Joint Royal Colleges Ambulance Liaison Committee) JRCALC serves as a detailed reference for out-of-hospital emergencies: Paramedic Reference: Ideal for deeper insights into emergency medications and procedures. Comprehensive Resource: Use for detailed reading and thorough study sessions. Variety of Formats: Available in pocket-sized editions for practical use. Ambulance Care Practice Ambulance Care Practice is recommended for advanced responder training: Level 4 Qualifications: Expands on foundational knowledge with advanced topics. Continued Learning: Ideal for those progressing beyond basic responder training. Accessing Books These books and more are available on the ProTrainings website: Visit ProTrainings Store: Find all recommended titles at our online store. Digital Versions: Some books are available as digital manuals for convenience. Additional Resources: Explore other subjects like ECGs and human anatomy books. Expand your knowledge and enhance your training experience with these valuable resources from ProTrainings. https://d3imrogdy81qei.cloudfront.net/video_images/5733/Reading_for_Responders-01.jpg Yes 160 https://www.prosportsfirstaid.co.uk/training/pitchside/video/chain-of-survival-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/94.mp4 Chain of Survival The Chain of Survival: Giving Cardiac Arrest Patients the Best Chance of Survival The Chain of Survival describes the essential steps that give a person in cardiac arrest the best possible chance of surviving and recovering with a good quality of life. Each link in the chain is vital, and every second counts. If any one link is weak or delayed, the chances of survival fall dramatically. When all links are strong, outcomes improve and more people return to their families and communities. Link 1: Early Recognition and Calling for Help The first link focuses on recognising serious illness early and calling for help before cardiac arrest occurs. Early warning signs may include: Sudden collapse Difficulty breathing Chest pain Rapid deterioration or reduced responsiveness If you suspect someone is becoming seriously unwell or unresponsive, call the emergency services immediately. Early activation of emergency medical services (EMS) ensures advanced care is on the way as soon as possible. In some cases, early intervention may even prevent cardiac arrest from happening. Link 2: Early CPR and Defibrillation This link is about preserving the brain and restarting the heart. If a person becomes unresponsive and is not breathing normally, they are in cardiac arrest. Start CPR immediately High-quality chest compressions maintain blood flow to the brain and vital organs Defibrillation is the next critical step. Early use of an AED (Automated External Defibrillator) dramatically improves survival. Modern AEDs are safe, simple to use, and provide clear voice prompts. The sooner a shock is delivered, the greater the chance of restoring a normal heart rhythm. Link 3: Advanced and Post-Resuscitation Care When the heart restarts, this is known as ROSC – Return of Spontaneous Circulation. At this point, care must continue immediately. This stage focuses on optimising brain and heart function and preventing further deterioration. Key priorities include: Maintaining adequate oxygenation and ventilation Stabilising blood pressure Treating ongoing or recurrent arrhythmias Identifying and correcting reversible causes This phase is critical for protecting the brain, supporting the heart, and reducing the risk of another cardiac arrest. Link 4: Survival and Recovery The final link focuses on restoring quality of life. Survival is not just about restarting the heart. It is about helping the person recover physically, mentally, and emotionally. This stage may involve: Specialist neurological care Rehabilitation and physiotherapy Management of long-term heart or medical conditions Emotional and psychological support Good post-resuscitation care helps patients regain independence and return to a meaningful life after cardiac arrest. Why the Chain of Survival Matters The Chain of Survival highlights that every link matters: Early Recognition and Calling for Help Early CPR and Defibrillation Advanced and Post-Resuscitation Care Survival and Recovery When each link is strong, more lives are saved, and more people return to their families and communities with positive long-term outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/141/Chain_of_Survival.jpg Yes 187 https://www.prosportsfirstaid.co.uk/training/pitchside/video/fears-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/97.mp4 Fears of First Aid Addressing Common Fears in First Aid Training People attending first aid training often express initial reluctance due to various fears and concerns. Addressing these fears and demonstrating how they can be easily managed makes the training more enjoyable and understandable. Fear of Infection Some participants worry about coming into contact with blood, vomit, or other bodily fluids. First aid training teaches the effective use of barriers such as gloves and face shields to protect first aiders from infections like HIV or Hepatitis. Fear of Doing Harm The fear of doing something wrong or hurting the patient is common, especially when delivering chest compressions during CPR. It is important to remember that a non-breathing patient with no heartbeat is already in a critical state, and CPR can only help. The most harm would come from not performing chest compressions at all. Your training will help you respond appropriately to various situations. Fear of Litigation Concerns about potential litigation can be addressed through proper training. If you always ask for permission to help, follow the rules and workplace policies, and act within the boundaries of your training, the likelihood of being sued is low. Fear for Personal Safety First aiders should prioritize their own safety to avoid becoming patients themselves. Training emphasises the importance of always stopping, thinking, and then acting before approaching any emergency situation. This includes using scene safety measures to ensure your well-being. By addressing these fears in first aid training, participants can gain confidence and be better prepared to handle emergencies effectively and safely. https://d3imrogdy81qei.cloudfront.net/video_images/147/Fears_of_First_Aid-01.jpg Yes 182 https://www.prosportsfirstaid.co.uk/training/pitchside/video/face-shields-uk https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/100.mp4 How to use face shields Face Shields and Pocket Masks: Protection During First Aid Face shields offer a simple, effective, and affordable means of protection against coming into contact with vomit, blood, or other substances when providing rescue breaths. If you don't have a face shield or cannot give rescue breaths, you can perform chest compressions only. Types of Face Shields While packaging and design may vary, there are two main types of face shields: Filter paper: These face shields have filter paper to blow through. One-way valve: These face shields feature a one-way valve for exhalation. Both types allow you to squeeze the nose and provide a barrier against substances. Face shields are available with a pouch and keyring, so they're always at hand. All BSI first-aid kits include some form of face shield. Pocket Masks Pocket masks are another type of face shield. They seal around the face and feature a one-way valve for ventilation. Air enters the patient's mouth and nose during rescue breaths. Typically, pocket masks come in a plastic case. To remove the mask, push it until it pops up. An elastic band can be placed around the patient's head to secure the mask, and an air-filled sack around the mask ensures a proper seal. Pocket masks can also be used with oxygen if available. Disposing of Face Shields Face shields are single-use only and should be disposed of safely after use. https://d3imrogdy81qei.cloudfront.net/video_images/153/How_to_use_face_sheilds-01.jpg Yes 92 https://www.prosportsfirstaid.co.uk/training/pitchside/video/waterless-hand-gels https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/293.mp4 Waterless hand gels Effective Use of Hand Sanitisers Understanding Hand Sanitisers Hand sanitisers, also known as anti-bacterial gels, are frequently employed alongside hand washing. However, it's vital to comprehend their properties and limitations to use them effectively. 1. Complementary to Hand Washing Hand sanitisers are a useful addition but should not replace proper hand cleaning. They serve as a supplement to hand washing when washing is impractical or frequent. 2. Limitations of Hand Sanitisers These sanitisers are most effective on clean hands. They can kill bacteria but are less efficient on dirty or greasy hands. It's essential to note that they do not eliminate norovirus. 3. Alcohol-Based Sanitisers Commonly alcohol-based, these sanitisers come in various sizes, some even designed for easy portability. 4. Proper Application To use hand sanitiser effectively: Squeeze: Open the container and dispense an appropriate amount into your hand. Rub: Thoroughly rub the gel into your hands, ensuring coverage between fingers, under nails, around thumbs, and the backs of your hands. Drying: The gel will quickly air dry, leaving your hands clean. 5. Wall-Mounted Containers Hand sanitiser is also available in wall-mounted dispensers. To use them: Press: Push down on the front of the dispenser to release the gel. Application: Rub the gel onto your hands as instructed above. 6. Universal Wipes Another option is universal wipes, which can be used on hands and surfaces: Retrieve: Open the packaging and pull out a wipe. Hand Cleaning: Wipe your hands following a similar technique to gel application. Surface Cleaning: These wipes can also be used to clean surfaces. Disposal: Dispose of used wipes following workplace guidelines. 7. Consider Moisturising Sanitisers If choosing hand sanitisers, opt for those that include moisturisers to reduce the risk of skin damage from frequent use. Explore our store for a selection of Alcohol Hand Gels to meet your needs. https://d3imrogdy81qei.cloudfront.net/video_images/533/Waterless_hand_gels-01.jpg Yes 261 https://www.prosportsfirstaid.co.uk/training/pitchside/video/hand-washing https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/709.mp4 Hand Washing Proper Hand Washing Technique in Healthcare Importance of Effective Hand Washing Hand washing is a crucial practice in healthcare to maintain hygiene. While alcohol gels have their uses, they are limited in effectiveness. Proper hand washing with soap and water, followed by thorough drying, is essential for optimal cleanliness. Hand Washing Method Follow the recommended NHS technique for comprehensive hand washing. This method involves specific hand positions, with each action repeated five times: Hand Wetting: Start by thoroughly wetting both hands, ensuring water covers all areas to be washed. Soap Application: Apply a generous amount of soap to your wet hands. Rub your hands together to distribute the soap evenly. Position 1 - Circles: In this hand position, perform circular motions, repeating five times. Position 2 - Interlace and In-Between: Turn one hand over and interlace your fingers, focusing on the areas between the fingers. Repeat five times, then reverse hands. Position 3 - Palms and Fingers: Instead of the backs of your hands, focus on the front. Wash the palms and spaces between the fingers five times. Position 4 - Thumbs: Pay special attention to the thumbs, using a circular motion for thorough cleaning. Position 5 - Wrist: Finally, wash the wrists while gripping the height of the fingers with both hands. Repeat five times. Final Steps After thoroughly washing your hands: Drying: Use paper towels to dry your hands completely, ensuring no moisture remains. Tap Closure: Turn off the tap using your elbow to avoid recontaminating your hands. Dispose of Towel: Dispose of the paper towel in a designated bin. By following this hand washing technique, you can ensure your hands are clean and minimise the risk of infection transmission in healthcare settings. https://d3imrogdy81qei.cloudfront.net/video_images/1215/Hand_Washing-01.jpg Yes 230 https://www.prosportsfirstaid.co.uk/training/pitchside/video/waiting-for-the-ems-to-arrive https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1556.mp4 Waiting for the E.M.S to arrive What to Do While Waiting for EMS Emergency Preparedness Primary Concern: Patient's well-being should be your top priority while waiting for EMS. Bystander Assistance: Consider involving nearby bystanders who may be able to provide help. Effective Communication Phone Information: Provide detailed information over the phone to EMS, helping them anticipate the situation. Accessibility: Identify any obstacles like obstructive cars or movable items and address them safely. Bystander Support Assistance Seekers: Ask bystanders to assist by locating and guiding the ambulance to your location. Home Safety: Ensure pets are secured and illuminate your home during nighttime emergencies for better visibility. Patient's Medical Details Medications and Conditions: Inquire about the patient's medications and medical conditions to relay to EMS. Doctor's Information: Collect the patient's doctor's details and check if they are currently under hospital care. Workplace Awareness Alert Reception: Inform reception and relevant personnel at the workplace about the accident and EMS arrival. Preventing Delays: Avoid delays in EMS arrival by ensuring everyone is aware of the situation. Stay Connected Mobile Availability: Keep your mobile phone with you to ensure EMS can reach you at any time. https://d3imrogdy81qei.cloudfront.net/video_images/2731/Waiting_for_the_E.M.S_to_arrive-01.jpg Yes 231 https://www.prosportsfirstaid.co.uk/training/pitchside/video/consent-to-help https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2732.mp4 Consent to help Understanding Consent in Emergency Situations Overview Consent, whether implied or explicit, is crucial in emergency medical situations. It is essential to understand the dynamics of consent both as a first responder and within the framework of emergency services. Consent as a First Responder As a first aider or responder, **asking for permission** is paramount before administering treatment. If the patient solicits assistance, it