https://www.proals.co.uk/training/video/cpr-breaths-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4061.mp4 CPR Breaths Using a Bag Valve Mask for Effective Ventilation 1. Introduction The Importance of Ventilation in Resuscitation Complementing CPR: Ventilation complements CPR by providing essential external oxygen to the patient. Continuous Oxygen Supply: Maintaining a constant oxygen supply is crucial for positive outcomes. 2. Bag Valve Mask (BVM) Overview Understanding the Bag Valve Mask Components Components: The BVM consists of a bag, valve, and mask for oxygen delivery. Oxygen Supply: Oxygen is supplied through a connection from either a piped-in system or an oxygen cylinder. Process Flow: Oxygen fills the bag, passes through the valve, and is delivered via the mask to the patient. 3. Proper BVM Usage Effective Techniques for Bag Valve Mask Application Mask Orientation: Ensure the mask's narrow end aligns with the patient's nose, while the wider end covers both mouth and nose. Anaesthetist's Grip: Adopt the anaesthetist's grip by holding the mask with your thumb at the pointed end and your forefinger at the bottom. Airway Management: Use the three free fingers to lift the patient's chin, open the airway, and maintain proper alignment. Effective Squeezing: Apply gentle pressure to the bag for one to one and a half seconds per breath to ensure easy airflow without resistance. Monitoring for Issues: Be alert for signs of airway obstruction, indicated by difficulty in bag compression, gurgling sounds, or resistance. Minimal Breaths: Administer only two breaths within your CPR rotation; prioritize chest compressions as they are vital for maintaining blood circulation. Oxygen Safety: Remember that oxygen is combustible; exercise caution by removing it from the vicinity during defibrillation to prevent potential sparks. https://d3imrogdy81qei.cloudfront.net/video_images/7255/CPR_Breaths-01.jpg Yes 337 https://www.proals.co.uk/training/video/post-resuscitation-care https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4177.mp4 Post resuscitation care Managing Return of Spontaneous Circulation (ROSC) in Patients Ensuring Continuation of Excellent Care Post-Cardiac Arrest Procedures Identifying Reversible Causes: A Vital First Step Systematic Patient Assessment: A-B-C-D-E Approach Checking the Airway: Ensuring No Obstructions Monitoring Breathing Rate: Ventilation Adjustments Observing SpO2: A Critical Oxygenation Indicator Managing ROSC involves a systematic approach to patient assessment, ensuring airway, breathing, and oxygenation are addressed promptly. Neck, Chest, and Lung Assessment Evaluating Circulatory and Respiratory Status Checking Pulses: Peripheral and Central Pulse Assessment Monitoring Blood Pressure: Assessing Circulatory State Examining Skin Colour and Texture: Clues to Cardiac Arrest Cause Abdominal Examination: Detecting Hypovolemic Arrest Signs Pupil Assessment: Identifying Possible Cerebral Events Levels of Response: Using the AVPU Scale General Examination: Looking for Rashes, Bruising, and Deformities A comprehensive assessment includes evaluating the patient's circulatory, respiratory, and neurological status, as well as examining the body for clues to the cause of the cardiac arrest. Ensuring Patient Stability Preventing Potential Setbacks Moving the Patient Safely: Avoid Rushing Cautionary Tale: Risks of Hasty Patient Movement Prioritize patient stability and avoid rushing to move the patient, as abrupt changes in position can lead to setbacks in their condition. Remember the A-B-C-D-E approach for a thorough post-ROSC assessment and exercise caution when considering patient movement. https://d3imrogdy81qei.cloudfront.net/video_images/7489/Post_resuscitation_care-01.jpg Yes 364 https://www.proals.co.uk/training/video/course-summary- https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4803.mp4 Course Summary Completing Your Course and Taking the Test with ProTrainings Congratulations on completing your course! Before taking the test, review the student resources section and refresh your skills. Student Resources Section Free student manual: Download your manual and other resources. Additional links: Find helpful websites to support your training. Eight-month access: Revisit the course and view any new videos added. Preparing for the Course Test Before starting the test, you can: Review the videos Read through documents and links in the student resources section Course Test Guidelines No time limit: Take the test at your own pace, but complete it in one sitting. Question format: Choose from four answers or true/false questions. Adaptive testing: Unique questions for each student, with required section passes. Retake option: Review materials and retake the test if needed. After Passing the Test Once you pass the test, you can: Print your completion certificate Print your Certified CPD statement Print the evidence-based learning statement Additional ProTrainings Courses ProTrainings offers: Over 350 courses at regional training centres or your workplace Remote virtual courses with live instructors Over 300 video online and blended courses Contact us at 01206 805359 or email support@protrainings.uk for assistance or group training solutions. Thank you for choosing ProTrainings and good luck with your test! https://d3imrogdy81qei.cloudfront.net/video_images/8553/Course_Summary-01.jpg Yes 127 https://www.proals.co.uk/training/video/cpr-overview-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3622.mp4 Advanced CPR Overview Cardiopulmonary Resuscitation (CPR) Essentials Understanding CPR and Its Purpose Efforts to Maintain Cerebral Perfusion Cardiac Arrest: Occurs when the heart ceases to beat; it is essential to recognize and act quickly. Objective: Replicate heart function to ensure oxygen flow to the brain. CPR Technique: Involves chest compressions to pump blood through the circulatory system. Recognizing Cardiac Arrest Identifying Unresponsiveness and Abnormal Breathing Signs of Cardiac Arrest: May include seizure-like movements, incomprehensible sounds, and initial eye opening. Breathing Patterns: Breathing may continue but become irregular and agonal gasps, often mistaken for normal breathing. Confirmation: Verify unresponsiveness and absence of normal breathing through stimulation and assessment. Starting Chest Compressions Effective Chest Compression Technique Positioning: Ensure proper alignment for efficient chest compressions. Technique: Use interlocked fingers to compress the lower half of the sternum at a rate of 100-120 compressions per minute. Efficiency: Maintain an ideal position to prevent fatigue and ensure effective compression depth. Compressions and Ventilations Proper Sequence and Considerations CPR Sequence: Begin with 30 compressions followed by two ventilations if necessary. Ventilations: Not always essential for adult cardiac arrest; focus on compressions that circulate available oxygen. Effort Continuation: Despite fatigue, maintain uninterrupted chest compressions to sustain perfusion pressure. Calling for Help Seeking Assistance During CPR Lonely Rescuer: If alone, call for help and continue CPR until additional assistance arrives. Hospital Setting: Activate the crash team and continue 30 compressions to two ventilations. https://d3imrogdy81qei.cloudfront.net/video_images/6457/Advanced_CPR_Overview-01.jpg Yes 387 https://www.proals.co.uk/training/video/bls-scenario https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3578.mp4 BLS Scenario Managing Cardiac Arrest During Non-Emergency Patient Transport Scenario: Responding to a Sudden Cardiac Arrest Quick and Effective Actions in a Critical Situation While transporting a patient to the hospital under non-emergency conditions, a sudden and unexpected situation arises. The patient becomes unresponsive, and immediate action is crucial. Here's how to manage the scenario: Calling for Assistance Reacting to the Unresponsive Patient As the situation unfolds, the following steps are taken: Requesting Help: Instruct a colleague to join you in the back of the vehicle. Assessing the Patient: Check for responsiveness, breathing, and pulse. Initiating CPR: Start chest compressions and prepare to use an AED (Automated External Defibrillator). Using the AED Guidelines for AED Deployment Follow these crucial steps when using an AED: Activate Emergency Services: Call for professional assistance immediately. Prepare the Patient: Ensure the patient's chest is exposed. Prepare the AED: Remove the AED from its package without touching the patient. Assess Heart Rhythm: Wait for the AED to analyze the heart rhythm. Administer a Shock: If advised by the AED, deliver a shock by pressing the designated button. Initiate CPR: Follow AED instructions, giving 30 chest compressions and two breaths. Monitor Breathing: Continue assessing the patient's breathing and responsiveness. Evaluation and Recovery Monitoring the Patient's Condition After successful intervention, assess the patient's condition: Airway: Ensure the patient's airway is clear and watch for any abnormal noises. Circulation: Check for central and peripheral pulses and evaluate capillary refill time. ECG Monitoring: Use ECG to monitor heart rhythm and rate. Respiratory Rate: Monitor the patient's breathing rate. Communication: Continue engaging with the patient to assess responsiveness. Oxygen Saturation: Monitor oxygen saturation levels and adjust oxygen delivery as needed. Conclusion: Prompt Action Saves Lives Successful Reversal of Cardiac Arrest By acting swiftly and decisively during a cardiac arrest, there is a high probability of reversing ventricular fibrillation and achieving a positive outcome for the patient. This scenario underscores the importance of preparedness and quick response in emergency situations. https://d3imrogdy81qei.cloudfront.net/video_images/6463/BLS_Scenario-01.jpg Yes 250 https://www.proals.co.uk/training/video/deciding-when-to-stop-resuscitation https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3624.mp4 Deciding when to stop resuscitation Terminating Resuscitation: Decision-Making Process Introduction Understanding When to Cease Resuscitation Efforts In this discussion, we will explore the critical decision-making process involved in terminating resuscitation efforts. This decision is both possible and advisable when specific conditions are met, such as a patient being in asystole or experiencing a broad-complex PEA (Pulseless Electrical Activity) with a heart rate of fewer than 60 beats per minute for a duration exceeding 20 minutes despite ongoing resuscitation attempts. Key Criteria for Terminating Resuscitation Determining When Further Resuscitation is Futile Asystole or Broad-Complex PEA: When the patient is in asystole or a broad-complex PEA with a heart rate below 60 bpm for over 20 minutes despite resuscitative measures. Rhythm Assessment: Pause resuscitation to assess the cardiac rhythm, confirming the absence of electrical activity (asystole). Age Confirmation: Verify that the patient is not less than 18 years old. Exclusion of Specific Conditions: Confirm the absence of hypothermia, drowning, traumatic cardiac arrest due to penetrating injuries, and pregnancy. Unanimous Decision: Ensure agreement among the resuscitation team to stop further resuscitation efforts. Making the Difficult Decision Considering the Patient's Best Interests Terminating resuscitation is a challenging decision, especially in cases involving younger patients. However, when a patient remains in asystole for over 20 minutes without meeting specific criteria, it becomes necessary to cease resuscitation efforts. This decision aligns with established protocols and aims to allocate resources effectively and prioritise patients with a higher likelihood of positive outcomes. It's essential to consider the specific criteria for termination: All children under 18 years old must be transported to a Resus department. Patient care continues until normothermia is achieved for those with hypothermia or drowning. Patients with penetrating trauma (e.g., stab or gunshot wounds) should be transported to a hospital where they can receive blood products. In cases involving pregnant patients, resuscitation focuses on the mother's well-being while aiming to save the baby as well. https://d3imrogdy81qei.cloudfront.net/video_images/6461/Deciding_when_to_stop_resuscitation-01.jpg Yes 144 https://www.proals.co.uk/training/video/i-gel-airways-advanced https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3625.mp4 I-gel Airways Guide to Using the I-gel for Airway Adjuncts The I-gel is an advanced medical device used in situations where traditional airway maintenance techniques fail. This guide provides insights into its application and usage. When to Consider the I-gel The I-gel comes into play when standard airway adjuncts aren't effective, especially in cases that involve: Potential vomiting threats: This includes situations that pose a risk of choking. High-risk airways: Such as in pregnancies or poisoning scenarios, e.g. overdoses. Although the primary attempt should be made with an OPR nasopharyngeal airway, sometimes, a supraglottic airway is required when the former proves inadequate. Choosing the Right I-gel Size I-gels are weight-adjusted. For instance, a size four I-gel caters to individuals weighing between 50 to 90 kilograms. Ensure the size matches the patient's weight range for optimal efficacy. Preparation and Insertion Material Attributes: The I-gel's thermal plastic design makes it soft, enabling it to adapt to a patient's oropharynx shape once it reaches body temperature. Its inherent stickiness requires lubrication before use. Lubrication: Prior to insertion, lubricate the I-gel's back, avoiding the front. This ensures it fits over the larynx's opening seamlessly. Insertion Technique: Tilt the patient's head back, remove any previous inadequate airway device, and hold the I-gel like a pen. Direct the tip towards the mouth's hard plate, using your index finger to guide it backward and upward. The device should feel like it's slotting into place. Confirming and Securing the I-gel Once inserted, it's crucial to ensure the I-gel functions correctly: Confirmation: Attach a catheter mount, use a bag valve mask, and observe the chest's rising and falling movements. Further, use a stethoscope to verify the correct placement. Securing: Upon confirming its position and functionality, it's vital to secure the I-gel. Utilising tools like care bands can effectively keep the device in place. Conclusion The I-gel is an indispensable tool in advanced airway management. By following these guidelines, medical professionals can ensure the safety and wellbeing of their patients. https://d3imrogdy81qei.cloudfront.net/video_images/6459/IGEL-01.jpg Yes 223 https://www.proals.co.uk/training/video/managing-the-airway https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3626.mp4 Managing the airway Managing a Patient's Airway: Techniques and Tools Recognizing Airway Problems Before addressing airway management, it's crucial to identify whether an airway issue exists. Our ears play a vital role in this. Listen for abnormal sounds such as squeaking, rustling, or gurgling, as they may indicate an obstructed or impending airway problem. Basic Airway Techniques Let's explore simple yet effective techniques for opening a patient's airway using just our hands: 1. Mandible and Jaw Angle Identification: Start by locating the patient's mandible and jaw angle. Use this to open the mouth and check for obstructions. Remove any obstructions without pushing them further back. 2. Jaw Thrust Maneuver: If the airway remains partially obstructed, perform a jaw thrust maneuver. Place two fingers under the jaw angle and the heel of your hand on the cheekbone, then push the jaw forward to clear the tongue from the oral pharynx. 3. Triple-Airway Maneuver: If needed, employ the triple-airway maneuver by using your thumbs to open the mouth and tilt the head back. This is effective for partially occluded airways and provides a clear view into the oral pharynx. Using Suction Tools Various suction tools are available to clear obstructed airways, especially in cases involving vomit, blood, or saliva: 1. Handheld Suction Device: Utilize a handheld suction device to visualize the back of the airway. Insert the suction catheter down as far as you can see and suction for a maximum of 10 seconds to remove any obstructions. Clearing the airway results in quiet breathing. 2. Flexible Suction Catheter: This catheter is useful in moving vehicles where rigidity may cause soft tissue damage. It can also suction the nasal cavity and the inside of airway devices. 3. Hospital Suction Device: Hospitals often use vacuum pumps connected by tubing at the head end of the bed. While effective for various fluids, they can become easily occluded if the patient vomits. Remember to exercise caution and professionalism when performing airway management procedures. https://d3imrogdy81qei.cloudfront.net/video_images/6465/Managing_the_airway-01.jpg Yes 261 https://www.proals.co.uk/training/video/nasopharyngeal-airways-np-airways https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3627.mp4 Nasopharyngeal airways (NP Airways) Introduction to Nasopharyngeal Airways Nasopharyngeal airways, commonly referred to as NP airways, play a vital role in ensuring adequate breathing, especially when conventional methods aren't viable. When to Use an NP Airway Manual Limitations: If manual techniques to open a patient's airway prove insufficient. Multitasking: When there's a need to free one's hands to perform other tasks. Specific Cases: Particularly beneficial for patients experiencing fits or those with head injuries resulting in trismus, where teeth clenching prevents the use of an oropharyngeal airway. Selecting the Right Size The size of the NP airway is determined based on the nostril's size and, as a general rule, the diameter of the patient's little finger. Sizes vary, typically ranging from six to nine millimetres. For our subject here, we've chosen a number eight millimetre NP airway. Features and Insertion These airways possess a slight curve and a flange at the end, ensuring they remain securely outside the patient's nostril. Here's a step-by-step guide for insertion: Hold the NP airway in the right hand, aiming for the patient's right nostril. Exercise caution, especially if the patient has a head injury, due to potential fractures at the skull base. Begin by inserting it into the right nostril, moving upwards. Rotate and slide it downwards during insertion. Once correctly positioned in the oropharynx, a distinct airflow through the airway is noticeable. It's common to observe mucus or blood, so it's recommended to keep one's head tilted back during the process. Conclusion NP airways offer a reliable solution for ensuring patient breathing in challenging scenarios. Proper selection and careful insertion are key to their effectiveness. https://d3imrogdy81qei.cloudfront.net/video_images/6455/Nasopharyngeal_Airways-01.jpg Yes 117 https://www.proals.co.uk/training/video/oropharyngeal-airways-op-airways https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3628.mp4 Oropharyngeal airways (OP Airways) Introduction to Oropharyngeal Airways Understanding the correct use of an oropharyngeal (OP) airway can be pivotal when dealing with unconscious patients whose airways cannot be manually maintained. When to Use an OP Airway The OP airway becomes essential when manual methods to maintain a patient's airway prove to be ineffective or not feasible. Choosing the Correct Size The available sizes span from double zero to five. The correct size is determined by positioning the airway's end against the angle of the patient's jaw. Ideally, its flange should align with the incisors horizontally, indicating the appropriate size for the patient. Insertion Procedure Tilt the patient's head back to prepare for insertion. Invert the airway, ensuring it points towards the patient's hard palate. While inserting, once resistance is felt, revert and lodge the airway so that it aligns against the oropharynx and positions in the vallecula. This ensures the tongue doesn't obstruct the oropharynx, establishing a clear airway. Confirming Proper Function Post insertion, it's imperative to verify the airway's functionality. If the patient breathes, observe the chest's movement and listen for the sound of air passage to ensure its efficacy. Conclusion The oropharyngeal airway offers a crucial solution for unconscious patients. Correct size selection, proper insertion, and functional checks are vital to its effective application. https://d3imrogdy81qei.cloudfront.net/video_images/6453/Oropharyngeal_Airways-01.jpg Yes 118 https://www.proals.co.uk/training/video/pocket-mask-advanced https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3629.mp4 Pocket Mask - Advanced Enhancing CPR Effectiveness with a Pocket Mask and Oxygen Introduction Improving CPR Efficiency Through Proper Ventilation Utilizing a Pocket Mask Simple Steps to Enhance CPR Accessibility: Ensuring the availability of pocket masks in hospital wards and crash trolleys. Ease of Use: The straightforward and user-friendly nature of pocket masks. Deployment: Retrieving the mask from its heart-shaped container, typically in a folded position. Proper Mask Placement: Positioning the mask with the pointy end over the patient's nose, then rolling it down to cover the mouth. Optimal Ventilation: Utilizing both hands to tilt the patient's head back and administer two inflations. Enhancing CPR Efficiency Maximizing CPR Effectiveness Through Oxygen Connection Oxygen Supply: Connecting the pocket mask to an oxygen supply for improved ventilation. Oxygen Content: Understanding that normal exhalation contains about 16% oxygen. Increased Oxygen: Elevating oxygen content closer to 100% by connecting to a 100% oxygen supply. Proper Oxygen Flow: Setting the oxygen supply at 15 litres per minute for optimal results. https://d3imrogdy81qei.cloudfront.net/video_images/6451/Pocket_Mask_-_Advanced-01.jpg Yes 114 https://www.proals.co.uk/training/video/applying-an-ecg https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3630.mp4 Applying an ECG Placing Electrodes for ECG - Patient Assessment Introduction In this section, we will discuss the proper placement of electrodes on the patient's body for an ECG (Electrocardiogram) procedure. Accurate electrode placement is crucial for obtaining high-quality diagnostic results. Equipment Preparation Before beginning the electrode placement, gather the necessary equipment. This includes a razor for removing chest hair if needed and tissue to aid electrode adhesion, particularly on greasy or perspiring skin. Important: Patient comfort and relaxation play a significant role in minimizing ECG artifacts. Placing Limb Leads Start by connecting the limb leads to the patient's limbs, following specific color codes for each limb. Proper positioning of these leads is essential to prevent discomfort or skin irritation. Tip: Connect the leads to the electrodes before attaching them to the patient's skin. Patient Consent Always obtain the patient's consent before proceeding with the ECG procedure. Explain the process to the patient to ensure their understanding and cooperation. Identifying Chest Lead Landmarks Prior to placing chest leads, identify the necessary landmarks on the patient's chest. These landmarks guide the correct positioning of the chest electrodes. Landmarks: Sternal Notch Angle of Louis Intercostal Spaces (2nd, 3rd, 4th, 5th) Mid-Clavicular Lines Mid-Axillary Line Chest Lead Placement Place the chest leads V1 and V2 in the 4th intercostal space at the sternal border. V3 goes midway between V2 and V4 on a diagonal line. Reach around underneath the patient's arm to position V6 at the mid-axillary line on the same horizontal plane as V4. Place V5 exactly midway between V4 and V6. Patient Comfort Keep the patient relaxed and comfortable throughout the electrode placement process. A relaxed patient increases the chances of obtaining a diagnostic-quality 12-lead ECG. ECG Recording Record the patient's ECG rhythm once all leads are correctly placed. Monitor for any changes and ensure that the quality of the recording is sufficient for diagnosis. Conclusion and Patient Assessment After obtaining the ECG recording, assess the results for any abnormalities or changes. If necessary, consult with a cardiology team and consider transferring the patient to a hospital for further evaluation. https://d3imrogdy81qei.cloudfront.net/video_images/6477/Applying_an_ECG-01.jpg Yes 471 https://www.proals.co.uk/training/video/manual-defibrilation https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3631.mp4 Manual defibrilation Manual Defibrillation: Vital Techniques and Considerations Introduction Understanding the Role and Limitations of Manual Defibrillation Qualified Use: Only for Competent Responders Life-Threatening Arrhythmias: When to Administer a Shock Biphasic Shock: Depolarizing the Heart for Natural Restart Manual defibrillation is a critical skill that requires competence in recognizing specific life-threatening arrhythmias. Manual Defibrillation Process Steps for Effective Manual Defibrillation Continuous CPR: Coordinated Efforts with Chest Compressions Pads Placement: Ensuring Proper Contact Rhythm Assessment: Identifying VF and Pulseless VT Joule Selection: Choosing the Appropriate Energy Level Manual defibrillation involves a systematic process, starting with assessing the patient's heart rhythm and selecting the correct energy level. Setting the Joules and Shock Delivery Configuring the Defibrillator for Safe and Effective Shocks Joule Range: Typically 150 to 360 Joules for Adults Energy Select: Choosing the Initial Joules Charging: Preparing for the Shock Shock Administration: Ensuring Safety and Effectiveness Proper configuration and safe shock delivery are essential components of manual defibrillation. Post-Shock Protocol Immediate Actions Following a Manual Defibrillation Chest Compressions: Resuming Compressions to Support Circulation Continuous Monitoring: Observing for Signs of Life or Perfusion After administering a shock, prompt resumption of chest compressions is crucial to maintain circulation and support the patient. https://d3imrogdy81qei.cloudfront.net/video_images/6471/Manual_defibrilation-01.jpg Yes 185 https://www.proals.co.uk/training/video/preparation-of-a-12-lead-diagnostic-ecg https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3632.mp4 Preparation of a 12 lead diagnostic ECG Conducting a 12-Lead ECG for Patient Assessment Introduction In this section, we will explore the process of conducting a 12-lead ECG as a vital part of our ongoing patient assessment. This diagnostic procedure plays a crucial role in identifying the underlying causes of cardiac arrest. The Science Behind 12-Lead ECG Understanding the intricacies of a 12-lead ECG is essential as it deals with minute electrical signals generated by the heart. These electrical patterns form electromagnetic fields around the body, and our goal is to capture and analyze these signals through specialized electrodes. Key Point: ECG readings involve extremely low millivolt electrical signals. Electrodes and Preparation To ensure accurate ECG results, proper equipment and patient preparation are crucial. Special electrodes are used in this procedure, and their conductive gel can dry out over time. It's vital to check the electrodes' use-by date and confirm the presence of conductive gel before use. Important: Using expired or dried-out electrodes can compromise the quality of the ECG. Using 10 Leads for 12 Views We utilize a set of 10 leads to obtain 12 distinct views of the heart. The initial step involves attaching limb leads, one for each limb of the patient. Proper placement of these leads is essential to prevent discomfort or bruising during the procedure. Tip: It's advisable to connect the leads to the electrodes before applying them to the patient's skin to ensure comfort and avoid any potential issues. Patient Consent Before commencing the ECG, obtaining the patient's consent is a necessary step, just like with any other medical procedure. It's essential to explain the process and secure the patient's agreement. Example: Medical Professional: Hello, sir. Patient: Hello. Medical Professional: Is it okay to do an ECG? It will mean connecting some electrodes to your arms and legs and across your chest. Patient: Yep, no problem. Medical Professional: Okay. Thank you. https://d3imrogdy81qei.cloudfront.net/video_images/6475/Preparation_of_a_12_lead_diagnostic_ECG-01.jpg Yes 182 https://www.proals.co.uk/training/video/real-time-cpr-scenario https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3633.mp4 Real time CPR Scenario Optimizing CPR Efficiency: Two-Person Team Introduction: Real-Time Single Rescuer CPR Scenario A Step-by-Step Demonstration In this real-time CPR scenario, we demonstrate the key steps of single-rescuer CPR. Assessment and Initial Response Quickly Identifying the Situation Recognizing Collapse: Observe the patient's condition. Checking for Response: Assess the patient's level of responsiveness. Assessing Airway and Pulse: Perform head tilt, chin lift, and check for pulse and breathing. Commencing CPR: Initiate chest compressions at an appropriate rate. Providing Ventilations: Utilize a pocket mask to deliver two inflations. The Importance of Efficiency Challenges of Single-Rescuer CPR Single-rescuer CPR can become challenging due to fatigue and decreased effectiveness. It's time to explore how a two-person team can enhance CPR efficiency. Enhancing CPR Efficiency: Two-Person Team Effective Roles and Coordination When responding to a cardiac arrest scenario, a two-person team can significantly improve CPR outcomes. Let's examine the roles and coordination in a team of clinical responders: Roles in the Two-Person Team Clear Roles for Effective Response Clinical Lead: The leader responsible for decision-making. Supporting Rescuer: The follower who executes instructions from the clinical lead. Coordinated Response Efficient CPR Execution With clear roles defined, let's observe how a two-person team efficiently manages a cardiac arrest scenario: Recognizing the Situation: Identifying the cardiac arrest. Positioning: Taking positions at the airway and chest for effective management. Assessment and Response: Checking responsiveness, airway, and respiration. Initiating CPR: Beginning chest compressions with ventilation support. Switching Roles: Preparing to change roles at the end of each cycle. Efficiency in Action Improving CPR Effectiveness By adopting a two-person team approach, CPR efficiency increases, and responders can maintain higher quality chest compressions. This coordinated effort can be the key to improving patient outcomes during cardiac emergencies. Thank you for watching this demonstration of optimized CPR techniques. https://d3imrogdy81qei.cloudfront.net/video_images/6473/Real_time_CPR_Scenario-01.jpg Yes 261 https://www.proals.co.uk/training/video/bradycardia-advanced https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3638.mp4 Bradycardia Understanding Bradycardia: Causes, Diagnosis, and Management Exploring Bradycardia Bradycardia is an abnormal heart rhythm characterized by a slow heartbeat, typically fewer than 60 beats per minute, and occasionally as slow as 40 beats per minute. While some individuals, particularly athletes, may naturally have a lower resting heart rate, bradycardia becomes a concern when patients exhibit signs of cardiogenic shock. This condition demands vigilant monitoring and appropriate intervention. Determining the Cause As with tachycardias, it is essential to determine whether the cause of bradycardia is extrinsic or intrinsic. Extrinsic factors may include poisoning, hypothermia, or certain medications, while intrinsic factors could involve blockages at the atrioventricular node. The definitive diagnosis can only be established through an ECG analysis of the rhythm. Managing Bradycardia Management strategies for bradycardia depend on the underlying cause: Extrinsic Causes: In cases where bradycardia results from extrinsic factors, such as excessive vagal tone, Atropine administration at 500 micrograms may be effective. Repeat doses of up to three milligrams may be administered at three to five-minute intervals, based on the patient's response. Intrinsic Causes: Bradycardia arising from intrinsic factors may require more advanced intervention. In cases like third-degree heart block, transthoracic pacing using a defibrillator in pacing mode becomes necessary. The rate is typically set to 60 beats per minute with milliamps at 70. Milliamp voltage is adjusted until QRS capture is achieved. An increase of up to five milliamps is made to maintain capture while gradually increasing the rate to improve the patient's condition. Sedation with Midazolam may be considered to alleviate discomfort. Fist Pacing as a Temporary Measure In cases of cardiogenic shock and unavailability of a defibrillator, fist pacing can serve as a temporary measure. This technique involves delivering rhythmic thumps to the sternum until appropriate pacing can be established. It's important to note that in patients with heart transplants, where the vagus nerve is disconnected, Atropine is not indicated for bradycardia management. By understanding the causes and tailored management approaches for bradycardia, healthcare providers can ensure effective treatment and improved patient outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/6489/Bradycardia-01.jpg Yes 270 https://www.proals.co.uk/training/video/the-precordial-thump https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3634.mp4 The Precordial thump The Precordial Thump: A Critical Cardiac Intervention Understanding the Precordial Thump Concept Quick Action for Shockable Rhythms Timing Matters: Rapid Response for Improved Outcomes Applicability: When Witnessing Cardiac Arrest on a Monitor Identifying Shockable Rhythms: VF or Pulseless VT Performing the Precordial Thump Steps for Delivering a Precordial Thump Expose the Chest: Ensure the chest area is accessible. Fist Formation: Create a clenched fist. Thump Delivery: From about six inches above the chest, administer a single, forceful thump. Energy Output: Generates approximately 20 joules of electricity. Outcome and Next Steps Response and Follow-Up After a Precordial Thump Success: Potential for Heart Restart Failure: Transition to Traditional Defibrillation Important Note: This intervention is not for general first aid but for monitored, witnessed shockable rhythms. Real-Life Experience Anecdotal Evidence of Precordial Thump Effectiveness In real-life situations, the precordial thump has proven effective. In one instance, a patient sitting upright suddenly became unresponsive, displaying VF on the monitor. Administering a thump to the chest in this critical moment resulted in a rapid return to sinus rhythm, with the patient regaining consciousness within seconds. Although it may appear dramatic, this intervention can be life-saving when applied appropriately. https://d3imrogdy81qei.cloudfront.net/video_images/6479/The_Precordial_thump-01.jpg Yes 163 https://www.proals.co.uk/training/video/using-an-aed-advanced https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3635.mp4 Using an AED Using Automated External Defibrillators (AEDs) in Cardiac Arrest The Critical Role of AEDs Enhancing Cardiac Arrest Survival Timely AED Placement: A Matter of Life and Death Survival Odds: The Impact of Each Passing Minute Pad Placement: Maximizing the Shock's Effectiveness Continuous CPR: Simultaneous AED Setup and Chest Compressions AEDs play a crucial role in improving cardiac arrest outcomes. Understanding their correct use and placement is vital. Applying the AED During CPR Efficient AED Application While CPR is Ongoing Coordinated Effort: Combining AED Setup with CPR AED Package: Instructions and Components Proper Pad Placement: Ensuring Optimal Positioning Real-time CPR: Uninterrupted Chest Compressions Utilizing the AED effectively involves a seamless integration with CPR, starting with correct pad placement. AED Operation and CPR Cycle Guided Steps for Cardiac Arrest Response Defibrillator Setup: Initiating AED and Pad Placement Analysis and Shock: AED Determines the Need Verbal Visible Check: Ensuring Patient Safety Shock Delivery: Responding to AED's Instructions Continuous CPR: Critical Lifesaving Compressions AEDs operate in cycles, analyzing heart rhythms, advising shocks, and guiding responders through CPR until professional help arrives. AED Reliability and Ease of Use Empowering Rescuers to Take Action High Shocks Capacity: Up to 200 Shocks Without Recharge Accessibility and Safety: User-Friendly and Effective AEDs are reliable, user-friendly devices with the capacity to deliver numerous shocks, making them a valuable tool in cardiac arrest response. https://d3imrogdy81qei.cloudfront.net/video_images/6469/Using_an_AED-01.jpg Yes 192 https://www.proals.co.uk/training/video/removing-an-ecg https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3636.mp4 Removing an ECG ECG Electrode Removal and Patient Care Removing Electrodes Once we are satisfied with obtaining a diagnostic-quality ECG, it's time to carefully remove the electrodes from the patient's skin. Note that this process may cause slight discomfort, similar to removing a plaster. It is advisable to inform the patient about this beforehand. To minimize any discomfort, swift removal is key. Chest Leads First Begin by removing the chest leads first. Maintain continuous monitoring of the patient's ECG rhythm during the removal process, especially if you are en route to the hospital. Always handle the patient with care and ensure their comfort throughout. Disposing of Electrodes Dispose of the used electrodes in a clinical waste bin. These electrodes are designed for single-use only and pose an infection risk if reused. Proper disposal is essential for infection control. Continued Monitoring or Removal Whether to remove the limb leads will depend on the patient's condition. For continuous monitoring, limb leads may be left in place during transport. However, upon reaching the destination, it may be appropriate to transfer the patient, still connected to the monitor, to a department or ward. In cases of stable patients without anticipated complications, limb leads can be removed at this stage. Patient Comfort and Follow-Up Patients should be informed that they might develop a mild rash or irritation beneath the electrode sites. Reassure them that this is temporary and will fade over time. https://d3imrogdy81qei.cloudfront.net/video_images/6481/Removing_an_ECG-01.jpg Yes 91 https://www.proals.co.uk/training/video/atrial-fibrilation- https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3637.mp4 Atrial Fibrillation Atrial Fibrillation: Causes, Risks, and Treatment Understanding Atrial Fibrillation Atrial fibrillation, commonly encountered in both pre-hospital and hospital settings, is a distinct form of tachycardia characterized by disorganized electrical activity within the atria. Visually, it appears as though the atria are in a state of standstill, failing to contract as they should. This condition raises significant concerns regarding blood flow and clot formation, demanding our attention and vigilance. Blood Flow Disruption In atrial fibrillation, blood flows from the atria into the ventricles without coordinated atrial contractions. Approximately 70% of the blood manages to navigate through the atrioventricular valves under pressure. However, a crucial issue arises as around 30% of the blood remains trapped within the fibrillating atria, increasing the risk of clot formation. Clot Formation and Stroke Risk While blood typically moves smoothly from the atria to the ventricles, there is a chance that clots may be swept along this irregular path. These clots can eventually exit through the aorta and frequently ascend the carotid arteries, eventually reaching the brain. The consequence is a Cerebrovascular Accident (CVA) or stroke, posing a severe and immediate threat to the patient's health. Managing Atrial Fibrillation Patient care for atrial fibrillation, particularly in a hospital setting, encompasses several crucial strategies aimed at mitigating the risk of stroke and promoting stable heart function: Administration of calcium channel blockers like diltiazem to restore normal heart rhythm. Use of beta blockers to control heart rate and maintain cardiac stability. Initiation of anticoagulant therapies to prevent clot formation and reduce the risk of stroke. By adopting these comprehensive treatment approaches, medical professionals can effectively manage atrial fibrillation, enhancing patient outcomes and minimizing the risk of stroke. https://d3imrogdy81qei.cloudfront.net/video_images/6483/Atrial_Fibrillation-01.jpg Yes 90 https://www.proals.co.uk/training/video/how-the-heart-works https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3639.mp4 How The Heart Works Understanding the Heart: Function and Implications Introduction to Cardiac Function In this educational video, we delve into the intricate workings of the heart. The heart, positioned centrally within the adult chest with a slight leftward bias, comprises four chambers filled with blood. These chambers are divided into left and right sides, each serving distinct circulatory functions. The heart's unique physiology involves countless tiny myocytes, generating electrical impulses that orchestrate sequential contractions, propelling blood in a unidirectional flow. Essential valves regulate these processes, responding to chamber pressures. The Cardiac Electrical Conduction System The heart's electrical conduction system commences with the Sinoatrial Node (SA Node), often referred to as the pacemaker of the heart. This node, under nervous system control, initiates electrical impulses. The impulse then travels across the atria, reaching the Atrioventricular (AV) Node. The AV node slows the impulse to allow blood passage from the atria to the ventricles, coordinating this flow via atrioventricular valves. Subsequently, the signal proceeds through the Bundle of His into the left and right bundle branches, ultimately activating the Purkinje Fibres. This prompts a wave of depolarization, causing ventricular muscle contractions and blood ejection into both pulmonary and systemic circulations. Heart Rate Regulation The heart's rhythm is typically controlled by the vagus nerve, adjusting the rate to maintain blood pressure and organ perfusion. Systemic issues, such as shock, fever, or hypothermia, can disrupt this nervous control. In cases of tachycardias and bradycardias, it's crucial to differentiate between intrinsic and extrinsic causes. Recording an ECG rhythm assists in this determination. Supraventricular Tachycardias Supraventricular tachycardias, often resulting from intrinsic factors, can lead to heart rates exceeding 200 beats per minute. This increased rate hampers ventricular filling, reducing cerebral perfusion and blood pressure. Management involves simulating increased vagal influence, achieved by applying pressure to the carotid sinus. If unsuccessful, medications like Adenosine are administered. Amiodarone may be used for broader complex rhythms. If all else fails, electrical cardioversion may be necessary. Cardiac Ischemia and Arrhythmias Cardiac ischemia can disrupt the electrical conduction system, leading to arrhythmias. Re-entry tachycardias can result from hypoxic conditions, causing rapid impulses. As heart rate increases, ventricular filling time decreases, potentially causing shock symptoms. Managing supraventricular tachycardias involves mimicking increased vagal influence, medication administration, and, in severe cases, electrical cardioversion. Summary of Cardiac Blood Flow In summary, blood enters the heart through the right atrium, is pumped into the right ventricle, and then directed to the pulmonary circulation for oxygenation. Oxygen-rich blood returns via the left atrium, enters the left ventricle, and is ejected into the systemic circulation, supplying organs throughout the body. This intricate process maintains essential oxygen and nutrient delivery to body tissues. https://d3imrogdy81qei.cloudfront.net/video_images/6491/How_the_heart_works-01.jpg Yes 646 https://www.proals.co.uk/training/video/non-shockable-rhythms https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3640.mp4 Non shockable rhythms Understanding Cardiac Arrest: Causes, Rhythms, and Initial Response Non-Shockable Rhythms in Cardiac Arrest In some cardiac arrest cases, the heart enters a non-shockable rhythm. During the initial stages, the primary treatment involves high-quality chest compressions and ventilations. It's crucial to note that the chances of reverting asystole (flatline) back into a life-supporting rhythm are less than 6%. In contrast, for ventricular fibrillation, the success rate is approximately 40%. Understanding the Causes Cardiac arrest can be attributed to various factors, and a helpful mnemonic to remember these causes is the four H's and four T's. Recognizing these reversible causes is essential during a cardiac arrest scenario: The Four H's Hypoxia: Inadequate oxygen supply Hypothermia: Dangerously low body temperature Hypovolemia: Low blood volume Metabolic Imbalances: Includes hypo/hypercalcemia, hyponatremia, hyperkalemia, and metabolic acidosis The Four T's Cardiac Tamponade: Compression of the heart due to fluid accumulation Tension Pneumothorax: Build-up of air in the chest, causing pressure on the heart Toxins: Poisoning or exposure to harmful substances Thromboembolic: Blood clots or embolisms, often following a heart attack or stroke In the pre-hospital setting, thromboembolic events, such as those occurring after a myocardial infarction (heart attack) or a significant cerebrovascular accident (CVA or stroke), are among the more frequently encountered causes of cardiac arrest. https://d3imrogdy81qei.cloudfront.net/video_images/6485/Non_shockable_rhythms-01.jpg Yes 99 https://www.proals.co.uk/training/video/pulseless-ventricular-tachycardia https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3641.mp4 Pulseless Ventricular Tachycardia Ventricular Tachycardia and Ventricular Fibrillation: Causes and Treatment Ventricular Tachycardia: Re-entrant Tachycardia in the Ventricles Another form of tachycardia originates in the ventricles, specifically as a re-entrant tachycardia. It may be caused by ischemic myocardium, resulting in an abnormal electrical circuit forming a short circuit within the ventricles. Unlike rhythms controlled by the nervous system, ventricular tachycardia operates independently, reducing ventricular filling time and cardiac output as the heart rate increases. If left untreated, it can progress to a pulseless ventricular tachycardia, leading to cardiac arrest with no palpable radial pulse. Immediate action involves rapidly identifying this condition and delivering a DC shock using a defibrillator. Ventricular Fibrillation: Chaotic Electrical Activity Ventricular fibrillation is another shockable rhythm frequently encountered, particularly in pre-hospital settings following significant heart attacks. It involves dis-coordinated and erratic electrical activity within the heart, resulting in the ventricular walls fibrillating instead of efficiently ejecting blood. This rapid deterioration leads to unconsciousness. For ventricular fibrillation, the treatment involves delivering a DC shock