implies consent for treatment. In cases where the patient becomes unconscious, consent is implied, and you are obliged to provide care until professional assistance arrives. Consent within Emergency Services The emergency services operate under similar principles. **Explicit inquiry** about the need for help is made, but if the individual loses consciousness, consent is implied. However, it is imperative never to leave a patient unattended if there are concerns about their well-being, especially in scenarios involving intoxication or substance abuse. Chain of Action In situations where individuals refuse help despite obvious need, a **chain of action** must be followed to ensure their safety. As a first responder, passing the responsibility to the ambulance service is necessary. If refusal persists, escalation to the police is warranted, ensuring that no patient is neglected or harmed due to lack of intervention. https://d3imrogdy81qei.cloudfront.net/video_images/4883/Consent_to_help-01.jpg Yes 125 https://www.prosportsfirstaid.co.uk/training/pitchside/video/introduction-to-initial-patient-care https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2750.mp4 Introduction to Initial Patient Care Initial Patient Care: Safety and Procedures Introduction As we progress, we will delve into the initial care provided to patients. These sections will focus on maintaining personal safety while delivering essential care to individuals in need. Alongside these videos, we strongly advise consulting the recommended reading materials for this course to enhance your understanding. Integration with Practical Sessions The topics covered in this course will align with the practical sessions conducted with your instructor. This synchronization ensures that theoretical knowledge is effectively applied in real-world scenarios under guidance. Accessing Additional Resources If you wish to revisit any video content, you have the flexibility to do so. Furthermore, any newly added videos will be accessible to you even after completing the course, providing ongoing learning opportunities. https://d3imrogdy81qei.cloudfront.net/video_images/4933/initial_patient_care-01.jpg Yes 39 https://www.prosportsfirstaid.co.uk/training/pitchside/video/medications-and-first-aid https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1957.mp4 Medications and First Aid Understanding Medication Management in Remote Environments Why Might You Need to Carry Medications? For those working in remote areas, as part of outdoor pursuit centres, or in roles caring for individuals with medical needs, there's often a necessity to carry certain medications. Whether stationed offshore or in an isolated setting, maintaining a specific medication list can be vital. This could encompass: Painkillers Inhalers for asthma sufferers Glucose for diabetic individuals Aspirin for cardiovascular issues Auto-injectors for anaphylactic reactions And other potentially crucial medications Best Practices for Medication Management Knowledge and Consent Ensure familiarity with any medication you carry, including its instructions and storage requirements. Importantly, always obtain consent from the individual receiving the medication. Risk Assessment and Permissions All medicines should be integrated into your risk assessment. Moreover, securing permissions from employers, organisations, or regulatory bodies is essential. Handling Prescribed Medications Should you be tasked with carrying someone else's prescribed drugs, observe the following precautions: Keep them separate from the main first aid kit to prevent unintended use. Document the complete treatment plan. Record administration details, including timing and dosage. Storage and Security Medications should be stored in dry containers, protected from potential damage, safeguarded against misuse, and kept at appropriate temperatures. Local Restrictions and Guidelines It's crucial to be aware that certain medications might be prohibited due to local regulations or specific health and safety constraints. Always verify the type of drug you are carrying on behalf of someone, and ascertain your authority to do so. https://d3imrogdy81qei.cloudfront.net/video_images/3537/Medications_and_First_Aid-01.jpg Yes 124 https://www.prosportsfirstaid.co.uk/training/pitchside/video/respiratory-injuries-part-one https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2656.mp4 Respiratory Injuries Part One Exploring the Respiratory System This guide delves into the structure and function of the respiratory system, highlighting common problems and effective airway management techniques, crucial for maintaining respiratory health. Upper Airway Anatomy and Challenges Understanding the upper respiratory system, including the nasopharynx and oropharynx, and challenges such as obstructions from foreign objects, swelling, or anaphylaxis. Common Airway Obstructions Potential obstructions in the airway include: False teeth or milk teeth. Swelling due to burns, heat, or allergic reactions. Obstructions like polyps in the nasal cavities. Airway-Opening Techniques Techniques to open the airway, crucial for breathing: Head tilt/chin lift and jaw thrust maneuvers. Methods to lift the tongue and clear the throat. Understanding the Trachea and Oesophagus The role of the trachea and oesophagus in breathing and eating, including their structure and the importance of cartilage. Respiratory Mechanics The process of breathing involves: Chest expansion and diaphragm movement creating a vacuum. Inhalation of air into the lungs and subsequent exhalation. Preventing Aspirational Pneumonia Importance of keeping the airway clear from fluids like vomit and blood to prevent conditions like aspirational pneumonia. Oxygen Supplementation In low oxygen environments, supplementation methods such as oxygen masks, airway devices, and supplemental oxygen are necessary. For more in-depth knowledge about respiratory system health and airway management, consider consulting a healthcare professional or attending a specialized course. https://d3imrogdy81qei.cloudfront.net/video_images/4741/Respiratory_Injuries_Part_One-01.jpg Yes 269 https://www.prosportsfirstaid.co.uk/training/pitchside/video/respiratory-injuries-part-two https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2657.mp4 Respiratory Injuries Part Two Understanding the Respiratory System and Airway Management An in-depth exploration of the respiratory system, focusing on the structure of the lungs, potential complications, and critical airway management techniques. Structure of the Lungs The trachea divides into two, leading to the left and right lungs, with two and three lobes respectively. The lungs surround the heart, located in the cardiac notch, making them vital for the heart’s function. Problems Affecting Lung Function Potential issues include: Swelling or damage to lung tissue. Fluid or air leakage in the lungs. Obstructions like the tongue in emergency scenarios. Respiratory Emergencies and Response Understanding the importance of chest expansion and diaphragm movement for breathing and how obstructions like heavy weights can impede this process. Conditions Affecting the Lungs Discussing conditions such as tension pneumothorax and hemothorax, their impact on breathing, and emergency response techniques like chest decompression. Airway Management Techniques Techniques to ensure a clear airway and effective breathing, including mouth-to-mouth or bag-and-mask ventilation, and methods to handle fluid in the lungs. Observation and Assessment Assessing lung function through visual observation, listening for abnormal sounds, and understanding changes in patient behavior due to oxygen deprivation. Diagnostic Methods Utilizing techniques like percussion to determine if the lungs are filled with air or obstructed, and confirming with stethoscope examinations. For more in-depth knowledge or training on respiratory system health and airway management, consult a healthcare professional or attend a specialized course. https://d3imrogdy81qei.cloudfront.net/video_images/4743/Respiratory_Injuries_Part_two-01.jpg Yes 351 https://www.prosportsfirstaid.co.uk/training/pitchside/video/blood-vessels https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2333.mp4 Blood Vessels Types of Blood Vessels and Their Roles in the Circulatory System This guide explores the three main types of blood vessels in the human body - arteries, capillaries, and veins - their structures, functions, and response to injuries. Arteries Arteries have muscular walls and contract to push oxygen-rich blood around the body. A major artery, like the femoral artery, if cut, would spurt bright red blood due to high pressure. Capillaries Capillaries, branching off from arteries, have extremely thin walls, allowing for efficient diffusion of gases and nutrients. They are the most numerous blood vessels in the body. Bleeding from Capillaries Capillary bleeding, often seen in skin grazes, appears as oozing blood and can usually be managed with simple first aid like cleaning and bandaging. Veins Veins carry deoxygenated blood back to the heart and lungs. They operate under low pressure with one-way valves and rely on gravity and muscle contractions for blood flow. Response to Vein Injuries If a vein is cut, the blood, darker and under less pressure than arterial blood, will flow out steadily rather than spurt. Emergency Response to Blood Vessel Injuries Different types of blood vessel injuries require specific responses: Capillary injuries are typically easy to manage with basic first aid. Vein injuries may require pressure and bandaging but are usually less severe. Arterial injuries, being more serious, require immediate pressure application and elevation of the limb to reduce blood loss. For more detailed information on blood vessels and first aid response to injuries, consider consulting a healthcare professional or attending a first aid course. https://d3imrogdy81qei.cloudfront.net/video_images/4077/Blood_Vessels-01.jpg Yes 202 https://www.prosportsfirstaid.co.uk/training/pitchside/video/the-circulatory-system https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2339.mp4 The Circulatory System Components of the Circulatory System This guide provides an overview of the circulatory system, focusing on the composition of blood, the structure of the heart, and the role of blood vessels in circulation. Blood Composition Blood comprises four main components: Red blood cells (RBCs) White blood cells (WBCs) Platelets Plasma Anatomy of the Heart The heart, located slightly to the left center of the chest and about the size of a fist, has four chambers: Two upper chambers called the atria Two lower chambers called the ventricles Heart Valves The heart contains several types of valves: Atrial-ventricular valves between the atria and ventricles Semilunar valves and pulmonary valves Heart Circulation Model The heart circulates blood in two main pathways: The right side receives deoxygenated blood from the body and sends it to the lungs via the pulmonary artery. The left side receives oxygenated blood from the lungs via the pulmonary vein and distributes it throughout the body via the aorta. For a more detailed exploration of the circulatory system or specific inquiries, consider consulting a healthcare professional or anatomist. https://d3imrogdy81qei.cloudfront.net/video_images/4093/The_Circulatory_System-01.jpg Yes 114 https://www.prosportsfirstaid.co.uk/training/pitchside/video/the-skeletal-system https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2343.mp4 The Skeletal System An Overview of the Human Skeletal System This guide provides an overview of the skeletal system, its functions, and the names of major bones in the human body. Components and Functions of the Skeletal System The skeletal system, comprising bones, cartilage, and ligaments, serves several key functions: Framework for the body Protection for vital organs Facilitation of movement Production of blood cells Storage of minerals like calcium and phosphorus Major Bones of the Human Body Identifying the key bones in the human skeleton: Cranium: Protects the brain. Jaw: Facial bone structure. Clavicles: Located on either side of the shoulder. Scapulae: Shoulder blades at the back. Vertebrae: Spinal bones. Rib Cage: Includes seven pairs of ribs, two cartilaginous ribs, and three floating ribs. Humerus: Upper arm bone. Radius and Ulna: Forearm bones, with the radius being thumb-side. Pelvis: Hip bone structure. Femur: Long thigh bone. Tibia and Fibula: Bones of the lower leg. Foot Bones: Bones forming the structure of the feet. For more detailed information on the human skeletal system, its anatomy, and physiology, consider consulting a medical professional or anatomist. https://d3imrogdy81qei.cloudfront.net/video_images/4101/The_Skeletal_System-01.jpg Yes 138 https://www.prosportsfirstaid.co.uk/training/pitchside/video/the-muscular-system https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2340.mp4 The Muscular System Overview of the Muscular System This guide explores the three main types of muscle tissue in the human body, their functions, and properties. Smooth Muscle Tissue Location: Found in the digestive, reproductive, circulatory, and urinary systems. Function: Operates involuntarily, controlling various internal processes. Cardiac Muscle Tissue Location: Exclusive to the heart. Function: Regulated by the sinoatrial node to maintain a heart rhythm, typically around 72 beats per minute in a resting, healthy person. Characteristic: Exhibits autorhythmicity, a specific heart contraction pattern. Skeletal Muscle Tissue Function: Facilitates movement by attaching muscles to joints via tendons, controlled voluntarily by the somatic nervous system. Roles: Includes locomotion, posture maintenance, and internal substance transportation like glycogen. Properties of Muscles Muscles generally possess four key properties: Elasticity - ability to stretch and return to original length Contractility - capability to shorten and generate force Electrical Excitability - responsiveness to stimulation Extensibility - capacity to be extended without damage For more detailed information on the muscular system, consult a healthcare professional or anatomist. https://d3imrogdy81qei.cloudfront.net/video_images/4095/Muscular_system-01.jpg Yes 154 