without delay. https://d3imrogdy81qei.cloudfront.net/video_images/6487/Pulseless_Ventricular_Tachycardia-01.jpg Yes 104 https://www.proals.co.uk/training/video/bag-valve-masks-advanced https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3623.mp4 Bag Valve Masks Using the Bag Valve Mask for Effective Ventilation Introduction Ensuring Adequate Ventilation with the Bag Valve Mask Optimal Ventilation Technique Key Steps for Effective Ventilation Airway Adjuncts: Employing airway adjuncts to facilitate proper ventilation. Bag Valve Mask Capacity: Understanding that the mask's chamber holds approximately 1,200 millilitres of air. Controlled Ventilation: Emulating natural breathing patterns with gentle inhalation and slow exhalation. Preventing Epiglottis Closure: Ventilating in a manner that avoids epiglottis closure, which can redirect air into the stomach. Sealing the Mask: Using a "C" shape hand technique to achieve a secure seal around the patient's face. Proper Mask Placement: Placing the mask over the bridge of the nose and securing it with fingers over the mandible's hard bone. Ventilation Procedure Executing Ventilation for Optimal Results Head Position: Tilt the patient's head back to ensure a clear airway. Respiratory Rate: Maintain a normal respiratory rate for adults, typically once every five or six seconds. Monitoring Chest Movement: Observe the chest for rising and falling, confirming effective lung ventilation. https://d3imrogdy81qei.cloudfront.net/video_images/6449/Bag_Valve_Masks-01.jpg Yes 157 https://www.proals.co.uk/training/video/als-course-introduction https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3656.mp4 ALS course introduction Welcome to the Advanced Life Support Online Course Course Overview Explore advanced life support skills through our comprehensive online course. Course Structure Discover the flexible learning structure of this course, designed to enhance your understanding of advanced life support. Video Series: Watch instructional videos. Knowledge Review: Answer assessment questions. Completion Test: Conclude your learning with a short test. Pause and Resume: Start and stop the course at your convenience, resuming exactly where you left off. Video Review: Revisit videos anytime during or after the course. Device Compatibility: Access the course on various devices, from computers to smartphones and tablets. Interactive Learning Engage with the course content interactively to enhance your learning experience. Pin Video: Keep videos visible while reading text by pinning them to the top of your screen. Text Support: Access additional text content alongside videos for deeper understanding. Subtitles: Enable subtitles (CC icon) for video content. Assistance: Receive extra help if you answer questions incorrectly. Course Completion Upon successfully passing the test, you'll receive valuable certificates and access to learning resources. Certificates: Print your completion certificate, certified CPD statement, and evidence-based learning statement. Validation: Validate your certificate by scanning the QR code provided. Learning Resources: Find additional resources and links on the course home page. Ongoing Support Experience continued support and updates throughout your training. Access Period: Enjoy course access for 8 months, even after passing the test. Company Solutions: Inquire about free company dashboards for workplace staff training. Support: Reach out via email, phone, or online chat for assistance. Stay Informed: Receive weekly emails to keep your skills current and discover new course content. Thank You We appreciate your choice of ProTrainings and wish you success in your course! https://d3imrogdy81qei.cloudfront.net/video_images/6519/ALS_course_introduction-01.jpg Yes 137 https://www.proals.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.proals.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.proals.co.uk/training/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.proals.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.proals.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.proals.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.proals.co.uk/training/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.proals.co.uk/training/video/use-of-suction https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3655.mp4 Using a suction unit Using Electronic Suction Unit for Airway Management Setting Up the Electronic Suction Unit In this section, we will guide you through the process of setting up and using an electronic or battery-powered suction unit for airway management during emergencies. Preparing the Suction Unit: Start by removing the suction pipe from the unit and attaching it securely. Powering On: Turn on the suction unit to initiate the suction process. Adjust the suction strength as needed, especially in situations like cardiac arrest with airway occlusion due to fluids. Commencing Suction: Proceed to suction the airway efficiently and swiftly. Ensure that you only insert the suction catheter as far as you can see and use a sweeping motion. The goal is to clear the airway promptly. Using the Suction Catheter Utilizing the suction catheter correctly is crucial for effective airway clearance. Follow these steps: Airway Preparation: Open the patient's airway and maintain it using your palm. Catheter Insertion: Carefully insert the suction catheter into the back of the throat, only going as far as you can see. Efficient Suctioning: Begin suctioning with a sweeping motion, minimizing the duration to clear the airway swiftly. Remember that suction catheters vary in size and length, with specific purposes. Note that some catheters feature a notch to prevent solids from blocking the suction, making them suitable for fluids, blood, and small debris. Larger obstructions may require a catheter with a larger diameter. Tailor your choice to the situation, considering airway devices like OP or nasal airways. Special Considerations for Children When dealing with paediatric patients, be aware of their smaller, more delicate airways. Children's airways are prone to swelling and obstruction, and their anatomy differs from adults. Keep these factors in mind when performing airway management and suctioning. Cleaning and Disposal After completing suctioning and ensuring a clear and patent airway, follow these steps for cleaning and disposal: Emptying the Suction Pipe: Turn on the unit, detach the catheter pipe, and allow it to drain any residual fluid. Then, remove the pipe. Disposing of Bio-Hazardous Material: Place all used pipework and the canister, which contains potentially hazardous materials, into a bio-hazard bag for proper disposal. Unit Cleaning: Wipe down the suction unit, including all pipes and buttons, to eliminate any potential contamination. Sterilize the unit and components as needed. Always remember to wear gloves when handling bio-hazardous materials in real-life scenarios to ensure safety. https://d3imrogdy81qei.cloudfront.net/video_images/7239/Using_a_suction_unit-01.jpg Yes 255 https://www.proals.co.uk/training/video/first-aid-vs-bls-healthcare-professionals https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/746.mp4 First Aid vs BLS Healthcare Professionals Differences Between First Aid and Professional Care in CPR Ensuring Safety and Proper Technique Key Principles for Both First Aid and Professional Care Self-Protection: Always prioritize personal safety and wear gloves. Common Skills: Techniques like the recovery position and dealing with choking remain consistent. CPR Guidelines Divergence in CPR Approaches First Aid: Simplicity and Accessibility The guidelines aim for simplicity and ease of recall, with uniform standards for child, adult, and infant CPR. First aiders have limited training and a lower level of responsibility. Access to advanced equipment is generally not available in a first aid setting. Professional Healthcare: Adapting to Complexity Healthcare professionals follow different guidelines due to their advanced training, resources, and higher duty of care. Flexibility in care ratios is permitted based on specific situations. Collaboration with first aiders requires clear communication and guidance. Paediatric CPR Emphasizing Simplification and Bystander Resuscitation Simplified guidelines aim to encourage bystander resuscitation for children, who often receive no help due to rescuer concerns. Distinct differences exist between adult and paediatric cardiac arrest, mainly related to respiratory issues in children. Healthcare professionals adapt their training to optimize outcomes for paediatric cases. Assessment and Decision-Making Quick and Effective Evaluation Decision to initiate CPR should take no more than 10 seconds, relying on the initial assessment. Healthcare professionals prioritize signs of life (response to stimuli, normal breathing, spontaneous movement) over pulse checks. In a hospital setting, adherence to institutional guidelines and protocols is essential. https://d3imrogdy81qei.cloudfront.net/video_images/1351/First_Aid_vs_BLS_Healthcare_Professionals-01.jpg Yes 261 https://www.proals.co.uk/training/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.proals.co.uk/training/video/hypoxia https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1318.mp4 Hypoxia Hypoxia: Understanding Causes, Symptoms, and First Aid Types of Hypoxia Generalized and Local Hypoxia: Different Forms of Oxygen Deprivation Generalized Hypoxia: Affecting the Entire Body Altitude-Induced Hypoxia: Oxygen Deprivation at High Elevations Hypoxia during Diving: Risks in Underwater Environments Contaminated Air Supply: Hazards and Consequences Medical Conditions: Hypoxia in Heart Attacks, Poisoning, and More Intentional Hypoxia: Altitude Training for Athletic Performance Exploring the various forms and causes of hypoxia, from high-altitude sickness to medical conditions. Symptoms of Hypoxia Recognizing Signs of Oxygen Deprivation Altitude Sickness Symptoms: Gradual Onset and Effects Severe Hypoxia Symptoms: Rapid Onset and Life-Threatening Indicators Local Hypoxia: Tissue-Specific Effects and Skin Discoloration Gangrene Risk: Severe Local Hypoxia Consequences Identifying the symptoms of hypoxia, ranging from mild altitude sickness to severe, life-threatening indicators. First Aid for Hypoxia Emergency Response and Oxygen Therapy Medical Oxygen: Treatment Option for Hypoxia Pulse Oximeter: Monitoring Oxygen Levels Recognizing Signs and Symptoms: Assessing the Patient's Condition Providing first aid for hypoxia, including the use of medical oxygen and patient assessment. https://d3imrogdy81qei.cloudfront.net/video_images/2371/Hypoxia-01.jpg Yes 181 https://www.proals.co.uk/training/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.proals.co.uk/training/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.proals.co.uk/training/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.proals.co.uk/training/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.proals.co.uk/training/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.proals.co.uk/training/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.proals.co.uk/training/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.proals.co.uk/training/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.proals.co.uk/training/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.proals.co.uk/training/video/aspirin-and-heart-attacks https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4038.mp4 Aspirin and heart attacks Aspirin Treatment for Heart Attacks Risk Factors for Heart Attacks Understanding Coronary Artery Disease Lifestyle Choices: Factors like smoking, high-fat diets, low exercise, and diabetes increase the risk of atherosclerotic plaques in arteries. Common Risk for Stroke: Similar pathophysiology increases the risk of stroke. Aggravating Factors: Smoking and stress worsen these risk factors. Atherosclerotic Plaques and Their Consequences Understanding Artery Obstruction and Clot Formation Plaque Development: Atherosclerotic plaques develop inside arteries, gradually narrowing them and impeding blood flow. Rupture Risk: Plaques can rupture, triggering thrombogenic reactions, platelet adhesion, and blood clot formation. Cardiac Consequences: If this occurs in a coronary artery, it can lead to reduced blood flow to the heart muscle and, in major arteries, result in cardiac arrest. Management of Myocardial Infarction Essential Steps in Treating Heart Attacks ECG Evaluation: Obtain an ECG to assess ST elevation, T wave inversion, or normal ECG patterns. Aspirin Administration: Administer aspirin (300 milligrams) unless contraindicated. Optimal Aspirin Delivery: Advise the patient to chew aspirin, rinse it around their mouth with water for faster absorption through the buccal mucosa. Safe Dosage: It's safe to provide 300 milligrams of aspirin even if the patient is on a daily 75-milligram dose. https://d3imrogdy81qei.cloudfront.net/video_images/7449/Aspirin_and_heart_attacks-01.jpg Yes 155 https://www.proals.co.uk/training/video/introduction-to-the-abcde-approach https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1277.mp4 Introduction to the ABCDE Approach ABCDE Approach in Patient Care Understanding the ABCDE Approach When providing care for a patient, the standard ABCDE approach is essential. This approach aligns with critical care protocols and ensures a systematic assessment and treatment plan. ABCDE stands for: Airway Breathing Circulation Disability Exposure Initial Assessment Before delving into the ABCDE breakdown, it's crucial to perform a comprehensive initial assessment and conduct regular reassessments. Prioritize addressing life-threatening issues before moving on to other aspects of the assessment. Continuously evaluate the impact of the treatments you administer. Calling for Assistance Early intervention is paramount. Don't hesitate to call for help, whether it's summoning an ambulance or a resuscitation team. Enlist the aid of bystanders to assist and manage the situation. When professional help arrives, ensure effective communication and coordination to facilitate simultaneous monitoring and treatment. Initial Treatment Goals The primary objective of initial treatments is to preserve the patient's life and achieve some degree of clinical improvement. This buys time for further treatment and the arrival of expert assistance. Keep in mind that it may take a few minutes for treatments to take effect, so maintain composure and remain vigilant. Adaptability of the ABCDE Approach The beauty of the ABCDE approach lies in its universal applicability, regardless of your level of clinical training and experience. The extent of your assessment and the treatments administered will depend on your knowledge and skills. If you encounter a problem or uncertainty, don't hesitate to seek assistance. Initial Stages Overview Prior to diving into the ABCDE approach, it's essential to adhere to certain initial stages: Ensure Personal Safety: Always prioritize your own safety. General Patient Assessment: Observe the patient's overall appearance. Assess their consciousness level by asking questions like, "How are you?" If the patient is unresponsive, gently tap them and inquire, "Are you all right?" Lack of response can be indicative of critical illness. Early Vital Signs Monitoring: Attach devices like a pulse oximeter, ECG monitor, and non-invasive blood pressure monitor as early as possible. If trained, insert an intravenous cannula promptly. https://d3imrogdy81qei.cloudfront.net/video_images/2265/Introduction_to_the_ABCDE_Approach-01.jpg Yes 141 https://www.proals.co.uk/training/video/avpu https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/2678.mp4 AVPU AVPU Assessment: Understanding Patient Alertness Introduction to AVPU The AVPU system is a critical method for evaluating a patient's mental capacity and level of disability. It serves as a fundamental tool in early assessment, aiding healthcare professionals in determining a patient's condition upon arrival and monitoring treatment progress. Baseline for Evaluation The core purpose of the AVPU scoring system is to establish a baseline set of observations, enabling healthcare providers to assess treatment efficacy. It answers crucial questions: Is the patient improving or deteriorating? Are interventions having a positive impact? Without this baseline, the entire assessment process lacks meaning. Understanding the AVPU Scale A - Alert The "A" in AVPU stands for Alert. When approaching a patient, assess their alertness. Are they responsive, coherent, and answering questions clearly? An alert patient demonstrates proper brain function, promptly responding to inquiries. V - Voice If a patient falls below the alert level, they transition to "V" for Voice. Voice indicates reduced alertness; the patient may be drowsy or less responsive. They react to spoken communication but not as effectively as when fully alert. P - Pain When verbal interaction isn't enough, healthcare providers progress to "P" for Pain. A pain stimulus, like a firm squeeze at the nail bed or earlobe, is applied to sensitive areas. Most individuals will respond to this by reacting to the pain, though not necessarily through speech. It signifies a deeper level of unresponsiveness. U - Unresponsive If there is no reaction to the pain stimulus, the patient is considered "U" for Unresponsive. Unresponsiveness indicates a significantly compromised state, requiring vigilant monitoring. Unresponsive patients are at risk of airway obstruction and require immediate attention and care. Leaving an unresponsive patient unattended, especially on their back, can lead to life-threatening situations. They may inadvertently block their airway with their tongue or risk airway obstruction due to regurgitated stomach contents. Close monitoring is essential to prevent such complications. https://d3imrogdy81qei.cloudfront.net/video_images/4783/AVPU-01.jpg Yes 363 https://www.proals.co.uk/training/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.proals.co.uk/training/video/abcde-approach-to-patient-care https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1276.mp4 ABCDE Approach to Patient Care ABCDE Approach in Patient Care Exploring the ABCDE Approach Let's delve deeper into patient care by expanding the ABCD approach and adding "E" to it, transforming it into the comprehensive ABCDE approach. A - Airway The "A" in ABCDE represents the Airway. Any airway obstruction is a critical emergency, necessitating immediate expert intervention. In many cases, airway obstruction occurs due to the tongue falling to the back of the throat. To assess and maintain the airway, consider the Head Tilt – Chin Lift technique. However, if you suspect a spinal injury, opt for the Jaw Thrust method. Clearing the airway allows the casualty to breathe. B - Breathing Next, the "B" signifies Breathing. In the primary assessment of breathing, it's crucial to promptly identify and address life-threatening conditions such as the absence of breathing. Assess breathing by opening the airway, positioning your ear near their mouth to observe. Look, listen, and feel for signs of breathing. Ensure you can differentiate regular breathing from agonal breathing. If the casualty isn't breathing, initiate CPR immediately. Wheezing, often caused by bronchospasms, is common in conditions like anaphylaxis. Oxygen should be administered to all critically ill patients. C - Circulation The "C" denotes Circulation. Check for adequate blood circulation by assessing capillary refill in an uninjured toe or finger and by feeling for a radial pulse. While you can also check for a Carotid pulse in the neck, it provides less information about blood pressure than the radial pulse. Note that femoral pulses are typically not assessed in a pre-hospital setting. Patients in anaphylactic shock may exhibit significantly low blood pressure. D - Disability The "D" represents Disability, focusing on any abnormalities not covered in the previous assessments. For conscious patients who can communicate, inquire about unusual sensations, pain, or any abnormal feelings. This information can be invaluable, as it may reveal hidden issues not detected in the primary assessment. Internal problems like chest pain or nausea may also be disclosed by the casualty. E - Exposure Finally, "E" stands for Exposure. To conduct a thorough examination, it's essential to expose the patient fully. Some changes, such as skin abnormalities, may be difficult to discern without full exposure. Prioritize maintaining the patient's warmth and dignity during this process. Gather a comprehensive clinical history from the patient, their relatives, friends, and other healthcare staff. If possible, review the patient's medical notes and charts to gain a more comprehensive understanding of the situation. Guidelines for the ABCDE Approach When following the ABCDE approach, always seek assistance and operate within your training and qualifications. Do not attempt any procedure unless you are fully qualified and authorised to do so. https://d3imrogdy81qei.cloudfront.net/video_images/2263/ABCDE_Approach_to_Patient_Care-01.jpg Yes 197 https://www.proals.co.uk/training/video/pre-shift-checks https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4067.mp4 Pre-shift checks Pre-Shift Vehicle and Equipment Checks Introduction Before embarking on your shift, it's crucial to ensure your vehicle and equipment are in optimal condition to provide efficient and safe emergency services. Here are the essential pre-shift checks you need to perform: Vehicle Exterior Inspection Examine the Vehicle: Perform a walk-around inspection to identify dents, bumps, broken glass, or any hazards. Tire Check: Ensure tires have adequate tread and are correctly inflated. Windscreen Examination: Inspect windshields for chips or damage. Fuel Levels: Verify that the vehicle is fully fueled. Vehicle Interior Inspection Lighting System: Confirm that all lights, including blue lights, sirens, and two tones, are functioning correctly. Switches and Controls: Ensure all switches and controls operate properly. Oxygen Levels: Check that oxygen cylinders are full and an ample supply is available. Interior Organization: Secure all equipment, ensuring nothing can become a hazard during transit. Drug Inventory: Verify that all drugs are within their expiry dates and present in your kit bag. Cleanliness: Maintain a clean and organized environment, preventing bacterial contamination or blood spills. Professional Appearance: Present yourself in a clean and tidy manner to build patient trust. Responsibility and Documentation Remember, these checks are your responsibility, and thoroughness is paramount. Report and document any issues, no matter how minor they may seem. Failure to do so could lead to unwarranted responsibility in case of incidents or discrepancies. Conclusion Take your time with these pre-shift checks to ensure that both your vehicle and equipment are in excellent condition. By maintaining professionalism and diligence, you'll instill trust in your patients and contribute to the efficiency and safety of your emergency services. https://d3imrogdy81qei.cloudfront.net/video_images/7277/Pre-shift_checks-01.jpg Yes 239 https://www.proals.co.uk/training/video/nasal-cannula-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4055.mp4 Nasal Cannula Nasal Cannula Overview Introduction to Nasal Cannula Delivering Low-Dosage Oxygen Over Extended Periods In this brief video, we'll explore the nasal cannula, a device commonly used for administering controlled, low-dosage oxygen over extended durations. Nasal cannulas are frequently employed to support individuals with respiratory issues, chest infections, and chronic lung conditions, either in the home environment or within hospital wards. The goal is to provide a gentle and continuous supply of oxygen without risking over-oxygenation and related complications like hypoxic drive. Components of a Nasal Cannula Understanding the Key Elements Oxygen Inlet: Connects to the primary oxygen source, either in a hospital ward or an ambulance. Nasal Cannula Tubes: Twin tubes extend from the oxygen inlet, designed for inserting into each nostril. Retaining Strap: A cord attached to the nasal cannula tubes, positioned at the back of the head to secure the cannulas in place. Proper Nasal Cannula Placement Ensuring Comfort and Efficacy Steps for correctly placing the nasal cannula: Insert the cannulas into each nostril. Position the tubing over the back of the head, running behind the ears. Adjust the retaining strap at the back to maintain the cannulas securely in position. Once in place, the nasal cannula delivers a gentle flow of oxygen directly into the nasal passages. With each breath, the patient inhales a slightly elevated oxygen concentration, which gradually improves oxygen saturation in the bloodstream. Although not the most comfortable accessory to wear, when correctly fitted and managed, nasal cannulas should not cause any significant discomfort. These devices typically administer oxygen at a rate of 2-4 litres per minute, resulting in oxygen concentrations of approximately 28% to 36%. https://d3imrogdy81qei.cloudfront.net/video_images/7247/Nasal_Cannula-01.jpg Yes 133 https://www.proals.co.uk/training/video/suction-overview-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4059.mp4 Suction Overview Airway Management and Suction Techniques The Vital Skill of Airway Management In this brief video presentation, we'll explore one of the most crucial skills in the realm of first aid, paramedicine, and medicine itself - airway management. Specifically, we'll delve into the topic of suction, covering its importance, benefits, proper techniques, and the array of equipment available for this critical task. Diverse Methods of Suction and Airway Clearance Suction and airway clearance encompass a range of approaches, from fundamental practices like the recovery position and postural drainage to single-use suction devices and advanced electronic suction units used by ambulance crews. Maintaining a clear and patent airway is of paramount importance in any situation. When a patient loses consciousness, the airway is often the first component to become obstructed, whether it's due to the tongue falling back, muscular blockages, or the ingress of substances like blood, vomit, or foreign objects. Ensuring prompt and effective airway clearance is the foundation of successful airway management. Using Suction Safely and Effectively While we've stressed the critical nature of suction and airway management, it's equally vital to employ the equipment correctly. Suction not only extracts fluids but can inadvertently draw air from the lungs, a situation to be avoided. Key considerations include: 1. Proper Airway Maintenance: Ensuring the airway remains open and unobstructed. 