https://www.prosportsfirstaid.co.uk/training/pitchside/video/the-nervous-system https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2341.mp4 The Nervous System Overview of the Nervous System This guide explains the structure and function of the nervous system, highlighting its key components and how nerve damage can occur. Basic Elements of the Nervous System Sensation: Gathering information. Analysis: Input and processing of information. Response: Reacting and taking appropriate action based on the processed information. Components of the Nervous System Central Nervous System: Comprising the brain and spinal cord. Peripheral Nervous System: Consisting of nerves extending beyond the spinal cord. Potential Nerve Damage Nerves can be damaged due to various reasons, including: Compression: Such as spinal nerve compression from herniated intervertebral discs, leading to conditions like sciatica. Physical Trauma: For instance, severe ankle breaks affecting nerve function in toes and feet. Importance of Timely Treatment Immediate medical attention is crucial in cases of nerve damage to prevent long-term implications and aid recovery. For more detailed information on the nervous system and nerve injuries, consult a healthcare professional or neurologist. https://d3imrogdy81qei.cloudfront.net/video_images/4097/The_Nervous_System-01.jpg Yes 120 https://www.prosportsfirstaid.co.uk/training/pitchside/video/common-skeletal-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2334.mp4 Common Skeletal Injuries Overview of Common Skeletal Injuries This guide describes various skeletal injuries from head to toe, explaining their causes and implications. Skull Injuries Example: Skull fractures, often resulting from head injuries. Cervical Spine Injuries Potentially life-threatening injuries affecting the cervical vertebrae (C1 to C7). Shoulder and Arm Injuries Clavicle Fractures: Common in cyclists, typically occurring from landing on the shoulder. Shoulder Dislocations: Often seen in contact sports like rugby, usually occurring anteriorly. Humerus Fractures: Injuries to the upper arm bone. Elbow Tendonitis: Including tennis elbow (lateral) and golfer's elbow (medial). Wrist and Hand Injuries Colles' Fracture: A common fracture in the wrist, often occurring from falls. Scaphoid Fracture: Notable for its poor blood supply and challenging healing process. Spine and Lower Back Injuries Includes injuries like burst fractures in the thoracic spine and sciatica from prolapsed discs in the lumbar spine. Pelvis and Hip Joint Injuries Pelvic Fractures: Serious injuries indicating an unstable pelvis. Osteoarthritis of the Hip: Degeneration of cartilage causing pain and limited mobility. Leg and Knee Injuries Femur Fractures: Serious injuries requiring full leg immobilization. Knee Injuries: Including meniscus tears and O'Donoghue's triad, a common ligament injury in athletes. Ankle Injuries Common sprains and instabilities, often resulting from poor proprioception and weak musculature around the ankle. For more detailed information on skeletal injuries and their treatment, consult a healthcare professional or orthopedist. https://d3imrogdy81qei.cloudfront.net/video_images/4079/Common_Skeletal_Injuries-01.jpg Yes 450 https://www.prosportsfirstaid.co.uk/training/pitchside/video/drcacbcde https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2482.mp4 DRCA(c)BCDE Primary Survey Protocol: Introduction to DRCA(C)BCDE Protocol Overview The DRCA(C)BCDE protocol is a structured approach to conducting a primary survey, ensuring thorough assessment and prioritization of critical interventions. DRCA(C)BCDE Protocol The protocol involves the following steps: Danger: Assess dangers to self, others, and the casualty. Response: Check the casualty's level of consciousness and responsiveness. Catastrophic Haemorrhage: Identify and address severe bleeding immediately. Airway: Ensure the casualty's airway is clear and unobstructed. C-spine: Assess and stabilize the cervical spine if necessary. Breathing: Check for breathing and address any respiratory issues. Circulation: Assess circulation, including pulse and bleeding control. Disability: Evaluate neurological status and signs of neurological impairment. Expose and Examine: Expose the casualty, conduct a thorough examination, and provide appropriate treatment based on findings. Rationale The hierarchical order of the protocol is designed to prioritize interventions based on the severity of potential threats to life and limb. https://d3imrogdy81qei.cloudfront.net/video_images/4551/DRCA(c)BCDE-01.jpg Yes 554 https://www.prosportsfirstaid.co.uk/training/pitchside/video/calling-the-ems https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/868.mp4 Calling the Emergency Services Activating Emergency Medical Services: A Vital Process Immediate First Aid Providing initial first aid is essential, but remember to promptly involve the Emergency Medical Services (EMS) for professional assistance. Unified Emergency Number Regardless of the specific emergency service required, the contact number remains consistent. A delay in activating the EMS can have severe consequences: Call 999 or 112: These numbers are universally effective; choose either when in need. Both can be dialled from mobiles and landline phones. Effective Communication When making the call, consider using a hands-free or speakerphone mode to allow multitasking while communicating with the emergency services. They will guide you accordingly: Priority Categorization: The EMS will assess the situation and classify the call by priority. Examples include Category A for life-threatening scenarios and Category B for less critical cases. Service Selection: Specify the required service, which could be an ambulance, fire, police, Coast Guard, or other relevant services. The EMS may dispatch additional units as necessary. Clear Information: Provide a concise description of the situation initially. Answer any further questions as needed. Detailed location information is vital. Location Precision Ensuring accurate location details is critical. Use technology like 'what3words' or location apps for precise coordinates. The EMS can sometimes track your location via phone signals: Scene Safety: Make the environment safe and accessible for the emergency services. Unlock doors, illuminate the area, and secure pets if applicable. Workplace Awareness: Inform colleagues and reception about the EMS's impending arrival to prevent confusion. Assistance Guide: If others are present, delegate someone to meet and guide the EMS to your location, enhancing efficiency. Alternative Contact Methods Consider scenarios where traditional phone calls may not be possible, such as remote locations: Use of Radios: Learn how to operate two-way radios or satellite phones when needed for emergencies. Text Communication: If hearing-impaired, set up emergency service notification via text messages (details available in the download area). Keeping the Line Open If circumstances change or you require updates, don't hesitate to call EMS again. They can stay on the line to assist until their arrival. https://d3imrogdy81qei.cloudfront.net/video_images/1509/Calling_the_Emergency_Services-01.jpg Yes 265 https://www.prosportsfirstaid.co.uk/training/pitchside/video/coagulopathy https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2976.mp4 Coagulopathy Understanding Coagulopathy and Its Impact on Bleeding Control Coagulopathy is a critical condition affecting the blood's ability to coagulate, significantly impacting the management of bleeding. This guide explores the condition, its symptoms, risk factors, and implications for bleeding control. What is Coagulopathy? Coagulopathy denotes an impaired coagulation process, leading to a reduced ability of the body to form blood clots. This condition poses challenges in controlling bleeding, whether spontaneous or resulting from trauma or medical procedures. Signs, Symptoms, and Complications Physical difficulties: Walking difficulties, vision problems, and loss of consciousness. Visible symptoms: Frequent nosebleeds, bleeding from the mouth and gums, and blood in urine or stools. Neurological issues: Confusion and seizures. Risk Factors for Coagulopathy Several factors can exacerbate the risk of coagulopathy, including: Use of anticoagulant drugs like heparin or warfarin. Conditions such as Hemophilia A or B, severe liver disease, and viral infections. Environmental factors contributing to hypothermia. The Trauma Triad of Death The trauma triad of death illustrates how coagulopathy, acidosis, and hypothermia interact in a feedback loop that can increase mortality rates in severe hemorrhage cases. Breaking this cycle is crucial for survival. Strategies for Managing Coagulopathy in Bleeding Control Keeping the patient warm: Utilising blankets and clothing to prevent heat loss and combat hypothermia. Reviewing medication: Identifying any blood-clotting drugs the patient is taking to tailor the bleeding control approach. Conclusion Understanding coagulopathy is essential for effectively managing severe bleeding. Awareness of the condition's impact, alongside proactive measures to maintain body temperature and consider medication impacts, can significantly improve outcomes in emergency situations. https://d3imrogdy81qei.cloudfront.net/video_images/5453/Coagulopathy-01.jpg Yes 187 https://www.prosportsfirstaid.co.uk/training/pitchside/video/excessive-bleeding-control https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2196.mp4 Excessive Bleeding Control Managing Excessive Bleeding: Tourniquets and Hemostatic Dressings 1. Understanding Excessive Bleeding In the 2015 European Resuscitation Council updates, there was a clarification regarding excessive or catastrophic bleeding. This type of bleeding poses an immediate life-threatening situation and can result from blast injuries, limb amputations, or other severe traumas. 2. Tourniquets: The Last Resort Tourniquets are a critical tool in controlling excessive blood loss, but they should only be used when conventional dressings prove ineffective. Care must be taken when using tourniquets due to their potential for causing harm. Special guidelines apply. Tourniquet Function: A tourniquet is a strap tightened above the injury site to halt blood flow beyond that point. Caution: Tourniquets are reserved as a last resort for bleeding control. Special Rules: Follow specific rules for tourniquet application. 3. Hemostatic Dressings: Clotting Agents Hemostatic dressings are another option for managing excessive bleeding. They are impregnated with clotting agents that react with the blood to promote clot formation, stopping the bleeding. Clotting Agent Brands: Common brands include Celox, HemCon, and QuikClot. Universal Application: Hemostatic dressings are suitable for various types of bleeding, including cases where individuals have clotting issues. Usage: These dressings can be packed into a wound and covered with another dressing to secure them in place. 4. Additional Training This video provides an introductory overview of methods for controlling excessive bleeding using tourniquets and hemostatic dressings. For those working in high-risk environments where these techniques may be required, further training on their proper and effective use is recommended. https://d3imrogdy81qei.cloudfront.net/video_images/3991/Excessive_Bleeding_Control-01.jpg Yes 100 https://www.prosportsfirstaid.co.uk/training/pitchside/video/knife-wounds https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2943.mp4 Knife Wounds Understanding the Impact of Knife Wounds on the Body Safety First Before approaching a victim of a knife wound, ensure your safety and the absence of the assailant to prevent further harm. Signs and Symptoms Assess the patient's appearance, breathing, and wound condition to determine the severity of the injury: Blood Loss: Evaluate the amount and flow of blood from the wound. Wound Location: Note the position of the knife, as different organs may be affected based on the site of injury. Blade Length: Determine how deeply the knife has penetrated the body. Gender Consideration: Recognize the tendency for males and females to stab at different angles and with varying force. Multiple Wounds and Examination Thoroughly examine the victim for additional stab wounds, ensuring no injuries are overlooked: Body Inspection: Expose and inspect the entire body for stab wounds, particularly in areas prone to hidden injuries. Proper Handling of Knife Wounds Follow appropriate protocols when dealing with knife wounds to prevent exacerbating the injury: Object Removal: Do not remove the knife or any penetrating object from the body. Stabilization: Secure the blade in place with dressings on either side to minimize movement. Transfer to Medical Facility: Transport the patient to a trauma center for further evaluation and treatment under sterile conditions. Considerations Beyond Knives Remember that similar protocols apply to other sharp objects causing penetrating injuries, such as metal fragments from accidents: Universal Approach: Treat all penetrating injuries, regardless of the object, with the same caution and care. https://d3imrogdy81qei.cloudfront.net/video_images/5243/Knife_Wounds-01.jpg Yes 186 https://www.prosportsfirstaid.co.uk/training/pitchside/video/stat-tourniquet https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3874.mp4 STAT Tourniquets Exploring STAT Tourniquets: Features and Usage Introduction to STAT Tourniquets The STAT Tourniquet represents a modern approach to limb compression, akin to a giant zip tie. Variants Available There are two versions of the STAT Tourniquet: the orange unit for actual use and the blue variant designated for training purposes. Selection for Demonstration For demonstration purposes, the blue variant is utilized to illustrate application techniques, emphasizing its unsuitability for real emergencies. Application Process Applying the STAT Tourniquet involves wrapping it securely around the limb and tightening it to achieve optimal pressure. Pressure Adjustment After initial tightening, further adjustment can be made to ensure effective compression, indicated by the bursting of a small bubble. Time Monitoring The tourniquet features markings to indicate the duration it has been applied, aiding medical responders. However, it's imperative to manually record the time of application. Emergency