2. Cautious Suction Technique: Avoid over-insertion of the suction catheter and start with the simplest and quickest techniques. 3. Follow Guidelines: Whether you're a basic first aider using the recovery position or a healthcare professional with advanced suction equipment, adhere to established procedures and regulations designed to protect the patient and airway. Balancing Airway Clearance and Ventilation While clearing the airway is paramount, we must not forget the need for adequate ventilation. Suctioning should ideally take no longer than the time you can hold your own breath. After suctioning, it's imperative to re-ventilate the patient's lungs promptly. This ensures the lungs receive oxygen, vital for brain oxygenation. Remember, a clear airway is essential, but the patient must also breathe. https://d3imrogdy81qei.cloudfront.net/video_images/7243/Suction_Overview-01.jpg Yes 164 https://www.proals.co.uk/training/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.proals.co.uk/training/video/venturi-mask-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4053.mp4 Venturi Mask Venturi Mask Usage Understanding the Venturi Mask A Precision Oxygen Delivery System Mask Application Securing the Mask for Optimal Fit The Venturi Mask is worn in the same manner as other masks, with a head strap and adjustable fasteners to ensure a snug fit. Air Inlet Holes: Allow normal air to enter the mask during breathing. Oxygen Port: The point of oxygen administration. Multiple Venturis: Six options to control oxygen flow rates. Configuring the Venturi Mask Customizing Oxygen Concentration Each Venturi on the mask corresponds to a specific flow rate, regulating the concentration of oxygen delivered to the patient. The Venturis attach to the mask and connect to the oxygen tubing. Precision Oxygen Delivery: Matches prescribed flow rates for conditions like asthma, bronchitis, emphysema, and COPD. Flow Rate Range: From four to 35, aligning with NHS guidelines and training. Further details on oxygen flow rates are covered in a separate video. https://d3imrogdy81qei.cloudfront.net/video_images/7235/Venturi_Mask-01.jpg Yes 109 https://www.proals.co.uk/training/video/non-rebreather-mask-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4054.mp4 Non Rebreather mask Non-Rebreather Mask Overview High-Volume Oxygen Delivery Preventing Deterioration in Patients Introduction to the Non-Rebreather Mask Also Known as the Trauma Mask The non-rebreather mask, often referred to as the trauma mask, is employed to administer a high volume of oxygen to a patient before resorting to bag and mask ventilation. It becomes necessary when a patient's breathing is inadequate or has ceased, and external ventilation or respiratory support is required to sustain life or prevent further deterioration. Components of the Non-Rebreather Mask Ensuring Effective Oxygen Delivery Oxygen Inlet: Connects to an oxygen source, whether it's a vehicle supply, cylinder, or hospital system. Oxygen Bag: Captures oxygen from the source and delivers it directly to the patient's face, ensuring they inhale pure oxygen with each breath. Valve: Located within the mask, regulates the flow and maintains an oxygen-rich environment within the bag. Nose Clip: A gentle, adjustable aluminum clip secures the mask over the patient's nose to prevent oxygen leakage. Elastic Strap: Goes around the head or attaches to a neck brace, keeping the mask securely in place. Adjustment is possible with side straps for comfort and fit. Monitoring Breathing Rate Observing Patient's Respiratory Status Two methods for assessing the patient's breathing rate: Snorkel Ball: A clever snorkel within the mask contains a red ball. The ball moves up and down with each breath, allowing you to count breaths accurately. Mask Steaming: As the patient exhales, the mask steams up, and it clears when they inhale. Count the cycle of steaming and clearing to determine the breathing rate. Both methods are less intrusive and provide accurate readings, avoiding the patient's natural response to slow or halt breathing when directly observed. Disposable Usage Safe Handling and Disposal Non-rebreather masks are single-use devices. After a patient has utilized the mask, it should be considered clinical waste and disposed of appropriately. Mask Fitting Procedure Ensuring Proper Application Steps for fitting the mask: Turn on the oxygen source to initiate bag filling. Position the elastic strap over the patient's head, explaining the procedure to them. Apply the mask, gently securing it over the nose for a proper seal. Adjust the side straps for comfort and an effective seal. Observe the bag filling with oxygen, confirming successful oxygen delivery. Monitor the snorkel ball or mask steaming to assess the patient's breathing rate. Continuously monitor oxygen saturation using pulse oximetry, which is detailed in a separate video. https://d3imrogdy81qei.cloudfront.net/video_images/7245/Non_Rebreather_mask-01.jpg Yes 276 https://www.proals.co.uk/training/video/compression-only-cpr-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4062.mp4 Compression only CPR Compression-Only CPR: Keeping the Brain Alive 1. Introduction Addressing CPR Challenges in Emergency Situations No Access to a Defibrillator: In some cases, a defibrillator may not be readily available. Avoiding Mouth-to-Mouth: Instances where mouth-to-mouth resuscitation is not feasible due to contamination concerns or personal discomfort. 2. Compression-Only CPR Preserving Brain Function Through Continuous Chest Compressions Brain Oxygenation: Emphasizing the critical role of CPR in maintaining oxygen flow to the brain. Time Constraint: Recognizing the limited timeframe (approximately 8 minutes) to sustain brain function without circulation. Untrained or Unwilling to Perform Mouth-to-Mouth: Compression-only CPR is a suitable alternative. Trained for Mouth-to-Mouth: For those comfortable with mouth-to-mouth, the recommended approach is 30 compressions followed by two breaths. Consistent Compression: In compression-only CPR, there's no need to alternate with breaths; maintain continuous chest compressions. Target Organ: The Brain Efficiency Matters: Proper depth and rate of compressions increase the chances of brain survival. https://d3imrogdy81qei.cloudfront.net/video_images/7249/Compression_only_CPR-01.jpg Yes 114 https://www.proals.co.uk/training/video/cpr-cycle---1-person https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4063.mp4 CPR Cycle - 1 person Real-Time AED Scenario 1. Initial Assessment Quick Assessment for Dangers and Patient Responsiveness Danger Check: Ensure the scene is safe. Patient Communication: Attempt to elicit a response through verbal and physical stimuli. Airway Check: Examine the airway for obstructions and perform a head tilt, chin lift. Respiratory Assessment: Look, listen, and feel for breathing for 10 seconds. 2. AED Setup Preparing and Applying the AED Defibrillator Activation: Turn on the AED and prepare for pad placement. Pad Application: Place the pads according to AED instructions. Analysis: Allow the AED to analyze the heart rhythm. Bag and Mask Setup: Prepare the bag and mask for ventilation, keeping them away from potential sparks. 3. Defibrillation and CPR Combining Defibrillation with CPR Shock Advisory: If advised by the AED, ensure everyone is clear before shocking. Commence Chest Compressions: Begin CPR with 30 compressions followed by two breaths. Compression Rhythm: Continue compressions in cycles of 30:2. AED Timing: The AED will analyze every two minutes. 4. Post-Defibrillation Assessment Checking Pulse, Breathing, and Patient Comfort Pulse Check: Verify the presence of a pulse. Respiratory Check: Confirm breathing. Stretcher Adjustment: Lift the stretcher slightly for patient comfort and safety. Oxygen Administration: Transition from bag and mask to an oxygen mask. https://d3imrogdy81qei.cloudfront.net/video_images/7257/CPR_Cycle_-_1_person-01.jpg Yes 239 https://www.proals.co.uk/training/video/using-an-aed-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4066.mp4 Using an AED CPR and AED Usage 1. AED Stage Importance Crucial Role of Automated External Defibrillator (AED) Speed and Smoothness: Swift and seamless AED usage is critical. Continuous CPR: CPR and oxygen administration must continue during AED setup. Uninterrupted Chain of Events: Keep the flow of actions without halting for AED placement. 2. Consistent AED Operation Uniformity in Defibrillator Operation European Resource Council Guidelines: Standardized guidelines followed by defibrillators across Europe. Device Variations: Different defibrillator types with similar operating principles. Voice Prompts and Visuals: User-friendly guidance on the defibrillator for ease of use. 3. Proper Pad Placement Correct Positioning of Defibrillator Pads Pad Placement: Position one pad on the top right pectoral muscle and another on the left side of the abdomen. Heart Location: Understanding the heart's position (left side, size of a clenched fist). Effective Shock: Ensuring shocks pass directly through the heart's center to stun the myocardium and reset its rhythm. 4. AED Functionality Defibrillator Operation Analogy Heart as a Device: Comparing the heart's rhythm issue to a device freeze (e.g., laptop or mobile phone). Shocking Process: Rapidly shocking the heart to stun it, stop the abnormal rhythm, and allow it to reset. Restoration of Life-Compatible Rhythm: Bringing the heart back to a rhythm compatible with life. https://d3imrogdy81qei.cloudfront.net/video_images/7263/Using_an_AED-01.jpg Yes 217 https://www.proals.co.uk/training/video/manual-suction-units-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4058.mp4 Manual suction units Manual Suction Units for Airway Management Types of Manual Suction Units In this section, we will explore different types of manual suction units used for airway management. Each type has its advantages and considerations. Cleanable and Reusable Manual Suction Units While still effective, these reusable units require meticulous cleaning and sterilization. They are becoming less popular due to contamination risks and the need for proper maintenance. Important: Clean and sterilize these units thoroughly to prevent crew exposure to contaminants. One-Use, Disposable Suction Units These disposable units are cost-effective, straightforward, and convenient. They are used once and discarded, reducing contamination risks. There are two common types: Basic Disposable: Simple, low-cost, and effective for short-term use. Military-Grade Disposable: Sturdy and reliable, ideal for extended use without the risk of breakage. Tip: Even after the bag is full, the military-grade unit can be emptied and reused, but it will continuously drain. Using Manual Suction Units Proper usage of manual suction units is essential for airway management. Here's how to use them: Open the Airway: Tilt the head and lift the chin to open the patient's airway. Insert the Catheter: Insert the catheter only as far as you can see, in a sweeping motion for a short duration (ideally, no more than 10 seconds). Dispose of Disposable Units: Disposable units should be used for one patient only and then disposed of correctly. Note: Catheter size can be adjusted based on the specific task, and the military-grade unit can be emptied and reused. Considerations for Manual Suction Units Manual suction units play a vital role in airway management, but they require careful handling and maintenance. Remember these key points: Contamination Risks: Reusable units must be cleaned and sterilized to avoid contamination. Disposable Units: One-use disposable units reduce contamination risks and are cost-effective. Proper Disposal: Ensure correct disposal procedures, especially for disposable units. https://d3imrogdy81qei.cloudfront.net/video_images/7241/Manual_suction_units-01.jpg Yes 260 https://www.proals.co.uk/training/video/chain-of-communication https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4113.mp4 Chain of communication Effective Chain of Communication in Emergencies Introduction Understanding the crucial role of communication from the control room to the hospital in emergency situations. 1. The Control Room Clear and Accurate Information: When making a 999 call, provide clear and accurate information. Avoid slang, use proper road names, and be as descriptive as possible. Computer Algorithm: Control room operators use computer algorithms and need your responses to specific questions to dispatch the ambulance promptly. Risk and Danger: Communicate any risks, dangers, or fear you may have. This information is crucial for the safety of all responders. 2. Relay to the Ambulance Crew Radio Messages and Tablets: Information from the control room is relayed to the ambulance crew through radio messages and tablets for accurate data sharing. Efficient Response: Accurate information helps the crew find you quickly and respond appropriately. 3. Interaction with Ambulance Crew Providing Details: Describe the incident clearly, including what happened, when, and any medications involved. Crew's Dual Role: Ambulance crews multitask, listening while they begin patient care. Collaboration: Crews may talk to both the patient and the caregiver to gather comprehensive information. 4. Documenting and Observation Recording Information: Crews document the provided information and record initial observations. Baseline for Assessment: The baseline observations help evaluate the patient's condition and any changes. 5. Feedback to Control or Helicopter Feedback Loop: Information may be relayed back to the control room or to a medical helicopter for coordination. Ensuring Timely Response: Feedback helps in directing resources efficiently for patient transport. 6. Transport to Hospital Patient Loading: The crew loads the patient into the ambulance or helicopter and begins transportation. Pre-Alerting Hospital: En route, the crew informs the receiving hospital about the patient's condition, injuries, and estimated arrival time. 7. Hospital Handover Concise Handover: At the hospital, a brief but critical handover is given to the receiving medical staff. Simple and Direct: Use plain language and focus on facts and figures, avoiding unnecessary details. Continued Communication: The communication process continues until the patient is fully discharged from the hospital. https://d3imrogdy81qei.cloudfront.net/video_images/7363/Chain_of_communication-01.jpg Yes 388 https://www.proals.co.uk/training/video/privacy-and-dignity-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4098.mp4 Privacy and Dignity Privacy and Dignity in Patient Care Respecting Privacy Across Healthcare Environments In various healthcare settings, such as hospitals, ambulances, nursing facilities, and dental offices, patient privacy and personal information are paramount and should be treated with utmost care. Here's how to ensure patient privacy: Appropriate Questioning When conducting assessments, avoid asking overly personal questions in public areas, such as hospital corridors or crowded spaces. Patients may feel uncomfortable, shy away, or not respond at all. Some questions are essential for diagnosis and treatment, so handle them with care. Ensuring Dignity During Examination While physical examinations may require exposing parts of the body for assessment, remember to: Check Front, Back, Top, and Bottom: Examine thoroughly and recover promptly to preserve dignity. Respect Patient's Clothing: Ensure clothing is replaced or cover them appropriately. Private Environments for Private Questions Ask personal questions when you have privacy with the patient. Avoid discussing sensitive matters in public spaces or with onlookers. Respect Ambulance and Hospital Curtains Be mindful of signs indicating privacy, such as "Knock before entering" on ambulance doors and curtains around hospital beds. Avoid startling patients and respect their personal space. Space During Handovers and Record-Keeping During handovers and record-keeping, give colleagues space and avoid looking over their shoulders. Create a comfortable environment for them to work effectively without intrusion. Technology and Data Privacy In today's tech-savvy world, ensure data privacy: Screen Privacy: Position screens away from public view to safeguard patient information. No Photography: Do not take photographs on the scene, especially of patient records or paperwork. Secure Paperwork: Store paperwork securely in envelopes and hand them to authorized personnel. Delete Personal Photos: Erase any patient-related photos from your phone to comply with GDPR regulations. By respecting patient privacy and dignity and adhering to data protection guidelines, you not only maintain professionalism but also foster patient trust and cooperation. https://d3imrogdy81qei.cloudfront.net/video_images/7327/Privacy_and_Dignity-01.jpg Yes 292 https://www.proals.co.uk/training/video/adult-cpr-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4118.mp4 Adult CPR Breaking Down CPR: Steps and Considerations 1. Ensuring Safety First Prioritizing Safety in CPR Assess for Dangers: Always begin by checking for potential hazards in the environment. Importance of Safety: Emphasize the critical role of your safety in ensuring the patient's chance of survival. 2. Seeking a Response Efforts to Rouse the Patient Talk and Tap: Attempt to elicit a response from the patient through verbal communication and gentle physical stimuli. 3. Assessing the Airway Evaluating and Clearing the Airway Airway Examination: Inspect the patient's airway for potential obstructions such as foreign objects, liquid, vomit, or blood. Utilizing Head Tilt, Chin Lift: Deploy the head tilt and chin lift technique after positioning the patient's stretcher flat. 10-Second Airway Check: Observe, listen, and feel for any signs of breathing or airway blockage for no more than 10 seconds. Beware of Agonal Gasping: Recognize and distinguish agonal gasping (last breaths) from normal breathing. Muscle Movements: Acknowledge that some patients may exhibit limb movements, often mistaken for seizures, due to lack of oxygen stimulation. 4. Initiating CPR Commencing Cardiopulmonary Resuscitation Immediate CPR: Initiate CPR promptly for the best possible outcome. Proper Hand Placement: Position your hands over the chest, approximately at the nipple line. Compression Technique: Maintain consistent hand and finger placement, utilizing body weight for compressions. Compression Depth: Compress the chest to a depth of 5 to 6 cm, ensuring full recoil for blood refill. Compression Rate: Maintain a rate of 120 compressions per minute for optimal blood flow to the brain. https://d3imrogdy81qei.cloudfront.net/video_images/7371/Adult_CPR-01.jpg Yes 307 https://www.proals.co.uk/training/video/when-communication-breaks-down https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4122.mp4 When communication breaks down Consequences of Communication Breakdown in Emergencies Introduction Exploring the potential repercussions when communication breaks down during emergency situations. 1. Inaccurate Information Delayed Response: Inaccurate details provided to the control room can lead to delays in ambulance deployment. Wrong Location: Providing incorrect road names or town names may dispatch the crew to the wrong area. Proper Prioritization: Be honest about the severity of the situation to ensure appropriate response prioritization. 2. Ambulance Crew Confusion Difficult to Prioritize: Missing or incomplete information from the caller can lead to confusion for the ambulance crew. Utilize Conscious Patient: Gather essential details while the patient is conscious to aid in better decision-making. 3. Poor Hospital Handover Drugs and Medications: Inaccurate documentation may result in administering drugs that clash with the patient's history. Accurate Flow of Data: Proper documentation ensures a smooth flow of accurate information through the healthcare system. 4. Continuity of Care Discharge to GP: Information is passed to the patient's GP upon discharge, influencing ongoing care decisions. Chain of Communication: The communication process begins with the emergency call and continues until the GP receives discharge notes. Accuracy is Key: Double-check and ensure the accuracy of information at every step for optimal patient outcomes. https://d3imrogdy81qei.cloudfront.net/video_images/7377/When_communication_breaks_down-01.jpg Yes 250 https://www.proals.co.uk/training/video/pulseless-electrical-activity-pea https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4167.mp4 Pulseless electrical activity PEA Pulseless Electrical Activity (PEA): Causes, Symptoms, and Management Understanding PEA Pulseless Electrical Activity (PEA) is a non-shockable cardiac rhythm that requires attention and intervention. To comprehend PEA, consider the heart's operation as a combination of electrical conduction and muscular activity working in harmony. Disruption in Electrical-Muscular Coordination In normal circumstances, the heart's electrical conduction system triggers muscle contractions. However, situations like chest trauma leading to blood accumulation in the pericardial sac can disrupt this coordination. In such cases, the electrical conduction system functions correctly, but the muscle can't contract effectively due to the constriction caused by the tamponade. Treatment Approach Unlike shockable rhythms, PEA cannot be corrected with defibrillation. Instead, the focus shifts to high-quality CPR (Cardiopulmonary Resuscitation) and addressing the underlying cause of PEA. Effective CPR is crucial in maintaining blood circulation, while identifying and managing the root cause is essential for improving the patient's chances of recovery. https://d3imrogdy81qei.cloudfront.net/video_images/7459/Pulseless_electrical_activity_PEA-01.jpg Yes 58 https://www.proals.co.uk/training/video/glucagon https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4150.mp4 Glucagon All About Glucagon: A Vital Hormone Understanding Glucagon Crucial Information on Usage and Administration Presentation: Glucagon, also known as glucogen, is typically supplied as 1 milligram of powder in a vial, requiring reconstitution with water for injection. Administration Route: Administered intramuscularly, typically in the anterior lateral aspect of the thigh or upper arm. Function: Glucagon is a hormone that facilitates the conversion of glycogen to glucose in the liver, leading to an increase in blood glucose levels. Contraindications: Care should be taken when glucagon is not suitable for use, such as when glycogen stores are low, which may occur shortly after glucagon administration. It is also contraindicated for hypoglycemic seizures, for which 10% glucose IV is the preferred intervention. Effectiveness: To assess the treatment's effectiveness, monitor blood glucose levels five to 10 minutes after administration. Not for IV Injection: Avoid administering glucagon via IV injection, as it can lead to increased vomiting. https://d3imrogdy81qei.cloudfront.net/video_images/7437/Glucagon-01.jpg Yes 68 https://www.proals.co.uk/training/video/adult-cpr-theory https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4178.mp4 Adult CPR Theory Understanding Vital CPR Techniques The Critical Moment: When the Heart Stops Explore the urgency of responding when the heart ceases to function and the impact on vital organs. Immediate Consequences When the heart stops: Blood Pressure Plummets: Blood pressure drops to zero almost instantly. Cessation of Organ Perfusion: Vital organs, including the brain, heart, and kidneys, lose blood supply. Rapid Unconsciousness: The patient quickly loses consciousness, moving towards a critical state. The Life-Saving Role of CPR Understanding CPR Learn how CPR replicates the heart's function in circulating blood, oxygen, and nutrients. The Technique Perform CPR by: Identifying the Sternum: Locate the sternum, the central bone of the chest. Proper Hand Placement: Position hands on the lower half of the sternum. Effective Compression: Apply pressure to compress the heart between the breastbone and spinal column. How CPR Works Understanding the heart's structure: The Heart's Chambers: It's a hollow organ with four chambers. Valve Function: Intricate valves permit blood flow in one direction. Efficient Blood Flow: CPR mimics natural circulation, driven by valve function. Optimizing Chest Compressions Key points in chest compression: Compression Rate: Perform at a rate of 100 to 120 compressions per minute. Enhancing Organ Perfusion: Aim to boost brain and organ blood flow as close to normal as possible. Incorporating Ventilations Supplementing chest compressions: Oxygenation of Lungs: Provide efficient ventilation to enable oxygen exchange and carbon dioxide removal. Continuing the Lifesaving Effort By executing effective chest compressions and ventilations, we replicate heart and lung functions until defibrillation or the return of spontaneous circulation occurs. https://d3imrogdy81qei.cloudfront.net/video_images/7493/Adult_CPR_Theory-01.jpg Yes 139 https://www.proals.co.uk/training/video/pharmacology-introduction https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4146.mp4 Pharmacology introduction Exploring Drugs: Uses and Guidelines Introduction to Drug Information Discovering Different Drugs and Their Applications General Health Guidelines Important Considerations General Information: This online course provides general information about drugs and their usage. Dosage Variability: Dosage can vary based on individual patient needs and characteristics. Limited Scope: We cover drug purposes, contraindications, and basic details. Important Disclaimer Understanding the Course's Limitations Competency: Watching these videos does not qualify you to administer drugs. Further Training: To administer drugs, additional workplace training and approval are necessary. Policy Adherence: Always follow your workplace's medication policies and procedures. Stay Updated: Ensure you have the latest guidance on drug dosages. https://d3imrogdy81qei.cloudfront.net/video_images/7431/Pharmacology_introduction-01.jpg Yes 57 https://www.proals.co.uk/training/video/convulsions https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4154.mp4 Convulsions Dealing with Convulsions: A Comprehensive Guide Introduction Understanding Convulsions and Their Management Dealing with Convulsions without Time-Critical Features Assessment and Non-Urgent Procedures When handling convulsions without time-critical features, follow these essential steps: Assess the Patient: Determine if time-critical features are present. Individualized Treatment Plan: Check if the patient has a personalized treatment plan and adhere to it. Identify Convulsion Type: Determine if it's epileptic, febrile, or eclamptic. Explore Potential Causes: Investigate underlying causes such as hypoglycaemia, infection, head injury, hypertension, or substance abuse. Monitor Vital Signs: Keep an eye on heart rate and rhythm. Airway Management: Be cautious with airway interventions; consider a nasopharyngeal airway. Oxygen Administration: Provide oxygen at 15 litres per minute aiming for oxygen saturation between 94% to 98%. Medication Check: Inquire about any medications already administered, such as buccal midazolam. Recurrent Seizures: Administer diazepam or midazolam for prolonged or recurrent seizures. Transfer to Further Care: Arrange transfer for serial convulsions, eclamptic convulsions, first-time convulsions, or difficulty monitoring the patient. Dealing with Convulsions with Time-Critical Features Immediate Assessment and Urgent Interventions If convulsions present time-critical features, follow these crucial steps: Initial Assessment: Evaluate the patient promptly. Address Critical Issues: Prioritize major ABCD problems, severe head injuries, status epilepticus, underlying infections, or eclampsia. Blood Glucose Check: Verify blood glucose levels. Time-Critical Transfer: Arrange rapid hospital transfer if feasible despite ongoing convulsions. Alert Information Call: Notify the healthcare facility to prepare for the patient's arrival. Continuous Management: Continue providing care during transport to the hospital. https://d3imrogdy81qei.cloudfront.net/video_images/7421/Convulsions-01.jpg Yes 192 https://www.proals.co.uk/training/video/choking-overview-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4139.mp4 Choking overview Recognizing Signs and Symptoms of Choking Introduction: Understanding Choking Across Age Groups Identifying Choking Incidents from Infants to Adults Choking incidents can vary across different age groups, from infants to adults. Let's explore the signs and symptoms associated with choking and how they manifest in various situations. Categories of Choking Incidents Understanding the Nature of Choking Care Sector Choking: Occurs in patients with difficulty swallowing due to medical conditions like strokes, paralysis, or spinal injuries. Baby Choking: Typically results from mucus, milk, or flu symptoms or, in some cases, due to foreign objects inserted by older siblings. Child Choking: Common in children aged one year and older, often due to inappropriate food consumption or playful behavior at the table. Unique Characteristics: Consider the size of the tongue, airway proportions, and posture in infants and children as contributing factors to choking incidents. Adult Choking: Although adults may panic, they often possess more control and may attempt self-relief. However, assistance may still be necessary. Recognizing Signs and Symptoms Key Indicators of a Choking Incident Understanding the signs and symptoms of choking is crucial. They may include: Common Triggers Identifying Situational Clues Mealtime: Choking often occurs during meals, particularly when people are not paying full attention. Signs and Symptoms Recognizing Choking Indications Difficulty Breathing: Choking obstructs the airway, leading to breathing difficulties. Redness or Cyanosis: Choking individuals may turn red or develop cyanosis (blue discoloration). Excessive Salivation: Choking often leads to drooling and excessive salivation. Panic and Distress: Choking individuals may panic, struggle, stagger, and appear distressed. Grabbing the Throat: A common instinct is to reach for the throat due to discomfort. Loss of Consciousness: Severe choking can lead to loss of consciousness. Severity Levels Distinguishing Mild and Severe Choking Choking incidents can be categorized as mild or severe based on the degree of airway obstruction: Mild Choking: Airway is partially open, allowing some airflow. Severe Choking: Total airway occlusion, hindering breathing entirely. Swift Action is Crucial Life-Saving Interventions for Choking Immediate response is vital in choking incidents, as they can be life-threatening. Techniques such as abdominal thrusts, back slaps, and encouraging coughing can be employed to quickly clear the airway and save lives. Acting promptly and effectively can prevent fatal outcomes in choking incidents. https://d3imrogdy81qei.cloudfront.net/video_images/7407/Choking_overview-01.jpg Yes 261 https://www.proals.co.uk/training/video/angina-and-gtn-sprays https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4163.mp4 Angina and GTN sprays Managing Angina with Glyceryl Trinitrate (GTN) Understanding Angina Chronic Condition and Artery Narrowing Common Age-Related Risk: Artery narrowing is a part of aging, with males more at risk until post-menopause, where risks become equal for both genders. Atherosclerotic Plaque Build-Up: Angina results from the accumulation of atherosclerotic plaques within blood vessels. Significance of Tube Diameter: Reducing the diameter of an artery significantly limits blood, oxygen, and nutrient flow due to the exponential relationship between diameter and fluid flow. Stress and Reduced Blood Flow: During stress or exercise, the heart's increased workload can surpass the limited oxygen supply due to plaque-induced occlusion, leading to lactic acid build-up and pain. Managing Angina and Associated Chest Pain Effective Strategies for Angina Relief Reducing Heart Workload: Reassure and relax patients to minimize stress and discomfort. Diagnostic Assessment: Perform an ECG for evaluation. Supplemental Oxygen: Administer oxygen if oxygen saturation falls below 95%. GTN Administration: Consider GTN spray or sublingual tablet if systolic blood pressure is over 100 mmHg. Glyceryl Trinitrate (GTN) Use Relieving Angina with GTN GTN Spray: Pre-hospital use with 400 micrograms per spray. Administration: Instruct the patient to lift their tongue, administer one spray under the tongue, and close the mouth immediately. Side Effects: Warn patients about potential side effects, including throbbing headaches. Mechanism: GTN relaxes arterial muscle, reducing blood return to the heart and subsequently lowering heart workload and oxygen requirements, alleviating angina pain. Alert for Acute Coronary Syndrome: Monitor for angina at rest, as it may indicate a transition to acute coronary syndrome and a heightened risk of a heart attack or myocardial infarction. https://d3imrogdy81qei.cloudfront.net/video_images/7463/Angina_and_GTN_sprays-01.jpg Yes 213 https://www.proals.co.uk/training/video/chain-of-infection-and-universal-precautions https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4168.mp4 Chain of infection and universal precautions Chain of Infection and Universal Precautions The Importance of Infection Control In a resuscitation scenario, it's vital to understand the chain of infection and apply universal precautions to protect patients, ourselves, and colleagues. Learn how to maintain safety even in high-pressure situations. Transmission of Infection Infections can spread between patients and healthcare workers through various means, including contact with bodily fluids like blood, faeces, and urine. Implementing Universal Precautions Follow these universal precautions to minimize infection risk: Glove Usage: Properly apply and remove gloves before and after patient contact. Note that gloves might contain forensic evidence. Protective Gowns: Use gowns in situations involving body fluids or cross-contamination risks. Face Masks: Cover eyes, face, nose, and mouth with masks, especially during procedures with potential blood splashes. Disposing of Equipment: Dispose of disposable infection control equipment appropriately, typically in yellow clinical waste bags (follow local colour coding). Hand Hygiene: After glove removal, wash hands with warm soapy water, extending cleaning to the elbows. Hands should be bare from the elbows down, except for one ring. Wash hands after each patient contact, before seeing another patient, before/after eating, using the toilet, or smoking. Equipment Cleaning: Thoroughly clean equipment following local protocols before reuse. By adhering to these precautions, you help break the chain of infection and ensure the safety of both patients and healthcare providers. https://d3imrogdy81qei.cloudfront.net/video_images/7469/Chain_of_infection_and_universal_precautions-01.jpg Yes 187 https://www.proals.co.uk/training/video/buccal-midazolam-kits https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4158.mp4 Buccal Midazolam kits Buccal Midazolam: Effective Seizure Management Understanding Buccal Midazolam Delivery Exploring Different Forms, Dosages, and Administration Techniques Pre-filled Syringes Colour-Coded Syringes: Syringes are colour-coded for easy identification (e.g., orange, purple, blue, yellow) based on patient age (e.g., less than 18 years, less than 10 years, less than five years, less than one year). Prescription-Based Dosage: Dosages are patient-specific and should not be calculated unless a healthcare professional is assigned to that role. Verify Critical Details: Confirm patient identity, dosage, and expiry date on the syringe label to ensure accuracy and safety. Seal Integrity: Ensure that the seal on the syringe is intact; never use medication with a broken seal. Administration: Administer the drug into the buccal mucosa (between the outer gum and cheek) without a needle. Effective Absorption: Encourage gentle rubbing to aid drug absorption through the mucous membrane. Documentation: Record the administration time and dosage in the patient's drug record. Liquid Form For Set Dosages: Suitable when patients require a specific midazolam dose. Safe Bottle Design: Bottles feature a safety lid to prevent tampering. Pipette Compatibility: Bottles have a built-in bung for secure pipette placement. Dosage Preparation: Shake the bottle to ensure proper mixing, then draw the required dose into a syringe with marked dilutions. Administration: Administer the drug into the buccal mucosa as described earlier, without a needle. Always prioritise patient safety, confirming critical details and adhering to proper administration techniques. https://d3imrogdy81qei.cloudfront.net/video_images/7447/Buccal_Midazolam_kits-01.jpg Yes 348 https://www.proals.co.uk/training/video/non-traumatic-chest-pain https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4157.mp4 Non-traumatic chest pain Managing Non-Traumatic Chest Pain Step 1: Initial Response Bringing a Defibrillator and Ensuring Patient Safety Immediate Defibrillator: Carry a defibrillator to patients displaying potential heart attack symptoms and stay with them until hospital staff takes over. Step 2: Patient Assessment Evaluating Vital Signs and Identifying Red Flags Vital Signs Assessment: Check the patient's vital signs. Red Flag Criteria: If any major issues or the following red flags are present: ST-Elevation Myocardial Infarction (STEMI) Pulmonary Embolism Aortic Dissection Pneumonia Respiratory Rate Less Than 10 or Over 30 Breaths per Minute Oxygen Saturation (SpO2) Less Than 94% on Room Air Step 3: Cardiac Assessment Determining if Chest Pain May Be Cardiac Chest Pain Evaluation: Assess characteristics such as location, duration, radiation, and aggravating or alleviating factors. Patient History: Inquire about any history of coronary heart disease. Step 4: Additional Symptoms Noting Associated Features and Possible Causes Accompanying Symptoms: Observe for nausea, vomiting, sweating, pallor, and cough. Consider Breathlessness: If breathlessness is present as the predominant symptom, explore other potential causes. Step 5: Clinical Assessment Evaluating Hemodynamic Status and Identifying Non-Coronary Causes Hemodynamic Problems: Check for heart failure, cardiogenic shock, or non-coronary issues, e.g., aortic dissection. Rule Out Other Conditions: If ACS is unlikely based on clinical examination and a 12-lead ECG, consider alternative acute conditions like pulmonary embolism or pneumonia. Step 6: Monitoring Continuous Monitoring and Diagnostic Tests Measure Vital Signs: Record pulse, respiratory rate, and blood pressure. Arrhythmia Assessment: Use an ECG to monitor for arrhythmias. ECG Transmission: If available, transmit the ECG to the hospital following local protocols. Oxygen Saturation: Assess oxygen saturation and provide oxygen only if SpO2 is below 94% on room air. Pain Assessment: Evaluate the patient's pain, measure the pain score, and consider providing analgesia. Documentation: Complete all necessary documentation. https://d3imrogdy81qei.cloudfront.net/video_images/7427/Non-traumatic_chest_pain-01.jpg Yes 183 https://www.proals.co.uk/training/video/cpr-seizures-and-agonal-gasps https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4160.mp4 CPR Seizures and agonal gasps Recognizing Signs of Cardiac Arrest 1. Introduction Understanding Immediate Changes During Cardiac Arrest Sudden Internal Environment Shift: Acknowledging the abrupt transformation within a patient's body during cardiac arrest. Cessation of Brain Perfusion: Recognizing that blood flow to the brain halts during this critical phase. 2. Identifying Common Signs Key Indicators Following Cardiac Arrest Body Movements Resembling Seizures: Observing involuntary motor actions that may resemble a seizure. Agonal Gasps: Noting gasping breaths, known as agonal gasps, that can occur. 3. Proper Response Clear Action in the Face of Uncertainty Correct Course of Action: Ensuring responders make informed decisions based on their observations. Distinguishing Agonal Gasps: Avoiding confusion between agonal gasps and normal breathing. Motor Movements Clarification: Preventing misinterpretation of involuntary motor movements as seizures. https://d3imrogdy81qei.cloudfront.net/video_images/7453/CPR_Seizures_and_agonal_gasps-01.jpg Yes 67 https://www.proals.co.uk/training/video/pulse-oximetry-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4181.mp4 Pulse oximetry Exploring Pulse Oximetry for Oxygen Level Monitoring Understanding Pulse Oximetry Pulse oximetry provides insights into a patient's oxygen levels by measuring oxygen combined with circulating haemoglobin. Accuracy Considerations Factors Affecting Accuracy Cold Conditions: Low temperatures can affect sensor accuracy. Raynaud's Syndrome: Conditions impacting distal body circulation may yield inaccurate readings. Carbon Monoxide Poisoning: Pulse oximetry cannot distinguish between oxygen and carbon monoxide. Pulse Oximetry Devices Overview of Pulse Oximeters Pulse oximeters come in various configurations, typically featuring a screen for displaying readings and a sensor applied to the patient's finger. Quick Response Immediate Oxygen Therapy If dealing with a hypoxic patient, initiate oxygen therapy without waiting for the pulse oximetry reading to confirm hypoxia. Oxygen dosage can be adjusted later based on the reading. Target Oxygen Saturation Levels Desired SPO2 Levels In patients with chronic obstructive pulmonary disease (COPD), an oxygen saturation range of 88% to 92% is acceptable. For patients without COPD, aim for an SPO2 reading above 95%. How Pulse Oximetry Works Principles of the Pulse Oximetry Probe The pulse oximetry probe emits red light through the finger, detecting the amount of oxyhemoglobin as it passes through the light. When dealing with nail varnish, consider applying the sensor sideways for accuracy. Alternative probes can be used on ears, noses, toes, providing insight into distal circulatory status. https://d3imrogdy81qei.cloudfront.net/video_images/7481/Pulse_oximetry-01.jpg Yes 164 https://www.proals.co.uk/training/video/aspirin-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4147.mp4 Aspirin Aspirin Use in Myocardial Infarctions How Aspirin Works Understanding its Mechanism of Action Thromboxane A2 Blocker: Aspirin inhibits the formation of thromboxane A2, preventing platelet aggregation and reducing clot formation. Benefits in Myocardial Infarctions Reducing Mortality and Re-infarction Risk Usage: Administer a single 300-milligram tablet in suspected myocardial infarctions. Chew and Swallow: The tablet should be chewed and swallowed. Safe Usage Considerations and Potential Risks Appropriate Dosage: Typically a 300-milligram tablet. Antiplatelet Action: Acts as an antiplatelet agent to reduce clot formation. Safe for Various Conditions: Benefits outweigh risks; can be given to patients with asthma, kidney or liver failure, ulcers, or those on anticoagulants. Safe for Pregnant Women: Considered safe for pregnant ladies. Side Effects and Contraindications Understanding Risks and Who Should Avoid It Side Effects: Gastric bleeding and potential wheezing in asthmatics. Contraindications: Do not administer to those with aspirin allergies, children under 16, patients with active gastrointestinal bleeding, haemophilia, blood clotting disorders, or hepatic disease. Reye's Syndrome Risk: Contraindicated in children under 16 due to the rare risk of Reye's syndrome, a condition with a high mortality rate affecting the liver and brain. https://d3imrogdy81qei.cloudfront.net/video_images/7445/Aspirin-01.jpg Yes 114 https://www.proals.co.uk/training/video/how-to-use-gloves-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4169.mp4 How to use gloves Effective Glove Usage and Hand Hygiene Protecting Patients and Ourselves Learn the proper way to safeguard both patients and healthcare providers through correct glove usage and hand hygiene. Importance of Correct Glove Usage Wearing disposable gloves is a fundamental infection control measure. It's essential to understand when and how to use them effectively. Adhering to Organizational Policies Most healthcare authorities and organizations have specific policies regarding glove usage. It's crucial to follow these guidelines in your workplace to ensure consistency. Considerations in Pre-Hospital Care