Protocol Following application, promptly contact emergency services and refrain from removing the tourniquet under any circumstances. Adding Additional Tourniquets If necessary, a second tourniquet can be applied to augment compression, enhancing hemorrhage control. Application Techniques In real-world scenarios, if possible, remove clothing obstructing direct skin contact for optimal effectiveness. Direct Skin Application When clothing removal isn't feasible, apply the tourniquet over clothing, ensuring it's positioned properly to avoid constriction. https://d3imrogdy81qei.cloudfront.net/video_images/6955/STAT_Tourniquets-01.jpg Yes 82 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aed-troubleshooting https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1402.mp4 AED Troubleshooting Effective Troubleshooting and Maintenance of AED Units Understanding AED Functionality AEDs are generally reliable and self-maintaining. Familiarizing yourself with the instruction manual upon receiving the unit is essential for effective troubleshooting. Recognizing AED Warning Signals Pay attention to the unit's indicator lights and audio messages: Normal Operation: A regular flashing light indicates proper functioning. Warning Indicators: A flashing red light signals a problem. Promptly refer to the manual for guidance. Data Storage Capacity: A warning about a full data card suggests limited data storage capacity, though the AED will continue to operate normally. Temperature Alerts: Rapid beeping may signal temperature-related issues. Protective cases can mitigate extreme temperature effects. Servicing and Warranty If the unit displays a servicing message, contact your supplier or manufacturer immediately. Avoid self-investigating to preserve the warranty. Regular Maintenance Checks AEDs perform self-tests and will audibly indicate any problems during routine checks. Regularly checking your AED ensures it remains in optimal working condition. Conclusion Understanding the warning signals and conducting regular maintenance checks are crucial for ensuring the readiness and reliability of your AED unit. Always consult the instruction manual or a professional for any troubleshooting or servicing needs. https://d3imrogdy81qei.cloudfront.net/video_images/2533/AED_Troubleshooting-01.jpg Yes 255 https://www.prosportsfirstaid.co.uk/training/pitchside/video/battery-aeds https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/420.mp4 AED Batteries AED Battery Types and Their Maintenance Types of AED Batteries AED units typically use solid disposable battery packs, though some models might employ multiple small batteries. It's important to understand that AEDs are solely powered by these batteries and do not rely on mains power or rechargeable options. Integrated Battery Systems Some AED models, like the HeartSine units, incorporate the battery into the pad cartridge. This design simplifies maintenance by ensuring that replacing the pads also means a fresh battery, guaranteeing the unit's readiness. Battery Shelf Life and Maintenance Checks The lifespan of AED batteries can range from two to five years. Regularly checking the battery charge level is crucial for emergency preparedness. Regular Checks: Ensure that the batteries are fully charged and operational. Alerts and Indicators: Pay attention to any alerts such as beeps or lights indicating battery issues. Emergency Use: Even if the unit indicates a need for battery replacement, it can still be used in emergency situations. Conclusion Effective management of AED batteries is essential for ensuring that the device is ready for use during emergencies. By understanding the types of batteries used and adhering to regular maintenance checks, you can ensure the reliability and effectiveness of your AED unit. https://d3imrogdy81qei.cloudfront.net/video_images/787/AED_Batteries-01.jpg Yes 235 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aed-pads https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/419.mp4 AED Pads Types of AED Pads and Their Application Overview of AED Pad Types Automatic External Defibrillator (AED) pads are essential components of AED units. Understanding the differences between cartridge and conventional pad types, including those with integrated batteries, is crucial for effective emergency response. Cartridge-Type AED Pads Cartridge-type AED pads come in two main varieties: those with integrated batteries (e.g., HeartSine) and those without (e.g., Philips HeartStart). Cartridges with batteries simplify maintenance by combining pad and battery replacement. Conventional Pad Types Conventional AED pads, often packaged in foil, require separate battery management. When using these, ensure they are correctly connected to the AED unit and regularly check for expiry dates and physical damage. Pad Application and Maintenance Adult Pads: Clearly marked for correct placement, these pads should be applied firmly to bare skin, avoiding excessive hair. Pediatric Pads: For children, use pediatric pads when available, placing them front and back. Adult pads may be used if pediatric ones are not available, ensuring they do not touch each other. Infant Pads: There are no specific pads for infants (under one year old). In such cases, follow the standard emergency procedure without AED intervention. Conclusion Proper knowledge and handling of different types of AED pads are vital for ensuring effective response in cardiac emergencies. Regular maintenance, correct application, and understanding the nuances between adult and pediatric pads can significantly impact the success of defibrillation attempts. https://d3imrogdy81qei.cloudfront.net/video_images/785/AED_pads-01.jpg Yes 430 https://www.prosportsfirstaid.co.uk/training/pitchside/video/improving-breaths-2015-guidelines https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1951.mp4 Improving breaths Rescue Breaths and CPR: Guidelines and Alternatives Rescue breaths play a crucial role in CPR. They should be performed correctly and with proper techniques to maximise their effectiveness in saving lives. Proper Rescue Breath Technique CPR providers should: Give rescue breaths with an inflation duration of about 1 second. Provide sufficient volume to make the victim's chest rise. Avoid rapid or forceful breaths. Limit the time between compressions and breaths to no more than 10 seconds. Dealing with Obstructions If a breath doesn't go in: Check for obstructions in the mouth, but avoid blind finger sweeps. Re-open the airway and try again, but only attempt the recommended number of times. Alternative Breathing Methods Rescue breaths can also be delivered through: Mouth-to-nose ventilation: An acceptable alternative if the victim's mouth is injured, cannot be opened, or a seal is difficult to achieve, or if the victim is in water. Mouth-to-tracheostomy ventilation: Applicable for victims with a tracheostomy tube or tracheal stoma who require rescue breathing. Barrier Devices Barrier devices can help reduce bacteria transmission during rescue breathing. However, their effectiveness in clinical practice remains unknown. Resuscitation Council Recommendations The Resuscitation Council recommends that individuals trained in CPR should perform both rescue breaths and compressions whenever possible. This is particularly important for children, asphyxial cardiac arrest victims (e.g., drowning), and cases with delayed EMS response. Compression-only CPR should only be performed if rescuers are unable to give rescue breaths. The latest CPR guidelines are the 2021 UK and European Resuscitation Council guidelines. https://d3imrogdy81qei.cloudfront.net/video_images/3515/Improving_breaths-01.jpg Yes 141 https://www.prosportsfirstaid.co.uk/training/pitchside/video/improving-compressions https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1950.mp4 Improving compressions Delivering High-Quality CPR: Position, Depth, Rate, and Technique Providing high-quality CPR is one of the most important actions you can take during cardiac arrest. Small improvements in technique can significantly increase the amount of blood delivered to the brain and heart, improving survival. Correct Position for CPR The optimal position for delivering CPR is by the side of the casualty. This allows easier movement between chest compressions and rescue breaths and helps maintain good technique. However, compressions can also be delivered from over the head if space is limited. This may be necessary in confined environments such as: Aircraft aisles Buses or coaches Trains or other restricted spaces Compression Depth: Why It Matters Fear of causing harm, fatigue, or limited upper-body strength often leads rescuers to compress too shallowly. This is one of the most common CPR errors. Current guidance recommends that adult chest compressions should be 5–6 centimetres deep. Estimating compression depth is difficult, and evidence shows that compressions are often too shallow. Importantly, compressions that are slightly too deep are far less harmful than compressions that are too shallow. Priority: Ensure adequate compression depth every time. Compression Rate: Finding the Right Speed Large studies involving more than 13,000 patients have shown that the highest survival rates occur when chest compressions are delivered at a rate of: 100–120 compressions per minute When compression rates exceed 120 per minute, compression depth often decreases. For this reason, it is important not to exceed two compressions per second. Minimising Pauses in Chest Compressions Every pause in chest compressions reduces blood flow to vital organs. Pauses commonly occur during: Defibrillation Rescue breaths AED rhythm analysis All interruptions should be kept under 10 seconds wherever possible. Clear communication between rescuers is essential to minimise these gaps and maintain effective CPR. Chest Recoil: Just as Important as Compression Allowing the chest to fully recoil after each compression is just as important as pushing down. A common mistake is leaning on the chest, which prevents full recoil. Full recoil allows better venous return to the heart, improving circulation and overall CPR effectiveness. Think of compression and recoil as equal: Compression time = recoil time Managing Fatigue During CPR Compression quality can begin to fall after as little as two minutes. If there are enough rescuers available: Swap the person delivering compressions every two minutes Ensure there is no pause while changing rescuers This helps maintain correct depth, rate, and recoil. Practice Improves Performance Regular practice is one of the best ways to improve CPR quality. Use a CPR manikin whenever possible If practising at home, use a toy or stuffed animal to rehearse hand position and technique Confidence comes from practice, and confident CPR saves lives. https://d3imrogdy81qei.cloudfront.net/video_images/3513/Improving_compressions-01.jpg Yes 181 https://www.prosportsfirstaid.co.uk/training/pitchside/video/effective-cpr https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1389.mp4 Effective CPR Understanding CPR: The Heart, Cardiac Arrest, and the Importance of Compressions Knowing how the heart functions and the impact of cardiac arrest is crucial for delivering effective CPR. You can keep blood circulating with proper compressions until a defibrillator becomes available. How the Heart Functions The heart's natural pacemaker, the Sinoatrial Node, sends regular electrical impulses from the top chamber (Atrium) to the bottom chamber (Ventricle). This process keeps the heart pumping blood. In cardiac arrest, this normal functioning is disrupted, often due to electrolyte imbalances, potassium interference, or heart-related issues. Cardiac Arrest and Ventricular Fibrillation During cardiac arrest, the heart's electrical pathways are disrupted, causing the heart to experience ventricular fibrillation or ventricular tachycardia. In this state, defibrillation is necessary to restore normal heart function. Effective CPR and Chest Compressions While waiting for an Automated External Defibrillator (AED), perform effective CPR: Push down 5-6cm at 100-120 beats per minute. Place hands in the centre of the chest. Maintain a straight posture and use body weight. Switch rescuers every two minutes for optimal CPR. Allow the chest to recoil fully between compressions. The Role of AEDs AEDs work by passing electricity through the heart, momentarily stunning it and allowing the heart's pacemaker to restore normal function. In cases of cardiac arrest due to a lack of oxygen, the AED may indicate that no shock is necessary. Continue CPR and monitor the patient until emergency services arrive. Remember: Anyone can perform CPR. The key is to maintain the correct rate and depth of compressions. https://d3imrogdy81qei.cloudfront.net/video_images/2505/Effective__CPR-01.jpg Yes 357 https://www.prosportsfirstaid.co.uk/training/pitchside/video/sads https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/784.mp4 SADS Sudden Cardiac Arrest in Young People: Risks, Warning Signs, and Prevention Understanding Sudden Cardiac Arrest (SCA) and Sudden Arrhythmia Death Syndrome (SADS) Sudden Cardiac Arrest (SCA) and Sudden Arrhythmia Death Syndrome (SADS) present unique risks in young individuals. 1. Risk Factors and Causes Key Points: SCA in young people often stems from underlying conditions like SADS, which affect heart rhythm. While SCA is rare in those under 35, it's more likely in individuals with a history of heart issues. SADS, characterized by abnormal heart rhythm, can lead to sudden death in seemingly healthy young individuals. 2. Warning Signs Key Indicators: Recognizing warning signs can help in early diagnosis and treatment of cardiac conditions. Family history of unexplained death under 40, fainting during exercise, seizures, or unusual chest pain are red flags. Shortness of breath during physical activity could signal an underlying cardiac issue. 3. Impact and Statistics Statistical Insights: While the exact prevalence of SCA in young people is unclear, certain factors shed light on its impact. Approximately 3 out of 100,000 young athletes experience SCA, with regular sports participation increasing the risk. Screening and prompt resuscitation significantly improve outcomes, highlighting the importance of early intervention. 