In pre-hospital care settings, such as ambulances, there are critical moments to think about glove usage: Removing Gloves Before Driving: When transitioning from patient care in the back of an ambulance to driving, gloves should be removed to avoid cross-infection. Preventing Cross-Infection: It's common to see ambulance drivers wearing gloves while transporting patients. This poses a significant infection risk, especially when others share the same vehicle. Proper Procedure on Hospital Wards In hospital ward scenarios: Conscious Glove Removal: After tending to a patient, it's crucial to remove gloves and wash hands before assisting with other tasks or attending to another patient. Preventing Contamination: Avoid the common mistake of removing one glove and using a potentially clean hand to remove the other glove. Follow the correct procedure to minimize infection risk. Remember, gloves are just one part of infection control. After glove removal, always wash your hands thoroughly with warm, soapy water to maintain a strong line of defense against cross-infection. https://d3imrogdy81qei.cloudfront.net/video_images/7471/How_to_use_gloves-01.jpg Yes 160 https://www.proals.co.uk/training/video/iv-access https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4170.mp4 IV Access Gaining Intravenous Access: Procedure and Equipment Introduction to Intravenous Access Understanding the Procedure and Equipment Consent and Patient Comfort Respecting Patient Rights and Comfort Consent: Always obtain patient consent for the procedure. Patient Understanding: Ensure patients fully comprehend the procedure and their right to refuse. Discomfort: Acknowledge that the procedure can be uncomfortable. When and Why Intravenous Access is Necessary Timing and Purpose of Intravenous Access Timing: Access may be required in anticipation of worsening patient conditions. Purpose: Intravenous cannulas are used for drug and fluid administration. Equipment Overview Essential Tools for the Procedure Tourniquet: Used to engorge veins for easier access. Sterile Field: Dressings and securing devices for maintaining sterility. Cannula Variety: Different sizes for various patient needs (e.g., 14 to 24 gauge). Skin Preparation: Products like chlorhexidine ensure a sterile field. Preparation and Cannula Testing Steps Before Cannula Insertion Skin Prep: Apply and allow chlorhexidine to dry for sterile skin. Cannula Patency: Confirm by drawing normal saline into a syringe and checking for cool fluid flow. Check Expiry: Ensure cannula and consumables are within the use-by date. Packaging Integrity: Verify no damage or dirt ingress in packaging. Safe Disposal Handling Sharps and Disposal Responsibility: Dispose of exposed Sharps responsibly in a designated container. https://d3imrogdy81qei.cloudfront.net/video_images/7473/IV_Access-01.jpg Yes 338 https://www.proals.co.uk/training/video/ligature-injuries https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4155.mp4 Ligature Injuries Dealing with Ligature Injuries: A Comprehensive Guide Introduction Ensuring Safety and Effective Handling of Ligature Injuries Understanding Ligature Injuries Causes and Initial Assessment When dealing with ligature injuries, it's crucial to prioritize safety and follow proper procedures: Ligature Injury Causes: Identify whether the injury resulted from self-harm or a hanging incident. Police and Forensics: Determination of the cause is not a medic's decision; it's a matter for law enforcement and forensics. Assessing Patient Viability Determining the Patient's Condition Upon arriving at the scene, assess the patient's viability: Viable or Non-Viable: Determine if there's a possibility to resuscitate the patient based on signs such as rigour mortis, blood pooling, and temperature. Crime Scene Preservation: If the patient is non-viable, treat the area as a crime scene and avoid contamination. Handling a Viable Patient Proper Procedures for Patient Rescue If the patient is viable, act promptly while maintaining patient safety: Secure the Scene: Cut the patient down and ensure safety. Ligature Removal: Safely cut the rope, leaving the knot intact for forensic examination. Airway Management: Open the patient's airway as a priority. Focus on Resuscitation: Begin resuscitation if necessary. Signs and Symptoms: Look for signs like neck bruising and blood pooling. Spinal Injury: While spinal cord injuries are a concern, initial focus is on resuscitation. Understanding Ligature Mechanics Insight into the Impact on the Body Delve into the mechanics of ligature injuries and their consequences: Spinal Cord Damage: Ligatures aim to snap the axis, instantly severing the spinal cord between C3 and C5, impacting breathing. Pressure on Airways: Ligatures can also compress the trachea and oesophagus, cutting off airflow and causing suffocation. Conclusion Priority on Safety and Quick Response In summary, when dealing with ligature injuries, safety is paramount. Act swiftly to rescue viable patients, ensuring proper airway management and resuscitation. Preserve forensic evidence in non-viable cases and involve law enforcement. Understanding the mechanics of ligature injuries aids in effective response. https://d3imrogdy81qei.cloudfront.net/video_images/7425/Ligature_Injuries-01.jpg Yes 431 https://www.proals.co.uk/training/video/the-4-h https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4161.mp4 The 4 H's Identifying and Reversing Reversible Causes of Cardiac Arrest Introduction Cardiac arrest can often be caused by reversible factors known as the 4 Hs and 4 Ts. In this discussion, we will explore each of these individually to understand how we can identify and potentially reverse the causes of cardiac arrest. The 4 Hs Hypoxia Hypoxia is a common contributor to cardiac arrest, especially in younger patients and children. Providing high-quality ventilation as part of our management can reverse hypoxia. Hypovolemia Hypovolemia, often caused by trauma, anaphylaxis, or cardiogenic shock, can lead to cardiac arrest. Administering fluids as part of cardiac arrest management can reverse hypovolemia. Note that traumatic hypovolemic arrest should not be overlooked, and patients require transport to a hospital for further evaluation, especially in cases of gunshot or shrapnel wounds. In some cases, hemostatic dressings or zoledronic acid may be used to control bleeding in pre-hospital settings. Hypothermia Hypothermia is a concern in colder environments, and immersion in cold water can lead to cardiac arrest. Patients with hypothermia may have undetectable pulses, and continuous CPR is essential until the patient is normothermic. Take precautions when moving hypothermic patients, as they are at risk of ventricular fibrillation. Limiting shocks and adrenaline doses during the arrest scenario is advisable. Remember, "They are not dead until they are warm and dead." The 4 Ts Metabolic Imbalances (Hyperions) Metabolic imbalances such as hyperkalemia or hypokalemia can contribute to cardiac arrest. In pre-hospital settings, it may be challenging to confirm these imbalances. They can be suspected in acidotic patients, but definitive diagnosis often requires blood gas analysis in a hospital setting. Blood gas results can help identify the cause of the arrest and guide appropriate management. https://d3imrogdy81qei.cloudfront.net/video_images/7465/The_4_H's-01.jpg Yes 218 https://www.proals.co.uk/training/video/primary-survey https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4173.mp4 Primary Survey The Primary Survey in Patient Assessment Introduction Discover the crucial steps of the primary survey in patient assessment, a fundamental process employed consistently in healthcare. The Primary Survey Components D for Danger: The initial assessment begins with evaluating the scene for potential dangers. R for Response: Assess the patient's level of consciousness by asking, "Are you okay?" CABCDE Mnemonic: Follow the mnemonic CABCDE for systematic evaluation: C for Catastrophic Bleeding: Identify and address rapid, life-threatening bleeding. A for Airway: Ensure the airway is clear to maintain breathing. B for Breathing: Assess respiratory rate, lung function, oxygen levels, and signs of cyanosis. C for Circulation: Check the patient's colour, pulse, blood pressure, and assess for bleeding or abnormalities in cavities. D for Dysfunction: Evaluate pupils, blood sugar levels, level of consciousness (using the AVPU scale), and temperature. E for Expose and Examine: Thoroughly examine the patient for rashes, oedema, bruises, haemorrhage, or other indications of their condition. Identifying Life-Threatening Conditions The primary survey is swift, taking only a few seconds, and aims to identify and address life-threatening issues promptly. Complications discovered during this survey take precedence as they pose the greatest risk to the patient's survival. Upon completing the primary survey without identifying life-threatening conditions, further investigations and assessments can be conducted. https://d3imrogdy81qei.cloudfront.net/video_images/7477/Primary_Survey-01.jpg Yes 255 https://www.proals.co.uk/training/video/scene-safety https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4171.mp4 Scene safety Ensuring Scene Safety in Healthcare Environments Scene Safety in Hospitals Explore the importance of maintaining scene safety in both hospital and pre-hospital settings to ensure the well-being of patients and healthcare providers. Unpredictable Hospital Scenarios Hospital environments can present unpredictable circumstances: Patient Behaviour: Patient behaviour may become challenging, requiring careful assessment and management. Collisions: In scenarios like cardiac arrests, fast-paced activities can lead to collisions with trolleys and equipment. Surface Hazards: Wet floors, even with warning signs, can pose slip hazards during emergency situations. Medical Gases: The presence of medical gases, especially in oxygen-enriched environments, creates a potential fire hazard when using defibrillation. Sharps: Proper handling and disposal of sharps are essential to prevent injuries from misplaced or mishandled sharp objects. Unpredictability in Pre-Hospital Care Pre-hospital settings come with their unique challenges: Changing Patient Behaviour: Patients' behaviour can rapidly change due to illness, injury, or pain, necessitating vigilance during assessment and treatment. Environmental Factors: Pre-hospital scenes may involve moving traffic, aggressive dogs, and violent patients, adding to the complexity and unpredictability of the situation. Real-Life Example: A personal account of an incident involving an intoxicated individual with a knife highlights the sudden and unexpected nature of pre-hospital emergencies. Always stay alert, anticipate potential dangers, and have contingency plans in place to ensure the safety of both patients and healthcare providers in these ever-changing environments. https://d3imrogdy81qei.cloudfront.net/video_images/7475/Scene_safety-01.jpg Yes 262 https://www.proals.co.uk/training/video/adult-choking-overview-ALS https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4137.mp4 Adult choking overview Understanding Adult Choking: Causes and Response The Airway and Its Crucial Role Exploring the Essentials of Airway Function Understanding adult choking begins with appreciating the vital role of the airway - a passage designed exclusively for the flow of air. Here's what you need to know: The Airway: Comprises a tube leading to two bags, facilitating uninterrupted airflow. Choking Impact: Choking disrupts this airflow, triggering panic in the victim due to the impending oxygen deprivation. Challenging Situations: Handling a choking patient can be distressing as they may resist assistance to safeguard their airway instinctively. Efficient Response Strategies Swift Actions to Address Choking Effective intervention during a choking incident is essential. Rapid response and patient cooperation play pivotal roles in achieving a successful outcome. Here's how: Immediate Assistance Utilizing Patient Cooperation and Quick Action Early Intervention: Prompt action is crucial, and patients can actively assist in their own rescue, making the process more manageable. Encourage Coughing: Patients can help dislodge obstructions through back slaps, coughing, and clearing their airway. Optimal Positioning: Addressing choking while the patient is upright or mobile is preferable, as it allows for more effective interventions. Abdominal Thrust Technique Correct Application for Airway Clearance Performing the abdominal thrust, commonly known as the Heimlich maneuver, involves: Technique Description: Apply upward and inward force just below the sternum, aiming to compress the lungs and expel the obstruction. Forceful Execution: The maneuver must be swift and forceful, mimicking the pressure created by a punch to the stomach. Resuscitation Process Transitioning to CPR for Collapsed Patients If back blows and abdominal thrusts fail to resolve the choking incident, and the patient collapses, initiate the resuscitation process: Compression Sequence: Begin with 30 chest compressions. Airway Check: Assess if compressions dislodge any obstructions in the throat before administering two rescue breaths. Direction Matters: The objective is to move the obstruction either upwards (via compressions) or downwards (via breaths) to restore airflow. Special Considerations Adapting Techniques for Unique Situations Choking incidents can vary, and responders must adapt to different scenarios: Pregnant Patients Safe Approaches for Pregnant Women When dealing with choking in pregnant individuals: Chest Compressions: Instead of abdominal thrusts, apply chest compressions to force air out and clear the airway. Considered Approach: Pregnancy alters abdominal dynamics, necessitating a different technique. Obese Patients Effective Response for Heavier Individuals Responding to choking in obese patients may require adaptations: Challenges with Grasping: Difficulty in encircling the patient may lead to the use of chest compressions when necessary. Urgency Remains: Regardless of body size, clearing the airway promptly is essential for a successful outcome. Timely and appropriate actions are paramount in managing choking incidents. https://d3imrogdy81qei.cloudfront.net/video_images/7409/Adult_choking_overview-01.jpg Yes 280 https://www.proals.co.uk/training/video/chest-safety-and-defibriliation https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4176.mp4 Chest safety and defibriliation Safety Considerations for Defibrillation and Electrode Placement Introduction Ensuring Safe Defibrillation Practices Risks on the Chest: Potential Hazards to Watch For Electrical Drawaway: Impact on Shock Delivery Additional Hazards: Arcing Electricity and Safety Concerns Safety is paramount when preparing for defibrillation, and this includes assessing the chest for potential risks. Implanted Devices Understanding Pacemakers and ICDs Pacemakers: Artificial Pacing for Cardiac Conditions ICDs: Implantable Cardioverter Defibrillators Combined Devices: Dual Functions and Battery Operation It's crucial to identify the presence of pacemakers or ICDs, as they require special considerations during defibrillation. Electrode Placement and Safety Guidelines for Proper Electrode Positioning Distance from Scars: Maintaining Safe Placement ICD Malfunctions: Potential Shocks and Reduced Joules Patient Monitoring: Continuous Assessment During Procedures Proper electrode placement and monitoring are crucial when dealing with patients with implanted devices. Variations in Device Location Considering Different Implantation Sites Upper Left Chest: Common Placement Area Alternative Locations: Rare but Possible Device Positions Awareness of potential variations in device location ensures comprehensive patient care. https://d3imrogdy81qei.cloudfront.net/video_images/7483/Chest_safety_and_defibriliation-01.jpg Yes 228 https://www.proals.co.uk/training/video/Entonox-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4156.mp4 Entonox Entonox: Swift and Safe Pain Management Understanding Entonox Storage, Composition, and Clinical Applications Storage in Medical Cylinders Distinct Cylinder Appearance: Recognizable by their blue body and white shoulders. Composition Equal Oxygen-Nitrous Oxide Mix: A balanced blend of 50% oxygen and 50% nitrous oxide. Clinical Applications Fast-Acting Analgesic: Rapid pain relief with minimal side effects. Indications: Administered to alleviate moderate to severe pain, including labor pains. Contraindications Risk of Decompression Sickness: Avoid use within 24 hours after scuba diving, as Entonox can promote nitrogen bubble expansion. Other Contraindications: Not suitable for patients with severe head injuries and impaired consciousness or those with violently disturbed psychiatric conditions. Cautions Pneumothorax Risk: Exercise caution when administering to patients at risk of pneumothorax. Administration Patient Self-Administration: Patients are trained to use Entonox with a mouthpiece after proper instruction. Onset of Action: Typically, it takes three to five minutes to become effective, with the maximum effects achieved in five to 10 minutes. https://d3imrogdy81qei.cloudfront.net/video_images/7441/Entonox-01.jpg Yes 74 https://www.proals.co.uk/training/video/aed-overview-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4172.mp4 AED Overview Unlocking the Potential of AEDs Increasing Prevalence of AEDs AEDs are on the rise, with a notable presence on High Streets. Discover them in their distinctive yellow boxes outside many shops. However, they are not limited to commercial areas but also play a crucial role in the emergency services and private ambulance sectors. The Life-Saving Defibrillator At their core, AEDs are defibrillators, designed to reset the heart's rhythm, making it sustainable for life. These units are remarkably user-friendly, ensuring straightforward operation. Remarkable Safety Record Noteworthy statistics: No individual worldwide has ever faced legal repercussions for incorrect AED use. These devices are programmed to guide users through correct procedures, eliminating the risk of misuse. Anatomy of an AED Understanding the key components: Self-Monitoring: AEDs conduct daily self-tests to ensure operational readiness, signaling issues through alarms or alerts. Visual Indicators: Units feature clear lights, often green for readiness and red for service needs. A green light means it's "rescue ready" and requires no further action. Expiry Check: A clear window displays a date corresponding to the pads' expiration date. Pads typically last up to two years. Pads: Pads contain a water-based gel and come sealed. Once opened, the unit is alerted, and they are for single use only. Universal Usage AEDs are designed for everyone: No Mandatory Training: In the UK and Europe, no formal training is legally required to operate an AED. Units adhere to European guidelines, ensuring consistency across the board. Diverse Manufacturers: Multiple manufacturers offer AEDs, each with distinct features. However, all AEDs follow the same European guidelines. Activating the AED When ready to use the AED: Initialization: Open the lid to initiate the unit's full self-test, which typically takes a few seconds. Pad Placement: Pads are conveniently stored in the lid, sealed and ready to use. Voice-Guided Assistance: The AED provides step-by-step audio instructions, including when to start CPR, compression speed, breaths, and duration. Accelerated Shock Delivery: AEDs recognize swift pad placement and expedite shock delivery, improving survival chances. Survival rates drop by 10-20% per minute of delay in shock delivery. Child-Specific Considerations For child patients: AED Adaptation: AEDs automatically adjust for adults and children, setting appropriate joule levels. Child pad placement follows specific rules. Pad Placement and Instructions Understanding pad placement: Visual Guidance: Follow the AED's instructions, either through pictures or verbal commands. Electrical Conductivity: Pads maintain electrical conductivity, allowing the AED to monitor heart rate and rhythm. Defibrillation Decision: The AED autonomously decides whether a shock is necessary, relieving users of this responsibility. Fully Automatic vs. Semi-Automatic Different AED types: Fully Automatic: The AED autonomously decides to shock and initiates a countdown for shock delivery. Semi-Automatic: Users must press a button when prompted for shock delivery, only active when the button is lit. Constant Monitoring AEDs monitor user actions, including compression rate and depth. https://d3imrogdy81qei.cloudfront.net/video_images/7487/AED_Overview-01.jpg Yes 645 https://www.proals.co.uk/training/video/infant-cpr-practical https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4144.mp4 Infant CPR practical (first aid guidelines) Infant CPR Practical Techniques Providing Effective CPR for Infants Managing Cardiac Arrest in Distressing Situations Emotional Challenge: Infant Cardiac Arrest Stress and Effectiveness: Keeping It Simple Pillow Placement: Facilitating Proper Airway Position Two CPR Techniques: One-Person and Two-Person One-Person CPR: Two-Finger Compressions and Breath Management Encircling Technique: Efficient Two-Person Method Alternative Approach: CPR with Child Fixed to Arm Infant CPR is a vital skill during a distressing time. This guide covers practical techniques, including one-person and two-person CPR, proper pillow placement, and alternative methods to ensure effective cardiac arrest management in infants. https://d3imrogdy81qei.cloudfront.net/video_images/7423/Infant_CPR_practical_(first_aid_guidelines)-01.jpg Yes 342 https://www.proals.co.uk/training/video/adult-choking-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4140.mp4 Adult choking Preventing and Managing Choking Incidents in Healthcare Settings The Importance of Proper Patient Positioning Minimizing Choking Risks through Correct Posture In healthcare facilities, incidents of choking should be exceedingly rare. These situations typically arise due to lapses in attention or neglect of fundamental procedures. Key considerations include: Situate the Patient Upright: Feeding patients lying flat is ill-advised, as it hinders proper airway management. Patients must be in a seated position to consume food safely and effectively. Alternative Feeding Methods: If a patient cannot sit up, alternative feeding methods such as PEG-feeding or drip-feeding should be explored to avoid the introduction of solids or thick liquids while lying down. Safe Feeding Practices Guidelines for Patient Feeding to Prevent Choking Seated Patient Ensuring Proper Airway Management for Patients in an Upright Position When a patient is sitting upright, follow these feeding precautions: Correct Bed Position: Adjust the bed to an upright position to facilitate safe and comfortable eating for the patient. Gradual Feeding: Avoid rushing the feeding process, as haste can increase the risk of choking. Patient at Bedside Managing Choking Risks for Patients Seated at the Bedside Patients sitting on the edge of the bed should be fed cautiously, taking care to prevent falls: Caution on Bedside: Ensure the patient cannot fall from the bed during feeding to prevent accidents. Consider Patient Safety: Assess the risks of moving the patient to feed them in a potentially less secure position. Immediate Response to Choking Effective Strategies for Managing Choking Incidents Choking in a Prone Position Rapid Action Plan for Patients Choking in a Prone Position If a choking incident occurs with the patient in a prone position, act swiftly with the following steps: Lower Bed Sides: Quickly lower the sides of the bed to access the patient. Halos Position: Place your hand across the patient's face, outside of the leg, and roll them over gently to initiate airway management. Back Patting: Pat the patient's back to clear the airway and maintain airway control until additional equipment arrives. Choking in a Seated Position Effective Techniques for Managing Choking in Seated Patients When a patient in a seated position begins choking, consider the following interventions: Encourage Coughing: Prompt the patient to cough, as this natural reflex can help dislodge the obstruction by expelling air. Back Slaps: While the patient leans forward and coughs, perform gentle back slaps between the shoulder blades to assist in dislodging the blockage. Patient Safety: Ensure the patient cannot fall during these actions, maintaining full control over their position. Abdominal Thrusts on Bed Performing Abdominal Thrusts to Remove Obstruction on a Bed For patients in various bed positions, including lying or sitting, use abdominal thrusts as a last resort: Technique Description: On a bed, perform upward and inward pulls just below the sternum to create pressure in the lungs, expelling the obstruction. Swift and Forceful: Ensure the maneuver is forceful and rapid, simulating the pressure generated by a stomach punch. Remember, patient safety is paramount throughout any choking incident response. https://d3imrogdy81qei.cloudfront.net/video_images/7415/Adult_choking-01.jpg Yes 269 https://www.proals.co.uk/training/video/ethics-of-resuscitation https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4166.mp4 Ethics of resuscitation Ethical Principles in Resuscitation Introduction Exploring the Ethical Aspects of Resuscitation Ethical Foundation: Resuscitation governed by principles of beneficence (doing good) and non-maleficence (doing no harm). Resuscitation Mandate: Upholding the duty to make every effort in resuscitating patients. No Decisions on Life and Death: Acknowledging the inability to play God in deciding when to resuscitate. Guidelines and Decision-Making Frameworks for Ethical Resuscitation Decisions Varied Guidelines: Different organizations have specific guidelines (e.g., JRCALC in the ambulance service). Clear Non-Resuscitation Cases: Instances like incineration, decomposition, hemicorporectomy, decapitation, and no-resuscitate scenarios. Grey Areas: In ambiguous situations, give maximum effort and consider hospital transfer for cases involving children, pregnant patients, penetrating trauma, hypothermia, or poisoning. Confidentiality and Legal Considerations Protecting Patient Information and Addressing Legalities Confidentiality: It's imperative not to disclose a patient's death to outsiders, neighbors, or ward members. Legal Obligations: If the situation suggests criminal activity, inform the police while prioritizing life preservation. Documentation: Thoroughly document all actions, including ECG records, defibrillator usage, and timings, for potential use in legal proceedings or coroner's courts. https://d3imrogdy81qei.cloudfront.net/video_images/7461/Ethics_of_resuscitation-01.jpg Yes 210 https://www.proals.co.uk/training/video/dnar https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4164.mp4 DNAR DNAR (Do Not Attempt Resuscitation): Legal and Ethical Considerations Introduction Understanding the Significance of DNAR Orders In specific cases where a patient's condition is deemed terminal or where resuscitation is unlikely to be beneficial, healthcare providers implement a legal document known as a DNAR (Do Not Attempt Resuscitation) order. DNAR orders are integral to pre-hospital care and are documented in a patient's medical records. These orders guide healthcare professionals in deciding whether or not to initiate CPR (Cardiopulmonary Resuscitation) in the event of cardiac arrest. Key Points about DNAR Orders When CPR May or May Not Be Administered DNAR Content: The DNAR document specifies the patient's circumstances in which CPR should not be attempted. Permissible Situations: If a cardiac arrest occurs due to a cause listed on the DNAR, healthcare professionals are legally allowed not to initiate CPR. Unlisted Causes: If the cause of cardiac arrest is not listed on the DNAR (e.g., choking), healthcare providers are obligated to perform life-saving interventions. Signature and Date: The DNAR must be signed and dated, and this verification must be witnessed by the healthcare practitioner at the time the decision is made not to commence CPR. Legal and Ethical Considerations Balancing Patient Wishes and Medical Judgment The implementation of DNAR orders involves a delicate balance between respecting the patient's wishes, medical ethics, and the duty of care by healthcare professionals. These orders are legally binding documents that guide critical decisions in emergency situations, ensuring that patient autonomy and healthcare standards are upheld. https://d3imrogdy81qei.cloudfront.net/video_images/7455/DNAR-01.jpg Yes 65 https://www.proals.co.uk/training/video/the-hospital-resuscitation-team https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4159.mp4 The hospital resuscitation team Effective Response to Cardiac Arrest in a Hospital Setting Utilizing Patient Information and Alert Systems Preventing and Recognizing Cardiac Arrest Information from Patient Charts: A Potential Predictor Alerting the Cardiac Arrest Team: Vital Response Immediate Basic Life Support: Prioritizing Early Actions Efficient Team Response Coordinated Efforts When the Crash Team Arrives Identifying the Team Leader: A Crucial Role Assigned Responsibilities: Roles Within the Team Rotation of Roles: Ensuring Effective Chest Compressions Recording Events: Precise Minute-by-Minute Documentation Timekeeping: Ensuring Timely Intervals Collaboration and Effective Leadership Creating an Efficient and Coordinated Response Team In a hospital environment, a well-coordinated response to cardiac arrest is critical. This involves utilizing available patient information, alert systems, and efficient teamwork to maximize the chances of patient survival. Recognizing the signs leading up to cardiac arrest and initiating immediate basic life support measures are essential steps in this process. https://d3imrogdy81qei.cloudfront.net/video_images/7451/The_hospital_resuscitation_team-01.jpg Yes 145 https://www.proals.co.uk/training/video/child-and-infant-cpr-theory https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4180.mp4 Child and infant CPR Theory Child CPR Sequence of Events and Techniques Understanding Cardiac Arrest in Children Differences in Causes and Priorities Child vs. Adult: Distinct Sequence of Events Hypoxic Spiral: A Common Path to Cardiac Arrest in Children Managing Child Arrest: Prioritizing Hypoxia Correction Initial Ventilations: Providing Five Rescue Breaths Optimizing Ratios: 15 Compressions to 2 Inflations Child vs. Adult: Recognizing the Difference Universal Action: 30:2 CPR Ratio Child CPR requires an understanding of the unique sequence of events leading to cardiac arrest in children. Addressing hypoxia, providing initial ventilations, and adjusting techniques based on the child's size are crucial elements of effective child CPR. Proper Hand Placement for Chest Compressions Adapting to the Child's Size Infants: Two-Finger Technique, Nipple Placement Larger Children: Heel of Hand for Adequate Depth Bigger Children: Transition to Two-Hand Compressions Adjusting hand placement during chest compressions is essential, ensuring effective compression depth for the child's size, whether it's an infant or a larger child. Optimal Airway Management Gentle Approach for Child and Infant Airways Neutral Alignment: Using Support under Shoulders Soft Tissues: Gentle Handling of Child's Airway Firm Structures: Maintain Contact with Cheekbones and Mandible Adequate Chest Movement: Key Indicator during Inflations Proper airway management in children and infants requires a gentle approach, maintaining neutral alignment, and focusing on chest movement during inflations. https://d3imrogdy81qei.cloudfront.net/video_images/7495/Child_and_infant_CPR_Theory-01.jpg Yes 286 https://www.proals.co.uk/training/video/oxygen-and-copd https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4174.mp4 Oxygen and COPD Managing COPD Patients: Oxygen Administration and Special Considerations The Challenge of Chronic Chest Diseases Understanding the Unique Characteristics of Emphysema and Chronic Bronchitis Low Exercise State: Reduced Exercise Capacity in COPD Patients Breathlessness as the Norm: Coping with Chronic Breathlessness Complex Condition: Ongoing Specialist Care for Medications and Symptoms Exploring the intricacies of chronic chest diseases like emphysema and chronic bronchitis. Oxygen Administration for COPD Patients Guidelines and Monitoring Using Pulse Oximetry Normal SpO2 Range: Typical Oxygen Saturation Levels in COPD Patients (88%-92%) Titrating Oxygen: Adjusting Oxygen Based on SpO2 Response Managing Breathlessness: Addressing a Chronic Symptom Guidelines and considerations for administering oxygen to COPD patients based on their SpO2 levels. Emergency Situations Immediate Oxygen Needs for Severely Hypoxic Patients Severe Hypoxia: Identifying Critical Oxygen Requirements Respiratory Arrest: Oxygen and Ventilation for Patients in Distress Monitoring Patient Response: Adjusting Oxygen Carefully Reacting to emergency situations and administering oxygen as necessary for COPD patients. https://d3imrogdy81qei.cloudfront.net/video_images/7479/Oxygen_and_COPD-01.jpg Yes 139 https://www.proals.co.uk/training/video/the-4-t https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4162.mp4 The 4 T's Exploring the 4 Ts of Reversible Causes of Cardiac Arrest Toxins Poisoning as a Potential Cause of Cardiac Arrest In a pre-hospital setting, we often encounter cases of overdose, especially with narcotics like heroin, leading to respiratory arrest and subsequent cardiac arrest. Basic pre-hospital interventions are available for these cases. Complex poisoning cases require in-hospital management, including blood tests and consultation with toxicology specialists who provide specific guidance on overdose management. Cardiac Tamponade Understanding Cardiac Tamponade as a Reversible Cause Cardiac tamponade can result from trauma or severe pericardial infection. Even a small amount of blood (15 milliliters) in the pericardial sac can halt myocardial function. The thick pericardial sac quickly compresses the heart in the presence of fluid or blood. Immediate intervention is essential to relieve pressure from the pericardial sac, typically accomplished through Pericardiocentesis. This procedure should be performed by a doctor in a resuscitation department or by specialist medical teams in pre-hospital settings. Thromboembolic Causes Understanding Thromboembolic Causes of Cardiac Arrest Thromboembolic events involve blood clots forming and traveling within the circulatory system, potentially lodging in the heart, brain, or lungs. These events can present as vena cava obstruction, pulmonary embolism, or myocardial infarction in pre-hospital settings. Initial pre-hospital treatment includes high-quality CPR and defibrillation when necessary. In hospital settings, thromboembolic cardiac arrest management may involve thrombolysis alongside ongoing CPR. Tension Pneumothorax Recognizing Tension Pneumothorax as a Reversible Cause Tension pneumothorax often follows trauma, causing air to accumulate in the pleural space around the lungs, leading to increased pressure and lung collapse. This condition is a medical emergency and can swiftly progress to cardiac arrest. Immediate action is crucial. Inserting a needle into the second intercostal space allows the release of air pressure, enabling the lung to reinflate and facilitating ventilation. https://d3imrogdy81qei.cloudfront.net/video_images/7467/The_4_T's-01.jpg Yes 206 https://www.proals.co.uk/training/video/Anaphylaxis-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4153.mp4 Anaphylaxis Anaphylaxis: Causes, Symptoms, and Treatment Understanding Anaphylaxis An Exaggerated Immune Response to Allergens Anaphylaxis is a severe immune reaction triggered by specific allergens, which can include: Bee Stings Peanuts Sesame Seeds Latex It may affect individuals with known allergies or those encountering an unknown allergen for the first time. Anaphylaxis develops rapidly and can lead to life-threatening airway blockages, including bronchospasm and wheezing. It often presents with facial rashes, facial swelling, bronchoconstriction, and low blood pressure, and in some cases, it progresses swiftly to cardiac arrest. Individuals with pre-existing asthma face a higher risk of fatal anaphylactic reactions. Treatment Essentials Swift Action and Key Medications The primary medication for anaphylaxis treatment is adrenaline, which acts by: Reversing Peripheral Vasodilation Reducing Oedema Dilating Bronchial Airways Enhancing Myocardial Contraction Suppressing Histamine Release and Inflammatory Mediators Adrenaline is most effective when administered promptly, potentially preventing cardiac arrest. Common symptoms of anaphylaxis include a generalized rash, itching, swollen lips, tongue, and eyes, along with breathlessness, wheezing, fainting, abdominal pains, nausea, and vomiting. Signs may include reduced peak expiratory flow, hypoxaemia, and hypertension. Immediate Steps Managing Anaphylaxis To address anaphylaxis: Remove the Trigger: If possible, eliminate the source of the allergen, such as a bee sting. Administer IM Adrenaline: Give adrenaline promptly at the appropriate dose based on the patient's age to prevent cardiorespiratory arrest. Repeat every five minutes until improvement is observed. Position the Patient: Lay the patient flat with elevated legs to ensure sufficient oxygen flow. Establish IV Access: Set up intravenous access and adjust IV fluids according to blood pressure levels. Follow ALS Guidelines: Adhere to standard Advanced Life Support (ALS) protocols for patients with cardiac arrest. Consider IM Adrenaline: In cases where IV or intramuscular access is not possible, administer IM adrenaline if a recent cardiorespiratory arrest has occurred. Treat Bronchospasm: Manage bronchospasm similarly to asthma treatment. Antihistamine Administration: Administer an antihistamine at an appropriate dose for the patient's age to counter the effects of histamine release during anaphylaxis. For Severe Cases: In severe or life-threatening situations, provide hydrocortisone at the appropriate dose to reduce the immune response. https://d3imrogdy81qei.cloudfront.net/video_images/7419/Anaphylaxis-01.jpg Yes 180 https://www.proals.co.uk/training/video/child-and-infant-cpr-overview https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4179.mp4 Child and infant CPR overview Effective Pediatric Basic Life Support Providing Vital Support in Child and Infant Emergencies Compassionate and Skilled Care for Young Patients Emotive Nature of Child Cardiac Arrest: A Challenging Situation Continuous Basic Life Support: Ensuring Immediate Action Long-Term Considerations: Supporting Parents and Relatives Initial Assessment and CPR Management Identifying Cardiac Arrest and Administering CPR in Children and Infants Child Definition: Pre-Pubescent Stage Common Causes of Child Cardiac Arrest: Hypoxia and Other Factors Assessing Levels of Response: Shaking and Airway Check Effective Chest Compressions: Proper Technique and Rate Safe Airway Management: Special Considerations for Children Infant Definition: Less Than 1 Year Old Assessing Infant Responsiveness: Clapping and Pain Response Optimal Airway Alignment: Avoiding Obstruction When dealing with child and infant cardiac arrests, it's essential to approach the situation with empathy and competence. This guide covers the identification of cardiac arrest, levels of response assessment, proper chest compressions, and safe airway management for pediatric patients, including children and infants. https://d3imrogdy81qei.cloudfront.net/video_images/7491/Child_and_infant_CPR_overview-01.jpg Yes 440 https://www.proals.co.uk/training/video/diazepam https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4148.mp4 Diazepam Diazepam: Understanding Its Forms and Applications Overview of Diazepam Exploring Diazepam Forms, Indications, and Cautionary Considerations Diazepam Presentations: Diazepam is commonly available in ampules, each containing 10 milligrams of diazepam in a 2 millilitre oil-in-water emulsion. It is also accessible as a rectal tube with diazepam solution options of 2.5 milligrams, 5 milligrams, or 10 milligrams. Contraindications: There are no absolute contraindications for diazepam. Indications: Diazepam is indicated for specific conditions, including: Status Epilepticus: In cases of seizures lasting longer than five minutes. Eclamptic Seizures: When seizures extend beyond two to three minutes or recur. Symptomatic Cocaine Toxicity: Manifesting as hypertension, seizures, or chest pain. Mode of Action: Diazepam acts as a sedative or anticonvulsant by depressing the central nervous system. Dosage Considerations: Exercise caution when determining dosages, taking into account recent doses to calculate the maximum cumulative dose of diazepam. Combination Precautions: Be cautious when using diazepam in conjunction with alcohol, CNS depressants, or antidepressants, as these combinations may increase the risk of side effects. https://d3imrogdy81qei.cloudfront.net/video_images/7443/Diazepam-01.jpg Yes 82 https://www.proals.co.uk/training/video/epinephrine-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4149.mp4 Epinephrine All About Epinephrine (Adrenaline) Understanding Epinephrine A Versatile Chemical for Critical Situations Alias Adrenaline: Epinephrine is commonly known as adrenaline. Physiological Effects: It narrows blood vessels, opens airways in the lungs, and can reverse severely low blood pressure. Source and Function: Mainly secreted by the adrenal glands in the medulla, it primarily increases cardiac output and raises blood glucose levels. Stress Response: Normally released during acute stress, preparing an individual for "fight or flight," making it a primary medication for nonprofusing cardiac arrests. Sympathomimetic Properties: Epinephrine is a sympathomimetic agent that stimulates alpha and beta-adrenergic receptors. Medical Uses of Epinephrine When and How Epinephrine Is Administered Enhanced Blood Flow: Improves myocardial and cerebral blood flow during CPR, increasing peripheral resistance and profusion pressures. Allergic Manifestations: Used to reverse acute anaphylaxis's allergic manifestations. Bronchospasm Relief: Administered to relieve acute and severe asthma-related bronchospasms despite nebulization therapy. Epinephrine Dosage and Administration Forms, Dosage, and Contraindications Available Forms: Epinephrine is available in prefilled syringes or ampules with various concentrations (1:1000 or 1:10,000). Contraindications: Avoid repeated doses in hypothermic patients; caution in non-cardioselective beta-blocker users like Propranolol. CPR Administration: Given with shockable rhythms after the third shock and alternately (third, fifth, seventh shocks); with non-shockable rhythms, administered after achieving IV access and following alternative cycles. Age and Concentration Variations: Dosage depends on the patient's age and the concentration used; administered intravenously or intraosseously. Anaphylaxis and Asthma: Administered in the anterior lateral aspect of the thigh for anaphylaxis and life-threatening asthma. https://d3imrogdy81qei.cloudfront.net/video_images/7433/Epinephrine-01.jpg Yes 144 https://www.proals.co.uk/training/video/naloxone-hydrochloride https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4152.mp4 Naloxone hydrochloride Naloxone Hydrochloride: A Lifesaving Medication Understanding Naloxone Hydrochloride Key Information on Indications, Contraindications, and Administration Presentation: Naloxone hydrochloride is available in ampules containing 400 micrograms per 1 ml ampoule. Indications: It is used for opioid overdoses, which can lead to respiratory, cardiovascular, and central nervous system depression. Reversal Capability: Naloxone hydrochloride can reverse overdoses caused by opioid analgesics like codeine or compound analgesics such as co-codamol. Contraindications: Avoid using naloxone hydrochloride in neonates born to opioid-addicted mothers due to the risk of severe withdrawal effects. Focus on Ventilation and Oxygenation: In all cases, prioritize bag valve ventilation and oxygenation. Considerations for Physically Dependent Patients: Physically dependent patients may experience violent withdrawal symptoms, including cardiac dysrhythmias, when given naloxone. Titrate the dose effectively to reverse depression while monitoring the patient's condition. Administration: Naloxone should be administered via IV whenever possible. If IV access is not achievable, it may be administered intramuscularly, undiluted, into the outer aspect of the thigh or upper arm, but absorption may be less predictable in this route. Short-Lived Effects: Naloxone's effects are brief, and once they wear off, respiratory and cardiovascular depression can recur, potentially leading to fatal consequences. Transport to Hospital: Regardless of the initial response to naloxone, all opioid overdose cases should be transported to the hospital for further evaluation and care. https://d3imrogdy81qei.cloudfront.net/video_images/7439/Naloxone_hydrochloride-01.jpg Yes 119 https://www.proals.co.uk/training/video/glucose https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4151.mp4 Glucose All About Glucose 10% and Glucose 40% Oral Gel Understanding Glucose Gels An Essential Resource for Managing Hypoglycaemia Glucose 10% Solution: Available in 500-millilitre packs; essential for treating hypoglycaemia (blood glucose levels < 4 mmol per litre), especially in known diabetics. Indications: Suitable for unconscious patients where hypoglycaemia is likely or suspected, and when oral glucose administration isn't feasible. No Reported Side Effects or Contraindications: Safe to use without known adverse effects. Administration: Intravenous delivery via a large-gauge cannula into a large vein; caution required due to its irritant nature. Glucose 40% Oral Gel Rapidly Elevating Blood Glucose Levels Presentation: Packaged in a plastic tube containing 25 grams of glucose. Indications: Suitable for conscious patients with suspected or known hypoglycaemia, provided there's no risk of aspiration or choking. Buccal Absorption: Quickly elevates blood glucose levels through buccal (oral cavity) absorption; monitor blood glucose levels after each dose. Alternative Administration: In cases of aspiration or choking risk, apply glucose gel by soaking a swab and placing it between the patient's lips and gums to aid absorption. https://d3imrogdy81qei.cloudfront.net/video_images/7435/Glucose-01.jpg Yes 97 https://www.proals.co.uk/training/video/mechanics-of-respiration https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4175.mp4 Mechanics of respiration Understanding the Mechanics of Respiration Nervous Control of Respiration Respiration relies on various factors coming together harmoniously. One crucial element is the presence of an intact nervous system that governs respiratory functions. In the brainstem, specifically the medulla oblongata, lies the inspiratory centre, acting like a switch, alternating between on and off states. During the on-phase, signals are sent through the phrenic and intercostal nerves to the diaphragm and intercostal muscles. This contraction elevates the ribcage and straightens the diaphragm, creating a negative pressure in the lungs, facilitating inhalation. This cycle continues with two seconds on and three seconds off. Mechanics of Respiration Another essential aspect involves the mechanical components of respiration, including the rib cage, intercostal muscles, and diaphragm. All these components must function correctly to facilitate breathing. Any injuries or trauma to the chest or diaphragm can disrupt this mechanical process, even if nervous control is intact, highlighting the need for a seamless connection between both aspects. The Role of the Environment Furthermore, the environment plays a pivotal role. It must contain oxygen and allow it to reach the alveoli in the lungs. Any obstructions, such as foreign bodies, mucus, vomit, blood, or physical barriers, can restrict airflow, potentially leading to respiratory arrest. Maintaining an open airway is crucial for proper respiration. Factors Affecting Respiratory Function Several factors can affect respiratory function, particularly the nervous control: 1. Drug Influence: Certain drugs, like heroin, can depress the respiratory centre, leading to a decreased respiratory rate. 2. Trauma and Injury: Trauma to the neck or spinal nerves can disrupt the communication between the brain and respiratory muscles, causing malfunction. 