4. Awareness and Prevention Efforts Community Initiatives: Various campaigns aim to raise awareness and reduce SCA occurrences, emphasizing the need for education and accessible resources. Organizations like the Oliver King Foundation and Hand On Heart lead efforts to increase awareness and provide training. Supporting these charities contributes to life-saving initiatives, such as deploying automated external defibrillators (AEDs) in schools. Conclusion: Importance of Education and Training Increasing awareness, training, and access to AED units are vital steps in combating SCA in young people. Initiatives like free online first aid courses for students and community outreach play a crucial role in saving lives. https://d3imrogdy81qei.cloudfront.net/video_images/1367/Sudden_Arrhythmia_Death_Syndrome-01.jpg Yes 180 https://www.prosportsfirstaid.co.uk/training/pitchside/video/cardiac-arrest-and-the-drowned-patient https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2913.mp4 Cardiac Arrest and the Drowned Patient Cardiac Arrest in Drowned Patients: Understanding the Risks and Response Understanding the Immediate Risks When dealing with a drowned patient, it's crucial to grasp the immediate risks and physiological responses. 1. Panic and Physiological Response Key Point: Submersion in water triggers panic, leading to increased heart rate, elevated blood pressure, and rapid hypothermia. Young adults are particularly vulnerable, especially in cold water, where rapid temperature loss can induce shock. Due to panic and hypothermia, victims may sink initially, resurface later, and then sink again, complicating rescue efforts. 2. Temperature Changes and Mammalian Diving Reflex Key Point: Cold water immersion causes rapid body temperature reduction, while the mammalian diving reflex may induce a temporary pause in physiological functions. In colder climates like Canada, individuals have survived extended submersion due to the diving reflex. Upon rescue, drowned patients are typically hypothermic and require immediate resuscitation. 3. Resuscitation and Safety Protocols Key Point: Prompt resuscitation is crucial upon extraction from the water, prioritizing safety during rescue operations. Rescuers must prioritize safety and utilize equipment like branches, ropes, and throwing hoops to avoid becoming casualties themselves. Once on dry land or a stable surface, standard resuscitation protocols apply, but beware of complications like dry drowning and secondary drowning. 4. Complications: Dry Drowning and Secondary Drowning Key Point: Drowned patients face risks of delayed complications such as dry drowning and secondary drowning. Secondary drowning, more common in children, can occur up to 24 hours after submersion due to water inhalation. Dry drowning complications include vocal cord and airway swelling, obstructing airflow to the lungs. Conclusion: Importance of Medical Attention Effective resuscitation and immediate medical attention are critical for drowned patients, as delayed complications can have severe consequences. Seek medical assistance promptly to ensure comprehensive evaluation and treatment. https://d3imrogdy81qei.cloudfront.net/video_images/5217/Cardiac_Arrest_and_the_Drowned_Patient-01.jpg Yes 270 https://www.prosportsfirstaid.co.uk/training/pitchside/video/cardiac-arrest-and-pregnancy https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2912.mp4 Cardiac Arrest and Pregnancy Managing Cardiac Arrest in Pregnant Women: Essential Considerations Introduction Dealing with a cardiac arrest in a pregnant woman presents unique challenges for first responders, paramedics, and doctors. Understanding the complexities and adjusting resuscitation techniques accordingly is crucial for the best possible outcome. Key Considerations Recognition: Recognize that resuscitation involves not only the pregnant woman but also the unborn child and concerned family members. Defibrillation: Despite pregnancy, defibrillators are still used as the priority is the mother's survival, which is essential for the child. Positioning: Positioning the pregnant woman on her left side at a 30 to 40-degree angle helps relieve pressure on the aorta and ensures better blood flow to vital organs. CPR Technique: Perform CPR at an angle between the mother and baby to optimize compression effectiveness, considering the presence of the unborn child. Procedure Details Defibrillation pads placement, shock delivery, and the entire CPR process remain the same as with a normal adult. However, the left lateral positioning is crucial for effective resuscitation. Emotional Support Given the traumatic nature of cardiac arrest in pregnant women, both for the patient and responders, it's essential to remain calm and methodical. Post-resuscitation, seeking counselling or support is advisable to cope with the emotional toll. While rare, cardiac arrest in pregnant women is highly distressing for all involved. Proper training, clear protocols, and emotional support are essential for managing such challenging situations. https://d3imrogdy81qei.cloudfront.net/video_images/5219/Cardiac_Arrest_and_Pregnancy-01.jpg Yes 226 https://www.prosportsfirstaid.co.uk/training/pitchside/video/three-steps-to-save-a-life https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7078.mp4 Three Steps to Save a Life (2025) The Three Steps to Save a Life: A Simple Emergency Guide The Three Steps to Save a Life approach is an easy, effective method that anyone can use during an emergency. At the heart of the Resuscitation Council UK guidelines, this process shows that you do not need medical training to make a lifesaving difference. Step 1 – Check Check for Safety Before you approach the casualty, ensure the area is safe. Look for hazards such as: Traffic Electricity Fire or smoke Other environmental dangers Check Responsiveness Once it’s safe, assess whether the person can respond: Gently tap their shoulders Ask loudly, “Are you alright?” If they do not respond and appear unresponsive, move immediately to Step 2. Step 2 – Call Call 999 (or 112 in Europe) without delay. Put your phone on speaker to keep your hands free. The emergency operator will guide you step-by-step. Check Breathing With Guidance The dispatcher will help you assess for normal breathing. Look, listen, and feel for no more than 10 seconds. If the person is not breathing normally or is only gasping, tell the operator immediately. They will talk you through starting CPR. Step 3 – CPR and AED Start CPR Immediately If breathing is absent or abnormal: Place the heel of your hand in the centre of the chest Put your other hand on top Begin compressions at 100–120 per minute Press down about 5 cm each time Allow the chest to fully rise between compressions Use an AED if Available If an AED is nearby: Turn it on immediately Follow the voice prompts The device will tell you when to pause, stand clear, or resume compressions The emergency dispatcher will stay on the line and support you until professional help arrives. Why These Three Steps Matter Remember: Check • Call • Start CPR with an AED. These quick, simple actions can double or even triple a person’s chance of survival. You don’t need to be a doctor — just willing to act. Your hands, your phone, and your courage truly can save a life. https://d3imrogdy81qei.cloudfront.net/video_images/12822/Three_Steps_to_Save_a_Life_2.jpg Yes 149 https://www.prosportsfirstaid.co.uk/training/pitchside/video/update-on-aed-pad-placement https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7111.mp4 Update on AED pad placement 2025 UK Resuscitation and ERC Guidelines on AED Pad Placement The latest 2025 Resuscitation Council UK (RCUK) and European Resuscitation Council (ERC) updates have introduced important changes to the recommended placement of AED pads for adults, children, and infants. These updates are based on new evidence intended to improve the effectiveness of defibrillation and increase survival rates. Why AED Pad Placement Has Changed For many years, AED pads have included diagrams showing where to place them on the chest. However, with the release of the new guidelines, these diagrams may now be out of date. This is because AED pad manufacturers still hold large quantities of older stock, and it could take up to five years for all pads in circulation to reflect the updated placements. Until then, the diagram on the pad may not match the new recommended positions. For the best chance of a successful shock, you should follow the latest RCUK and ERC guidance, even if the printed diagram suggests something different. Updated AED Pad Placement for Adults For adults, the new recommended placement is: Left-side pad: Position this pad under the left armpit. This placement improves the pathway of the electrical shock across the heart. Right-side pad: This pad remains in the traditional position on the upper right chest. Important note for female casualties: avoid placing the right-side pad over breast tissue; adjust slightly if needed to maintain full contact with the skin. Updated AED Pad Placement for Children (Under 25 kg or Approx. Under 8 Years) For smaller children, the recommended placement has also changed: Front pad: Place it on the chest but slightly offset to the child’s left side, rather than directly centred. Back pad: The rear pad position remains the same as before. For older children and adolescents, AED placement remains the same as adult positioning (front and back, standard locations). New Guidance for Infants One of the most notable updates is the introduction of clear guidance on AED use for infants. Many rescuers may not have been taught this previously, but AEDs can and should be used on infants in cardiac arrest. The new recommended placement is: Back pad: Place one pad in the centre of the infant’s back. Front pad: Position the second pad on the chest, slightly offset to the infant’s left side. This placement ensures an effective shock pathway while accommodating the much smaller chest size of an infant. Key Takeaway Always follow the latest Resuscitation Council UK and ERC guidelines rather than relying solely on the diagrams printed on AED pads. These changes are designed to improve defibrillation effectiveness and provide the best possible outcome for the casualty. Whether you are treating an adult, a child, or an infant, knowing the correct AED pad placement can be life-saving. https://d3imrogdy81qei.cloudfront.net/video_images/12842/Update_on_AED_pad_placement.jpg Yes 83 https://www.prosportsfirstaid.co.uk/training/pitchside/video/adolescent-cpr https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7110.mp4 Adolescent CPR How to Perform CPR on an Adolescent (13–18 Years) In this training film, we will cover how to perform CPR on an adolescent aged between 13 and 18 years. Although cardiac arrest in young people is less common than in adults, it can still occur due to breathing problems, traumatic injury, or sudden collapse. Delivering high-quality CPR is essential and can significantly improve their chance of survival. Initial Safety Checks Ensure the area is safe for both you and the adolescent before approaching. Gently shake their shoulder or tap it and call loudly: “Are you OK?” Calling for Help If they do not respond: Shout for help immediately. If you are alone, call 999 straight away, place the phone on speaker, and begin CPR without delay. The emergency call handler will guide you through the process. If someone else is available, ask them to call 999, put the phone on speaker if possible, and fetch an AED while you start CPR. Assessing Breathing Open the airway using the head-tilt, chin-lift manoeuvre. Look, listen, and feel for normal breathing for no more than 10 seconds. If the adolescent is not breathing or their breathing is abnormal (gasping or irregular), start CPR immediately. Rescue Breaths Matter In adolescents, cardiac arrest often relates to breathing difficulties or trauma, which means rescue breaths are especially important. Give 5 Initial Rescue Breaths Seal your mouth over theirs. Pinch the nose closed. Blow gently for one second per breath and watch for the chest rising. Chest Compressions Deliver 15 chest compressions immediately after the initial breaths. Place your hands in the centre of the chest, on the upper half of the sternum between the nipples. Push down to a depth of 5-6cm. Compress at a rate of 100–120 per minute. Allow the chest to fully recoil after each compression. Aim to minimise any interruptions. Continue the CPR Cycle After the initial breaths and compressions, continue CPR following this pattern: 15 compressions 2 rescue breaths Repeat this cycle until help arrives or the adolescent begins to show signs of recovery. Using an AED on an Adolescent If an AED is available, switch it on immediately, even if you are partway through a CPR cycle. Continue CPR while attaching the pads. Follow the AED’s voice prompts. Use adult pads if paediatric pads are not available. Pad placement for adolescents is the same as for adults. When to Stop CPR Continue CPR until one of the following occurs: The adolescent starts breathing normally or shows signs of life, such as moving, speaking, or opening their eyes. The emergency services arrive and take over. You become physically unable to continue—if so, try to pass CPR on to someone else. High-quality CPR can make a critical difference in an adolescent’s chance of survival. Acting quickly and confidently is key. https://d3imrogdy81qei.cloudfront.net/video_images/12844/Adolescent_CPR.jpg Yes 168 https://www.prosportsfirstaid.co.uk/training/pitchside/video/paediatric-airway https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2916.mp4 Paediatric Airway Understanding the Paediatric Airway: Key Differences and Considerations Differences in the Paediatric Airway Understanding the unique features of the paediatric airway is crucial for effective emergency response, especially for first responders, paramedics, and medical professionals. 1. Muscle Tone and Neck Structure Key Point: Children lack developed muscle tone in their necks, resulting in a more flexible and vulnerable airway. Positioning and placement are critical to prevent hyper-extension or under-extension of the neck. Unlike adults, the neck should not be hyper-extended to open the airway; instead, maintain a neutral or 'sniffing the morning air' position. 2. Airway Narrowness Key Point: A child's airway is narrower compared to an adult, making it prone to kinking if improperly positioned. Hyper-extension or under-extension of the neck can lead to airway obstruction due to kinking. Positioning the child in a 'sniffing the morning air' position alleviates pressure on the tongue, preventing airway compromise. 3. Breathing Patterns Key Point: Children exhibit obligatory nasal breathing up to around five months of age, influencing breathing and swallowing coordination. After five months, children transition to independent breathing and swallowing, similar to adults. Children primarily breathe using the diaphragm, with flat ribs and undeveloped intercostal muscles. 4. Cyanosis and Hypoxia Key Point: Cyanosis and hypoxia manifest quickly in children, necessitating prompt intervention to maintain oxygenation. Signs of cyanosis, such as blue lips, ears, or fingertips, indicate severe oxygen deprivation and require immediate corrective action. Conclusion Managing the paediatric airway requires careful consideration of its unique anatomical and physiological characteristics. Proper positioning, airway management, and prompt response to signs of distress are vital for ensuring positive outcomes in paediatric emergencies. https://d3imrogdy81qei.cloudfront.net/video_images/5225/Paediatric_Airway-01.jpg Yes 377 https://www.prosportsfirstaid.co.uk/training/pitchside/video/aed-locations https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/421.mp4 AED Locations Finding an AED During an Emergency Knowing where to find an Automated External Defibrillator (AED) can be crucial in emergency situations. Here's a guide on where to look for them. Accessing AEDs in Various Locations AEDs are increasingly available in public and private spaces for quick response in emergencies. AEDs at Work and Home If your workplace or home is equipped with an AED, it offers immediate access during emergencies. Emergency Services and AED Locations During an emergency, calling 999 or 112 not only dispatches an ambulance but may also activate local community responders or volunteers with AEDs. Public Access AEDs AEDs are often placed in public areas for widespread accessibility. Common Public Spaces Airports, Railway Stations, and Shopping Centres: These busy areas are common spots for public access AEDs. Community AEDs: Often found outside shops, pubs, doctor's surgeries, and dental practices, these AEDs are usually locked with access codes provided by emergency services. Corporate AEDs Many businesses also invest in AEDs for emergency preparedness. Action Steps in Cardiac Arrest Situations If faced with a cardiac arrest, quickly ask bystanders about nearby AEDs and send someone to retrieve it. Early use of an AED can significantly improve survival chances. Being Observant in the Community Take time to notice AED locations when you're out and about; their prevalence might surprise you. Conclusion Identifying AED locations in advance can be lifesaving. Familiarise yourself with their locations in your regular environments and public spaces. https://d3imrogdy81qei.cloudfront.net/video_images/789/AED_Locations-01.jpg Yes 98 https://www.prosportsfirstaid.co.uk/training/pitchside/video/rcuk-erc-resus-guidelines https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7112.mp4 RCUK and ERC Resus Guidelines Why the Resuscitation Council UK and ERC Guidelines Matter The Resuscitation Council UK (RCUK) and the European Resuscitation Council (ERC) set the official, evidence-based standards for CPR and first aid across the UK and Europe. These are the guidelines that every trainer, training provider, workplace, and first aider is expected to follow. All of our CPR and first aid courses are built around these trusted and regularly updated recommendations. What Is the Resuscitation Council UK? The Resuscitation Council UK is the nation’s leading authority on resuscitation science. It develops evidence-based guidelines covering: Adult Basic and Advanced Life Support Paediatric resuscitation (infants, children, adolescents) CPR guidance for both healthcare professionals and lay responders The RCUK ensures that the UK follows safe, consistent, clinically proven methods in all resuscitation training and emergency response. What Is the European Resuscitation Council? The ERC sets the Europe-wide standards for CPR and emergency care. It works closely with national bodies, including the Resuscitation Council UK, and contributes to global research through the International Liaison Committee on Resuscitation (ILCOR). This collaboration ensures that CPR and first aid practices are aligned with the latest international scientific evidence. Why These Guidelines Are Important for You CPR and first aid guidance evolves as new evidence, clinical studies, and real-world data become available. These guidelines affect: What instructors teach during CPR and first aid courses How course content is structured The techniques you will learn and need to use during an emergency The recommended sequence of actions when someone collapses or stops breathing In short, the Resuscitation Council UK and ERC shape exactly how CPR and first aid should be performed to give someone the best chance of survival. Guidelines Backed by Extensive Research Each update is based on thousands of scientific papers, clinical reviews, expert analysis, and real-life experience. This means that when the RCUK and ERC release new recommendations, they represent the most effective and up-to-date approach to saving lives. The Latest Guidelines We Teach All of our courses follow the latest Resuscitation Council UK and ERC guidelines, released in late 2025 and scheduled for review in 2030. If you have trained with us before, you will notice some important changes—these updates are designed to: Increase survival rates in cardiac arrest Improve outcomes in first aid emergencies Ensure every rescuer uses the most effective, evidence-based methods What This Means for Learners Whether you are refreshing your skills or learning for the first time, these updated guidelines ensure you are trained to the highest and most current standards. In a real emergency, this knowledge can make the difference between life and death. https://d3imrogdy81qei.cloudfront.net/video_images/12838/RCUK___ERC_Resus_Guidelines.jpg Yes 101 https://www.prosportsfirstaid.co.uk/training/pitchside/video/when-to-call-for-assistance https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1946.mp4 When to call for assistance Calling for Help and Starting CPR: What to Do First As soon as you realise a casualty is unresponsive, call the emergency services immediately and ask for an ambulance. Use your mobile phone on speakerphone so you can begin CPR while speaking to the call handler. If someone is with you, ask them to make the call while you start CPR straight away. Why Calling Emergency Services Early Matters When someone collapses or appears unconscious, help must be requested as quickly as possible. The emergency medical services (EMS) dispatcher can rapidly assess the situation and determine the most appropriate response. Waiting to decide what to do wastes valuable time. The sooner EMS are activated, the greater the chance of survival. CPR alone is not enough if professional help is not on the way. An AED and advanced care are essential. For every minute an AED is delayed, the chance of survival falls by around 10%. Early CPR combined with rapid EMS activation significantly improves outcomes. What to Do If More Than One Rescuer Is Present If there is more than one rescuer available: One rescuer should start CPR immediately The other should call emergency services and look for an AED This teamwork minimises delays and maximises the chance of successful resuscitation. What to Do If You Are Alone If you are alone with the casualty: Call emergency services on speakerphone Do not leave the casualty to look for an AED Start CPR immediately The EMS will bring an AED. By starting CPR early, you increase the likelihood that defibrillation will be successful when it arrives. Leaving the casualty to search for an AED reduces blood flow to the brain and lowers their chance of survival. Minimising Interruptions to CPR Keeping chest compressions going is critical. If the casualty is an infant or small child, it may be possible to carry them with you while summoning help, reducing interruptions to CPR. Once you have called EMS, the dispatcher can: Guide you through full CPR, or Support you with chest-compression-only CPR Using speakerphone allows you to receive clear, step-by-step instructions while continuing life-saving care. Key Points to Remember Call emergency services as soon as the casualty is unresponsive Use speakerphone so you can start CPR immediately Do not delay CPR to look for an AED if you are alone Early CPR and early EMS activation save lives Act fast, keep compressions going, and get help on the way. These actions give the casualty the best possible chance of survival. https://d3imrogdy81qei.cloudfront.net/video_images/3505/When_to_call_for_Assistance.jpg Yes 112 https://www.prosportsfirstaid.co.uk/training/pitchside/video/community-aed-units https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/650.mp4 Community AED Units Community AED Units: A Rapid Response to Cardiac Arrests In the event of a cardiac arrest, time is of the essence. Community AED units play a pivotal role in providing immediate assistance before the arrival of an ambulance. Location and Accessibility Ensuring quick access to AEDs, they are strategically placed throughout communities. You can commonly find these lifesaving devices in local shops, churches, pubs, community centres, and various businesses. An excellent example of this would be an AED unit located outside a vintage store, acting as a central point for local residents. Positioning AEDs in visible spots significantly boosts their potential use in emergencies. Take for instance an AED housed in a classic red phone box. While it might be in a more secluded spot, its proximity to parking and ease of access for locals make it an invaluable asset. When you ring emergency services, they'll provide you with a code. Input this code into the lock, turn the handle, and you gain access to the AED. The primary aim here is to get the AED to the casualty before the ambulance, making every second count. It's worth noting that each minute's delay in deploying an AED reduces survival rates by 10%. Reaching a patient 2-3 minutes before paramedics could dramatically increase their survival chances. Maintenance and Database The upkeep of community AED units is typically overseen by the local community or nearby businesses. Fortunately, a national AED database now exists, streamlining the process of locating the closest AED. The In-Step search is another handy tool to pinpoint your nearest AED. For Businesses If you're running a business, it's prudent to be aware of your closest AED's location. Having this information readily available could make a world of difference during emergencies. https://d3imrogdy81qei.cloudfront.net/video_images/1091/Community_AED_Units-01.jpg Yes 106 https://www.prosportsfirstaid.co.uk/training/pitchside/video/using-an-aed-on-an-adolescent https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7116.mp4 Using an AED on an adolescent CPR and AED Use for an Unresponsive Adolescent (Ages 13–18) If you find an adolescent aged 13 to 18 years who is unresponsive and not breathing normally, the resuscitation approach is slightly different from that used for adults. Acting quickly and confidently can make a life-saving difference. What to Do First If the adolescent is unresponsive and not breathing normally: Call 999 immediately and ask for an ambulance. If you are unsure whether they are breathing normally, treat them as though they are not. Put your phone on speaker so the call handler can guide you. Start CPR Straight Away In adolescents, cardiac arrest is often linked to breathing problems. For this reason: Begin with five rescue breaths. Then start chest compressions. Chest Compressions Compress the chest to a depth of 5–6 cm. Allow the chest to fully recoil between compressions. Maintain a rate of 100–120 compressions per minute. Continue CPR using a ratio of 15 compressions to 2 rescue breaths. Do not stop CPR while someone is fetching an AED. Using an AED on an Adolescent Use an AED as soon as it arrives. Switch the AED on and follow the voice and visual prompts. If available, use a paediatric mode or paediatric pads, which reduce shock energy for smaller bodies. If paediatric settings are not available, use adult pads and settings. Never delay defibrillation. Correct Pad Placement Ensure the chest is bare and dry. Place one pad on the top right side of the chest. Place the other pad under the left armpit. This is the same pad placement used for adults. During AED Analysis and Shock When the AED says “Stand clear”, ensure no one is touching the adolescent. If a shock is advised, make sure everyone stays clear while it is delivered. Restart chest compressions immediately after the shock, or if no shock is advised. Continue CPR Until Professional help arrives and takes over, or The adolescent shows clear signs of life, or You are physically unable to continue. Key Safety Message AEDs are extremely safe to use on adolescents. They will only deliver a shock if it is needed. Early CPR and early defibrillation dramatically improve survival rates. The most important thing is to act quickly, confidently, and without delay. Your actions could save a young life. https://d3imrogdy81qei.cloudfront.net/video_images/12894/Using_an_AED_on_an_adolescent.jpg Yes 143 https://www.prosportsfirstaid.co.uk/training/pitchside/video/using-an-aed-on-an-infant https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7080.mp4 Using an AED on an infant Using an AED on an Infant: UK Resuscitation Council 2025 Guidance Although infants very rarely experience a shockable heart rhythm, the use of an AED can still be lifesaving when cardiac arrest occurs. High-quality CPR remains the foundation of care. However, if an AED is available, it should be used without delay. Current guidance confirms that AEDs are safe to use on infants and should not be withheld when they are needed. Key Steps for Using an AED on an Infant Call for help immediately.As soon as you know the infant is not breathing, call 999. Ask a bystander to fetch an AED if one is available. Start CPR straight away.Begin CPR immediately. Do not delay compressions and rescue breaths while waiting for an AED. Continue CPR while preparing the AED.When the AED arrives, switch it on while CPR continues. Minimise any pauses while the pads are prepared and applied. Apply the AED pads. If paediatric pads are available, use them. If paediatric pads are not available, use adult pads. Do not delay defibrillation to wait for paediatric pads. Correct pad placement. Place one pad on the front of the chest, slightly to the left side. Place the second pad on the back, between the shoulder blades. This front-and-back positioning ensures the heart sits between the pads. Follow the AED prompts.Allow the AED to analyse the heart rhythm. Make sure no one is touching the infant during analysis or shock delivery. Resume CPR immediately.If a shock is delivered, restart CPR straight away and continue for two minutes before the AED re-analyses. Continue until emergency services arrive or the infant shows signs of life. Why Speed Matters When an infant suffers cardiac arrest, every second counts. Early CPR, rapid AED use, and following the device prompts give the infant the best possible chance of survival. Important 2025 Guideline Updates AED use in infants is now explicitly included in the 2025 UK Resuscitation Council guidelines. Pad positioning has changed slightly. Some AED pad diagrams may still show a central chest position. For infants, the front pad should be placed slightly to the left side of the chest. Some AEDs may not mention infant use, but they are safe to use on infants when cardiac arrest is suspected. Key Message Start CPR quickly. Use the AED without hesitation. Follow the prompts. Prompt, confident action can make a lifesaving difference for an infant in cardiac arrest. https://d3imrogdy81qei.cloudfront.net/video_images/12826/Using_an_AED_on_an_infant.jpg Yes 142 https://www.prosportsfirstaid.co.uk/training/pitchside/video/tourni-key-plus-tourniquet https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5410.mp4 citizenAID Tourni-Key Plus tourniquet How to Use the Tourni-Key Plus for Catastrophic Bleeding The Tourni-Key Plus is a simple tourniquet designed to help stop catastrophic bleeding from a limb. This guide will explain its usage and components. Contents of the Tourni-Key Plus Kit The Tourni-Key Plus kit comes in a sealed bag, which can be purchased individually or as part of a bleed kit. The kit contains three main components: Instruction card: Provides step-by-step instructions on using the tourniquet, including visual diagrams. Tourni-Key: Made from strong plastic, this device tightens a bandage around a limb to stop bleeding. Triangular bandage: A standard material bandage used to wrap around the limb. Using the Tourni-Key Plus Unwrap the triangular bandage and roll it into a broad fold bandage with a 90-degree corner at the bottom. Place the bandage around the limb just above the injury, avoiding any joints. Secure it with a half knot. Slide the provided card under the bandage to protect the skin from pinching. Secure the Tourni-Key on top of the bandage by tying it in place. Wind the Tourni-Key to apply pressure and stop the bleeding. Tighten it until the bleeding stops. Tuck the end of the Tourni-Key underneath the bandage to secure it. Note the time the tourniquet was applied, as this information is crucial for EMS personnel. Once the tourniquet is in place, focus on stabilising the patient and treating them for shock. Continuously monitor the limb to ensure the bleeding doesn't resume. If necessary, apply more pressure or add another tourniquet above the first one, avoiding joints. Where to Find More Information and Purchase the Tourni-Key Plus For more information or to purchase the Tourni-Key Plus, visit firstaidonline.co.uk, email supplies@protrainings.uk, or call ProTrainings to learn more about the Tourni-Key and other bleed packages offered. https://d3imrogdy81qei.cloudfront.net/video_images/9621/Tourni-key_Plus.jpg Yes 324 https://www.prosportsfirstaid.co.uk/training/pitchside/video/blast-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2941.mp4 Blast Injuries Understanding the Impact of Blast Injuries on Casualties Introduction Blast injuries, often underestimated in their prevalence, can result from various incidents such as explosions in bombs, house fires, or cylinder fires. It's crucial to assess the distance, nature, and severity of the blast wave to understand its effects on casualties. Primary Blast Wave The initial blast wave emanating from the explosion's epicenter can cause significant damage, including: Ruptured Organs: Eardrums, livers, kidneys, and lungs may sustain severe damage due to the rapid pressure wave. Fatal Consequences: Particularly in cases involving large bombs or explosions, the primary blast wave can be fatal. Secondary Wave (Debris Fragmentation) Following the primary blast wave, casualties may encounter the secondary wave composed of debris and shrapnel: Projectile Impact: High-speed debris propelled by the explosion can cause extensive injuries upon impact. Speed and Impact: Debris fragments can reach speeds of up to 1000 miles per hour, posing a significant threat to casualties. Tertiary Shockwave (Vacuum Effect) The tertiary shockwave results from the vacuum created by the blast: Rearward Pressure: The rush of air and particles backfilling the vacuum can exert force on internal organs, particularly the liver and lungs. Unique Risks: Effects such as overpressure causing lung rupture or oxygen depletion due to vacuum suction illustrate the diverse dangers of the tertiary shockwave. Conclusion Blast injuries, characterized by primary, secondary, and tertiary waves, pose significant risks to casualties' lives and internal organs. Understanding the multifaceted nature of blast injuries is crucial for effective management and treatment. https://d3imrogdy81qei.cloudfront.net/video_images/5241/Blast_Injuries-01.jpg Yes 203 https://www.prosportsfirstaid.co.uk/training/pitchside/video/blood-loss https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2949.mp4 Blood Loss - A Practical Demonstration Understanding Blood Absorption on Different Surfaces This demonstration highlights how various surfaces affect the visibility and perceived volume of blood loss, providing valuable insights for accurately assessing a patient's condition. Blood Absorption Demonstration Overview We explore the impact of different surfaces on blood spread and absorption using identical volumes of blood across four distinct materials: sand, gravel, blankets, and brick. Observations on Various Surfaces Ground Soil (Sandy Surface): Blood spreads significantly, indicating potential for overestimation of blood loss. Gravel: Creates a distinct pattern with limited spread, possibly underestimating blood loss. Ambulance (Emergency/Rescue) Blanket: Absorbs blood with medium spread, illustrating the importance of considering material soaking. Brick Paving: Shows no absorption, presenting a large pool, potentially misleading in assessing the volume of blood lost. Comparing Absorbency of Different Dressings The demonstration extends to the absorbency of a standard ambulance dressing versus a military-grade bandage, revealing significant differences in their capacities to manage blood loss. Ambulance (Trauma/Emergency) Dressing vs. Military-Grade Bandage Ambulance (Trauma/Emergency) Dressing: Quickly saturates and leaks, indicating limited absorbency for significant blood loss. Military-Grade Bandage: Effectively retains the blood without leakage, demonstrating superior absorbency for severe injuries. Conclusion and Implications for Emergency Response The surface on which blood is lost can dramatically affect the appearance of the volume lost. This understanding, coupled with selecting the appropriate dressing for the severity of the wound, is crucial for effective emergency treatment and blood loss management. https://d3imrogdy81qei.cloudfront.net/video_images/5237/Blood_Loss_-_A_Practical_Demonstration-01.jpg Yes 307 https://www.prosportsfirstaid.co.uk/training/pitchside/video/when-tourniquets-do-not-work-and-applying-a-second-one https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2399.mp4 When Tourniquets Don't Work - Applying a Second What to Do If Bleeding Continues After a Tourniquet Is Applied If you have applied a tourniquet and the casualty is still bleeding, do not panic. There are several clear, logical steps you can take to improve bleeding control. Severe haemorrhage can be challenging, and it is not uncommon to need more than one intervention. Step 1: Tighten the Tourniquet The first and simplest action is to tighten the tourniquet further. When a tourniquet is first applied, it may initially slow or stop the bleeding. However, as the soft tissue compresses and blood is forced out, the tourniquet can loosen slightly. Re-tighten the tourniquet Apply additional pressure using the windlass or tightening mechanism In many cases, this alone will be enough to fully control the bleed. Step 2: Reassess Direct Pressure If tightening does not fully stop the bleeding, reassess whether direct pressure will now be effective. Earlier, direct pressure may not have worked because of heavy blood flow. However, once a tourniquet has reduced circulation to the limb, direct pressure can often become effective. Apply firm direct pressure directly over the wound Maintain pressure and reassess bleeding This combination can sometimes resolve the problem without further escalation. Step 3: Use a Haemostatic Dressing If direct pressure alone is still not enough, consider using a haemostatic dressing. Before the tourniquet was applied, the wound may have appeared too severe for haemostatic agents to be effective. However, now that blood flow has been reduced, haemostatic dressings may work very well. Apply the haemostatic dressing directly to the wound Cover it with a trauma dressing Apply firm pressure This layered approach can significantly improve clot formation and bleeding control. Step 4: Apply a Second Tourniquet If bleeding continues despite these measures, you may need to apply a second tourniquet. Correct Placement of a Second Tourniquet Place the second tourniquet above the first one Always position it closer to the body Never place a tourniquet over a joint Placing a tourniquet over a joint will not work, causes extreme pain, and can lead to serious tissue damage. Once applied, tighten the second tourniquet fully and reassess bleeding. Step 5: Improvised Tourniquet (If Needed) If your bleed control kit contains only one commercial tourniquet and bleeding still cannot be controlled, you may need to use an improvised tourniquet. An improvised tourniquet should: Be placed above the existing tourniquet Use a strong band such as a triangular bandage or robust material Include a solid object (such as a piece of wood) to act as a windlass Twist the windlass to tighten the improvised tourniquet until bleeding is controlled, then secure it in place. Extreme Circumstances In very rare and extreme cases, it may be necessary to apply a third tourniquet. This is uncommon, but catastrophic bleeding requires decisive action. At this stage, saving life takes priority over limb preservation. Key Points to Remember Always tighten a tourniquet first if bleeding continues Reassess direct pressure once blood flow is reduced Use haemostatic dressings and trauma dressings together Apply a second tourniquet above the first if needed Never place a tourniquet over a joint Improvised tourniquets are a last resort but can save lives Severe bleeding can be difficult to control, but using a structured, step-by-step approach gives the casualty the best possible chance of survival. https://d3imrogdy81qei.cloudfront.net/video_images/4295/When_Tourniquets_Don't_Work_-_Applying_a_Second-01.jpg Yes 135 https://www.prosportsfirstaid.co.uk/training/pitchside/video/air-wrap-dressings https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2469.mp4 Air Wrap Dressings Effective Bleeding Control with Air Wrap Dressing Learn how the Air Wrap dressing revolutionizes the application of direct pressure for controlling catastrophic bleeding, offering a practical solution for emergency situations. The Importance of Direct Pressure Direct pressure remains a cornerstone in the management of severe bleeding. Traditional methods using hands can be effective but are not feasible for prolonged periods, especially during transport. The Air Wrap dressing introduces an innovative approach to maintain consistent pressure without continuous manual application. Introducing Air Wrap Dressing The Air Wrap dressing is a non-sterile, easy-to-use solution designed to apply direct pressure through an air bladder mechanism. Available in widths of 4 or 6 inches, it accommodates various limb sizes, ensuring versatility across different emergency scenarios. Key Features Easy Application: Tearable strips for quick opening and velcro attachments for secure wrapping. Instructional Design: Clear, on-wrapper instructions and a 'This side up' indicator for correct application. Pressure Indication: An air indicator for optimal pressure and a valve system for easy inflation and deflation. Using the Air Wrap Dressing Application involves simple steps: wrapping the dressing securely around the limb, inflating the air bladder to apply pressure, and monitoring for capillary refill to ensure circulation is not compromised. The design prioritizes patient comfort while effectively stopping bleeding. Benefits and Availability Aside from its ease of use and effectiveness, the Air Wrap dressing significantly reduces the physical strain on the caregiver in emergency situations. For more information or to purchase the Air Wrap dressing, visit our store. Additional resources, including instructional PDFs, are available in the download area of this course. https://d3imrogdy81qei.cloudfront.net/video_images/4553/air_wrap-01.jpg Yes 152 https://www.prosportsfirstaid.co.uk/training/pitchside/video/patient-aftercare https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2392.mp4 Monitoring a Patient Aftercare Following the Use of a Tourniquet or Haemostatic Dressing Once you have treated a casualty using a tourniquet or haemostatic dressing, your role does not stop there. Ongoing care before the emergency medical services (EMS) arrive is vital and can significantly affect the casualty’s outcome. Keep the Casualty Warm One of your most important priorities is to keep the casualty warm. You can use: Foil survival blankets A standard blanket Double- or triple-layer insulated blankets, such as an igloo blanket Keeping the casualty warm helps prevent hypothermia. More importantly, cold reduces the body’s ability to clot blood. By maintaining warmth, you directly support the body’s natural clotting process and improve recovery. Reassure and Calm the Casualty Talk to the casualty calmly and reassuringly. Your manner and tone of voice can have a significant impact. Explain what you are doing Offer reassurance Encourage them to remain still and relaxed This helps reduce shock and anxiety. It is just as important that you remain calm. A steady, confident approach reassures both the casualty and anyone assisting you. Get Help From Others If Needed If there are people nearby, ask for assistance where appropriate. They can help with: Fetching blankets or equipment Calling or updating emergency services Helping to keep the casualty warm and still Record the Time of Application It is essential to record the exact time that a tourniquet or haemostatic dressing was applied. This information is critical for hospital staff, as it directly affects ongoing treatment decisions. Write the time clearly on the casualty (for example, on the skin or clothing) Or make a clear note and pass this information directly to EMS on arrival For example, knowing that a tourniquet has been in place for one hour will guide hospital management. Label Haemostatic Dressings If you have used a haemostatic dressing (such as WoundClot), keep the empty packet. Tuck the empty packet underneath the dressing so it is clearly visible. This allows hospital staff to: Identify exactly what product was used Plan appropriate follow-up treatment Anticipate and Manage Shock You should always expect shock following severe bleeding, even if the casualty does not show immediate signs. To reduce the risk of shock: Keep the casualty lying down Do not allow them to stand or sit upright If shock develops, raise the legs if appropriate Ongoing Monitoring Continue to monitor the casualty closely until help arrives. Watch for changes in: Breathing Pulse Level of responsiveness Skin colour and temperature Treat what you see. If the casualty’s condition changes, respond accordingly and update emergency services if needed. Handover to Emergency Services When the emergency medical services arrive, provide a clear and structured handover. This should include: What happened The injuries identified Treatments given (tourniquets, haemostatic dressings, pressure) Times of application The casualty’s response to treatment Any relevant medical information Any requests made by the casualty, such as contacting family Key Points to Remember Keep the casualty warm to support clotting Reassure them and reduce anxiety Record and communicate treatment times Expect and manage shock Monitor continuously until help arrives Provide a full handover to EMS Good aftercare can be just as life-saving as the initial bleeding control. https://d3imrogdy81qei.cloudfront.net/video_images/4299/Monitoring_a_Patient-01.jpg Yes 150 https://www.prosportsfirstaid.co.uk/training/pitchside/video/haemostatic-dressing-or-tourniquet https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2384.mp4 Hemostatic Dressing or Tourniquet? Choosing the Right Bleeding Control Method Selecting the appropriate method to control bleeding depends on the injury's location and the circumstances. This guide helps you decide between hemostatic dressings and tourniquets for effective bleeding management. Hemostatic Dressings: When and Where to Use Hemostatic dressings are the only option for injuries not located on limbs. However, they are not suitable for open head or chest wounds. They are most effective on the abdomen and junctional areas of the body. Decision Making for Limb Injuries Initial Step: Direct pressure should always be your first attempt to control bleeding on arms or legs. Choosing Between Tourniquets and Hemostatic Dressings: If direct pressure fails, the choice between a tourniquet and a hemostatic dressing depends on the specific injury, the patient's size, and the number of patients needing attention. Tourniquets vs Haemostatic Dressings Tourniquets provide immediate bleeding control, allowing attention to be directed to other patients if necessary. Hemostatic dressings, on the other hand, are better suited for smaller or puncture wounds but require several minutes to become effective. Making the Right Choice Evaluating the situation carefully is crucial. Consider the resources at your disposal, the number of casualties, and the nature of their injuries to determine the best approach or combination of methods for bleeding control. https://d3imrogdy81qei.cloudfront.net/video_images/4297/Haemostatic_Dressing_or_Tourniquet-01.jpg Yes 264 https://www.prosportsfirstaid.co.uk/training/pitchside/video/amputationtreatment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2940.mp4 Amputation Treatment Managing Amputated Limbs: Procedures and Considerations Introduction Amputated limbs, though rare in day-to-day life, require immediate attention and proper management to optimize chances of salvage and minimize complications. Prioritizing Blood Flow Control Stemming blood flow is paramount in managing amputations, particularly to address arterial bleeds which can lead to rapid blood loss: Primary Survey: Conduct a swift assessment (within 90 seconds) to identify life-threatening issues, including arterial bleeds. Bleed Control: Utilize elevation and pressure techniques, with the potential use of trauma dressings or tourniquets for severe bleeding. Handling Amputated Limbs Preservation and Transport Proper handling of the amputated limb is critical to facilitate potential salvage: Cling Film Wrapping: Wrap the severed limb in cling film to create a barrier against infection and maintain cleanliness. Insulation: Further protect the limb by wrapping it in towels or blankets before submerging it in cold water or ice. Avoid Direct Contact: Ensure that ice or cold packs do not directly touch the wound site to prevent nerve damage. Transportation: Promptly transport the patient and the severed limb to a specialist hospital, often via helicopter for expedited care. Tooth Preservation Similar principles apply to the preservation and potential reattachment of knocked-out teeth: Root Preservation: If a tooth is intact with the root, store it in milk to maintain viability before seeking dental assistance. Immediate Dental Care: Take the child to a dentist promptly with the milk-preserved tooth for potential reinsertion. Conclusion While amputation may seem irreversible, prompt and appropriate management can increase the likelihood of limb salvage and dental reattachment, highlighting the importance of proper care and preservation techniques. https://d3imrogdy81qei.cloudfront.net/video_images/5239/Amputation_Treatment-01.jpg Yes 310 https://www.prosportsfirstaid.co.uk/training/pitchside/video/trauma-dressings-2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2945.mp4 Using trauma dressings Trauma Dressings: Essential Tools for Managing Hemorrhages Introduction to Trauma Dressings Trauma or battlefield dressings are specifically designed to handle catastrophic bleeding and are essential components of trauma kits. Features of Trauma Dressings High Absorbency: These dressings are capable of absorbing large volumes of blood due to their larger and more absorbent surface area. Versatility: Available in various shapes and sizes, trauma dressings come in kits that include tourniquets, gloves, and other necessary items for managing major hemorrhages. Understanding Battlefield Dressings Battlefield dressings, a type of trauma dressing, feature distinctive characteristics tailored for managing severe bleeding: Key Components Pressure Application: A plastic harp or ball is positioned at the centre of the dressing to apply pressure directly to the wound, aiding in hemorrhage control. Elastic Design: These dressings are wider, larger, and elasticated to ensure effective pressure application over the wound area. Self-Application: They are designed for self-application in emergency situations, featuring loops for easy one-handed use. Anti-Unrolling Mechanism: Built-in cords prevent the dressing from unwinding once applied, ensuring stability during treatment. Proper Handling of Battlefield Dressings When using battlefield dressings, adhere to strict aseptic techniques to maintain sterility: Handling Procedure Avoid Touching Face: Only handle the back of the dressing to prevent contamination, maintaining its sterile condition. https://d3imrogdy81qei.cloudfront.net/video_images/5247/Using_trauma_dressings-01.jpg Yes 137 https://www.prosportsfirstaid.co.uk/training/pitchside/video/embedded-objects https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/427.mp4 Embedded Objects Embedded Object First Aid Guide Understanding Embedded Objects In first aid, when an object penetrates the body through the skin, it's referred to as an embedded object. Handling Small Embedded Objects Small particles like dirt or grit can be rinsed off under a tap, and objects adhered to the skin can be removed if it's safe: Grains of dirt or grit can be washed off. Items stuck to the skin can be removed if safe to do so. Treating Larger Embedded Objects Larger objects, such as glass or knives, require careful handling: Removing the object may worsen the injury and cause serious harm. If a knife is lodged in a wound near an artery, removing it could cut the artery during extraction. The knife may be preventing further blood loss by plugging the wound. First Aid Protocol As a first aider, take the following steps when encountering an embedded object: Leave the object in the body. Put on gloves. Use dressings to reduce bleeding and immobilize the embedded object. Ensure dressings or slings don't exert pressure on the object, pushing it further into the wound. Seek Emergency Medical Care It's crucial to obtain professional medical assistance as quickly as possible. https://d3imrogdy81qei.cloudfront.net/video_images/801/Embedded_objects-01.jpg Yes 138 https://www.prosportsfirstaid.co.uk/training/pitchside/video/trauma-and-standard-dressings https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7123.mp4 Trauma and Standard Dressings Standard Dressings vs Trauma Dressings Most standard first aid kits contain basic dressings, usually in medium and large sizes. These dressings are made up of a simple bandage with an attached gauze pad. They are designed for minor to moderate wounds and are suitable for everyday first aid situations. Standard First Aid Dressings When you open a standard dressing, you will find: A fabric bandage A basic gauze pad attached at one end The medium dressing is the most commonly used and opens out to cover small wounds effectively. The large dressing provides a slightly bigger pad for larger cuts. While these dressings do work within established first aid guidelines, the pad itself is relatively thin and limited in absorbency. For small injuries, this is perfectly adequate. However, they are not designed for heavy or catastrophic bleeding. If blood soaks through a standard dressing, guidance suggests applying another dressing on top. In reality, with serious trauma, this often leads to repeated soak-through because: The pad cannot absorb large volumes of blood The bandage does not provide enough pressure Why Standard Dressings Are Not Enough for Trauma In traumatic injuries, blood loss can be rapid and severe. Standard dressings simply cannot apply sufficient direct pressure or absorb enough blood to control life-threatening haemorrhage. For these situations, you need something bigger, stronger, and far more effective. Trauma Dressings Explained Trauma dressings are specifically designed for severe and catastrophic bleeding. They are commonly found in bleed control kits rather than basic first aid kits. Trauma dressings typically come in: Medium trauma dressings – for serious limb wounds Large trauma dressings – for major wounds or larger surface areas Some trauma dressings are even larger, designed for massive injuries to areas such as the chest or abdomen. Opening a Trauma Dressing Trauma dressings are packaged to remain sterile and easy to deploy: An outer packet is opened first Inside is a second sterile package with a clear tear point Tear the inner packet open and remove the dressing The Key Differences: Why Trauma Dressings Work 1. A Much Better Absorbent Pad The most obvious difference is the pad: Significantly larger Much thicker Highly absorbent Trauma dressing pads can absorb up to half a litre of blood without soaking through, making them vastly superior to standard gauze pads. 2. Elastic Bandage for Pressure Another major advantage is the stretch in the bandage. Standard dressings use relatively stiff bandages with very little stretch. Trauma dressings, however, are designed with high elasticity, allowing you to: Wrap the dressing tightly Apply strong, sustained direct pressure Maintain pressure during movement or transport This makes trauma dressings far more effective for controlling bleeding when you cannot physically hold pressure on the wound. Securing the Dressing Most trauma dressings include a built-in securing clip. To secure it: Wrap the bandage firmly around the wound Tuck the end underneath the layers Fasten the clip into place This design means: No knots are required The dressing can be easily tightened or loosened Hospital staff can remove it without cutting Where Trauma Dressings Should Be Used Trauma dressings are an essential component of bleed kits and should be used whenever there is: Severe bleeding Deep or large wounds Traumatic injury If your workplace or home only has standard first aid kits, it is worth adding trauma dressings. In a serious bleeding emergency, standard dressings are simply not enough. Key Takeaway Standard dressings are suitable for minor injuries. Trauma dressings are essential for life-threatening bleeding. Having trauma dressings available – and knowing how to use them – can make the difference between life and death. https://d3imrogdy81qei.cloudfront.net/video_images/12904/Trauma_and_Standard_Dressings.jpg Yes 235