3. Mechanical Obstruction: Penetrating injuries or chest trauma can hinder the thoracic cage's ability to draw air into the lungs. Summary In summary, the process of respiration involves a complex interplay between nervous control, mechanical components, and environmental factors. Understanding this intricate system is vital for maintaining proper breathing and oxygenation of the cardiovascular system. For a visual representation of respiration, please watch the accompanying animation. https://d3imrogdy81qei.cloudfront.net/video_images/7485/Mechanics_of_respiration-01.jpg Yes 295 https://www.proals.co.uk/training/video/child-choking-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4141.mp4 Child choking Managing Choking Incidents in Children Understanding Choking in Children Age-Related Risks and Key Considerations Choking incidents in children typically occur between the ages of one and twelve years old. During this stage: Airway Characteristics: Children in this age group have narrow, flexible airways with relatively larger tongues compared to adults, making them more prone to choking. Common Choking Behaviors: Children tend to experiment by inserting objects into their mouth, nose, and ears, increasing the likelihood of foreign objects obstructing their airways. Responding to Choking in Children Effective Techniques and Considerations Positioning for Airway Management Creating a Safe and Accessible Work Environment Ensure the child is in a position that facilitates safe and effective airway management: Elevated Surface: Place the child on a chair, table, or bring them up to a suitable height to work safely. Kneeling Position: If needed, kneel behind the child to work at their level, ensuring a secure and controlled environment. Clearing the Airway Step-by-Step Response to Choking Follow these steps to address choking in a child: Check the Airway: Examine the airway for any visible obstructions or debris that can be safely removed. Back Slaps: Administer gentle, firm back blows between the child's shoulder blades while encouraging them to cough. Encouraging Cough: Promote coughing to expand the airway and help dislodge the blockage. Children may resist, but it's crucial to encourage them to expel air from their lungs to aid in clearing the obstruction. Transition to Resuscitation (If Necessary) Continued Actions in Case of Unconsciousness If the child becomes unconscious, initiate the resuscitation process: Resuscitation Sequence: Begin with five breaths followed by 30 chest compressions and two rescue breaths (30:2 ratio). Clearing the Airway: The priority is to either move the obstruction into the lung or expel it from the airway, ensuring proper airflow for the child. Remember, it's imperative to clear the airway to ensure the child's well-being. In case the obstruction is directed into the lung, it can be addressed through surgical removal, but immediate action is vital. https://d3imrogdy81qei.cloudfront.net/video_images/7411/Child_choking-01.jpg Yes 176 https://www.proals.co.uk/training/video/auto-injector-demonstration https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4099.mp4 Auto Injector demonstration Auto-Injectors Discharge Demonstration Introduction Understanding the Operation of Auto-Injectors In this controlled environment demonstration, we will showcase the discharge process of three auto-injectors. Please note that this demonstration is for educational purposes only and should not be attempted at home. It was conducted under experimental conditions to illustrate how these devices function safely. Auto-Injectors Overview Examining the Three Auto-Injectors We will demonstrate the operation of the following auto-injectors: Jext Auto-Injector: Displaying the needle discharge, drug delivery, and needle safety feature. EpiPen Auto-Injector: Highlighting needle activation, drug expulsion, and needle cover for safety. Emerade Auto-Injector: Showing needle deployment, drug release, and needle cover mechanism. Jext Auto-Injector Needle Discharge and Drug Delivery Watch as we apply pressure to the Jext auto-injector, causing the needle to fire and expel the drug into the patient. When turned on its side, observe the safe removal of the needle with a protective cover to eliminate sharps risk. EpiPen Auto-Injector Effective Needle Safety Mechanism With the EpiPen auto-injector, pressing against the mesh initiates needle discharge and drug release. Witness the needle cover in vibrant orange completely shielding the needle during removal, reducing the risk of sharps injuries. Emerade Auto-Injector Extended Needle and Safety Measures The Emerade auto-injector features a longer needle compared to Jext and EpiPen. When pressed, the needle deploys, and the drug is discharged. Turning it on its side, observe the needle's safe withdrawal, accompanied by the slide-out needle cover for comprehensive needle protection. It's important to note that during this demonstration, the adrenaline's force caused slight discomfort to the patient, resulting in a reflexive reaction. Proper restraint is essential to ensure the needle remains in place until the drug is fully administered. https://d3imrogdy81qei.cloudfront.net/video_images/7333/Auto_Injector_demonstration-01.jpg Yes 143 https://www.proals.co.uk/training/video/national-early-warning-score-news2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4195.mp4 National Early Warning Score - NEWS2 The National Early Warning Score (NEWS) and NEWS2 Introduction to NEWS and NEWS2 Learn about the National Early Warning Score (NEWS) and its successor, NEWS2, which play a crucial role in identifying conditions like Sepsis. Evolution of NEWS Origins: NEWS was introduced in 2012. NEWS2: NEWS2 replaced NEWS, building upon its core principles after further research and development. Role of NEWS NEWS is designed to: Identify Seriously Ill Patients: It assists in recognising patients at risk of severe illness. Standardisation: NEWS is standardised across the NHS, enabling effective communication about patients using common language. Two-Step Process: It offers a two-step approach - identifying sick patients and ensuring timely clinical response. Physiological Parameters The NEWS scoring system relies on six key physiological measurements: Respiration Rate Oxygen Saturation Level Systolic Blood Pressure Pulse Rate Level of Consciousness or New Confusion Temperature Enhancements in NEWS2 NEWS2 builds upon the original system while maintaining its core principles: ABCDE Sequence: Aligns with the UK Resuscitation Council ABCDE sequence. Parameter Ranges: Specifies score boundaries for each parameter. Hypercapnic Respiratory Failure: Includes a dedicated section for patients with specific oxygen saturation needs. Oxygen Delivery: Improves recording of supplemental oxygen rate and method. New Confusion (ACVPU): Adds 'new confusion' to the AVPU score, encompassing alterations in mentation. Colour Scheme: Introduces a new colour scheme for improved readability. Integration with Other Scoring Systems NEWS can complement other validated scoring systems like the Glasgow Coma Scale, depending on patient requirements. Training and Resources NEWS2 training is essential. This video provides a basic understanding. Refer to your workplace policies for specific assessment methods. For more details, consult the Royal College of Surgeons' summary in the download section. https://d3imrogdy81qei.cloudfront.net/video_images/7527/National_Early_Warning_Score_-_NEWS2-01.jpg Yes 221 https://www.proals.co.uk/training/video/auto-injectors-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4187.mp4 Auto Injectors Anaphylaxis Auto-Injectors: A Comparison Understanding Auto-Injectors Essential Devices for Anaphylactic Reactions In the case of anaphylaxis, a severe allergic reaction, many individuals carry auto-injectors to swiftly administer life-saving adrenaline. Let's explore three commonly used auto-injectors: Jext, EpiPen, and Emerade. Jext Auto-Injector Easy-to-Use and Effective The Jext auto-injector is designed to be user-friendly and secure. Here's how it works: Carrying Case: Comes with a protective carrying case. Activation: Remove the arming cap to activate the device. Administration: Press the needle end against the skin, count to 10, and then rub the muscle to disperse adrenaline. Single Use: The Jext is for one-time use only. EpiPen Auto-Injector Swift Intramuscular Adrenaline Delivery The EpiPen auto-injector is known for its rapid adrenaline delivery. Here's how it works: Protective Case: Includes a protective case for safekeeping. Activation: Remove the arming cap to activate. Administration: Place the orange end against the patient's outer right thigh, swing it into the muscle at 90 degrees, count to three, and then remove. Single Use: The EpiPen is designed for one-time use and should be safely disposed of in a sharps box. Emerade Auto-Injector Efficient and Infection-Resistant The Emerade auto-injector emphasizes efficiency and safety. Here's how it operates: Carrying Case: Comes with a carrying case and instructional materials. Activation: Do not remove the cap until ready for use to prevent contamination. Administration: Place it on the skin's surface (outer aspect of the right thigh), push, count to five, and then rub the muscle to aid absorption. Single Use: Like the others, the Emerade is for one-time use to ensure safety. Understanding these auto-injectors is crucial for effectively managing anaphylactic reactions and saving lives. https://d3imrogdy81qei.cloudfront.net/video_images/7507/Auto_Injectors-01.jpg Yes 177 https://www.proals.co.uk/training/video/infant-choking-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4142.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/7413/infant_choking.jpg Yes 231 https://www.proals.co.uk/training/video/aed-pad-placement-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4064.mp4 AED Pad Placement AED Usage: Step-by-Step Guide 1. Introduction to AED Models Different AED Models and Common European Guidelines Varied AED Models: Multiple defibrillator models available in the market. Consistent Guidelines: European guidelines ensure uniformity in AED operation and prompts. 2. AED Setup and Pad Placement Proper AED Setup and Pad Placement Power On: Turn on the AED and follow voice prompts. Call for Assistance: Initiate a call for medical help. Pad Preparation: Pull out the pads and remove the patient's clothing to expose the chest. Correct Pad Placement: Position the pads as indicated on the AED. Monitoring and Analysis: Allow the AED to analyze the heart rhythm without touching the patient. Shock Advisory: Follow AED prompts if a shock is advised. 3. CPR Assistance and Guidance Guided CPR Process with AED Support Initiating CPR: Begin chest compressions as instructed. Metronome Guidance: Maintain the recommended compression speed (120 per minute). AED Voice Prompts: Follow the AED's verbal instructions for effective CPR. Shockable Rhythms: AED only delivers a shock for ventricular fibrillation (VF) or ventricular tachycardia. Fallback Position: Injuries to chest areas may require front and back pad placement. 4. Importance of AED in CPR Enhanced Survival Chances with AED and CPR Survival Rates: CPR alone provides approximately 10% survival chance; AED and CPR together offer up to 85% survival. Safe Usage: AEDs are designed to only deliver shocks for shockable rhythms, ensuring patient safety. https://d3imrogdy81qei.cloudfront.net/video_images/7251/AED_Pad_Placement-01.jpg Yes 220 https://www.proals.co.uk/training/video/advanced-life-support-scenario https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3577.mp4 Advanced Life Support Scenario Mastering Advanced Life Support Techniques Exploring a Challenging Scenario Dive into an advanced life support scenario where a patient experiences a persistent shockable rhythm during cardiac arrest. Discover the comprehensive approach we take to manage the situation. Initial Patient Response When faced with an unresponsive patient: Assessing Responsiveness: Confirm unresponsiveness. Engaging Colleagues: Collaborate with team members. Preparing for Action: Equip defibrillator paddles. Managing the Cardiac Arrest During a cardiac arrest scenario: Monitoring the Rhythm: Confirm ventricular fibrillation (VF). Administering CPR: Ensure effective chest compressions. Charging the Monitor: Prepare for shock delivery. Optimizing Airway Management Efficient airway management is vital: Upgrading the Airway: Consider advanced airway techniques. IV Access: Establish intravenous access for medications. Administering Medications Medications play a critical role: Adrenaline Injection: Administer 1 milligram of 1 in 10,000 adrenaline IV. Amiodarone: Deliver 300 milligrams of amiodarone IV. Medication Flush: Prepare a 20 ml flush for administration. Continuous Assessment and Actions Dynamic decision-making during the scenario: Monitoring Progress: Evaluate patient response after each shock. Considering Transport: Assess the need to transfer the patient to an A&E department. Reversible Causes: Reflect on possible reversible causes of cardiac arrest. Specialized Care In specific cases: PPCI Consideration: Evaluate the need to transport the patient to a heart attack centre for percutaneous coronary intervention (PPCI). This comprehensive approach to advanced life support ensures that even in challenging scenarios, we strive to maximize the chances of patient survival. https://d3imrogdy81qei.cloudfront.net/video_images/6467/Advanced_Life_Support_Scenario-01.jpg Yes 483 https://www.proals.co.uk/training/video/recovery-position-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4143.mp4 Recovery Position Recovery Position in a Hospital Bed Introduction In this brief video guide, we will demonstrate how to place a patient in the recovery position when using a hospital bed or in a hospital or care home setting. Preparation Before moving the patient, there are essential steps to consider: Bed Stability: Ensure the hospital bed is stable, securely fixed in place, and all brakes are engaged on all four corners. Side Curtain: Lower the side curtain to allow unobstructed access to the patient. Positioning the Patient Follow these steps to place the patient in the recovery position: Stand Close: Stand close to the bed, ensuring there's no gap between you and the side of the bed. Hand Placement: Lift the patient's right hand (or left if on the opposite side), positioning it away from their face. Protect the Face: Place the opposite hand across their face, ensuring no sharp objects or jewelry are in the way. Secure the Hand: Hold the hand in position to prevent it from falling back. Pivot Point: Lift the outside leg at the knee, using it as a pivot point. Control the Roll: Gently press down on the knee, allowing the patient to roll towards you while controlling their head. Remove Obstructions: Ensure there are no pillows or items under the patient's head that might block the airway. Maintain Control: Stay with the patient in this position, providing continuous supervision and support. By following these steps, you can safely position a patient in the recovery position in a hospital or care home environment. https://d3imrogdy81qei.cloudfront.net/video_images/7417/Recovery_Position-01.jpg Yes 183 https://www.proals.co.uk/training/video/pulse-points https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1391.mp4 Pulse Points Finding Pulse Points on the Body Primary Pulse Point: Radial Pulse The main pulse point to locate is the radial pulse: Location: It's found on your wrist, just below your thumb. Technique: Use two fingers with gentle pressure to detect it. Sensation: You'll feel it pulsate against your fingers. Note: Avoid using your thumb and use only one hand. Additional Pulse Points Other pulse points on the body include: Brachial Pulse: Located further up your arm. Carotid Pulse: Found on your neck. Femoral Pulse: Situated where your leg and groin bend. Popliteal Pulse: Detectable behind your knee. Pedal Pulse: On top of the foot. Pulse as a Health Indicator Your pulse can indicate your health: If you're unwell: You may lose peripheral pulses, starting with the radial pulse and pedal pulse. This protects the vital areas of your body. Carotid pulse loss occurs in cases of cardiac arrest or death. https://d3imrogdy81qei.cloudfront.net/video_images/2509/Pulse_Points-01.jpg Yes 134 https://www.proals.co.uk/training/video/news2-escalation https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4448.mp4 NEWS2 Escalation Understanding and Responding to NEWS2 Scores Introduction Learn how to interpret NEWS2 scores and take appropriate actions based on the resident's condition. Assessing NEWS2 Scores Consider Normal Reference Score: Always compare the resident's total NEWS2 with their usual reference score. NEWS2 Score of Zero Observation: Person appears stable; they can stay at home. Escalation: If any clinical or personal concerns arise, escalate the situation. Monitoring: Conduct observations at least every 12 hours or until concerns are resolved. NEWS2 Score of One Review: Immediate senior staff review required. Escalation: If concerned, escalate the situation. Observations: Repeat observations within 6 hours. GP Review: If observations remain elevated with no clear cause, arrange a GP review within 24 hours. Worsening NEWS: If NEWS worsens, follow the appropriate escalation process. NEWS2 Score of Two Immediate Review: Immediate senior staff review required. Escalation: If there's no improvement within 2 hours or if concerned, escalate the situation. Observations: Repeat observations within 2 hours, then every 6 hours. GP Assessment: Seek a GP telephone assessment within 2 hours and re-assessment within a further 6 hours if no improvement. Worsening NEWS: If NEWS worsens, follow the appropriate escalation process. NEWS2 Score of Three to Four Repeat Observations: Repeat observations within 30 minutes. Urgent GP Review: If observations equal a NEWS score of 3 or more, seek urgent GP telephone or face-to-face review within 2 hours. Worsening NEWS: If NEWS worsens, follow the appropriate escalation process. NEWS2 Score of Five to Six Immediate Clinical Review: Immediate clinical review and advice required. GP Referral: Refer to a GP using the surgery bypass number or contact NHS 111 if out of hours. Urgent Hospital Transfer: Urgent transfer to a hospital within 1 hour may be necessary. Continuous Monitoring: Continuously monitor the patient, repeating observations every 15 minutes. NEWS2 Score Over Seven Urgent Hospital Transfer: Immediate transfer to a hospital may be required. Monitoring and Documentation: Monitor the patient and follow the call handler's guidance. Ensure documentation of the transfer process. Admission Plan: Admission to the hospital should align with any agreed and documented plan of care. https://d3imrogdy81qei.cloudfront.net/video_images/8021/NEWS2_Escalation-01.jpg Yes 141 https://www.proals.co.uk/training/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.proals.co.uk/training/video/oxygen-giving-set https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4052.mp4 Oxygen Giving Set Oxygen Giving Set Usage Understanding Oxygen Giving Sets Essential Equipment for Oxygen Delivery Components of an Oxygen Giving Set Exploring the Key Elements Schrader Valve: The connection point to the oxygen supply. Glass Flow Meter: Measures oxygen flow in litres per minute with a floating ball gauge. Regulator: Controls and adjusts the oxygen flow rate. Oxygen Port: Connects to the oxygen delivery device (mask or nasal cannula). Connecting the Oxygen Giving Set Securely Attaching to the Oxygen Supply On the wall of a hospital ward or in a vehicle equipped with a plumbed-in oxygen system, you'll find an oxygen port. Follow these steps to connect the oxygen giving set: Insert the Schrader valve into the oxygen port and push until it clicks and locks in place. Turn the valve on to initiate oxygen flow. Observe the flow rate on the gauge, typically set to 15 litres per minute in cardiac arrest situations. Oxygen Delivery to the Patient Administering Oxygen Safely Connect the oxygen giving set to the oxygen delivery device, such as a mask. Adjust the flow rate as needed. The patient will receive oxygen with each breath. Monitor the patient's condition and adjust the flow rate accordingly. Turn off the oxygen and dispose of the mask properly if no longer needed. The oxygen giving set remains in place for potential further use. Disconnecting the Oxygen Giving Set Safely Removing the Equipment If you need to remove the oxygen giving set: Turn off the vehicle's oxygen supply and release pressure from the system by opening the valve. Press the circle around the Schrader valve to release it, ensuring safety by depressurizing the system before removal. Always prioritize safety when handling oxygen equipment to prevent accidents and injuries. https://d3imrogdy81qei.cloudfront.net/video_images/7233/Oxygen_Giving_Set-01.jpg Yes 235 https://www.proals.co.uk/training/video/cpr-introduction-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4060.mp4 CPR Introduction Cardiopulmonary Resuscitation (CPR) Basics The Importance of CPR Enhancing Survival Rates through Proper Technique UK's Cardiac Arrest Statistics: 90,000 to 120,000 deaths annually, but an 85% survival rate is possible. Current Survival Rate: Approximately 15%-17%, indicating the need for improved CPR understanding and execution. CPR Misconception: Many find CPR daunting, yet it involves fundamental principles that need simplification. Goals of Effective CPR Optimal Chest Compressions for Cerebral Perfusion Proper Chest Compression: Accurate placement over the sternum, aiming for the nipple line, and achieving 5-6 cm depth. Surface Matters: Effective CPR on a hard surface (e.g., floor) rather than softer surfaces like beds or chairs. Blood Squeezing: CPR aims to manually pump blood from the heart to the brain, with an efficiency of around 30%. The Brain: Primary Resuscitation Target Understanding the Irreplaceable Importance of Brain Resuscitation Terminal Brain Damage: After about 8 minutes without oxygen, the brain becomes irreversibly damaged. Continuous CPR: Minimize interruptions; pauses should not exceed 2 seconds, except when applying a defibrillator. Breath Timing: If giving breaths, allocate 2 seconds (1 second per breath) before resuming CPR. Effective Chest Compressions Key Techniques for Maintaining Brain Oxygenation Compression Rate: Aim for 100-120 compressions per minute to ensure adequate blood flow from the heart to the brain. Blood Oxygen Retention: Understand that there's approximately 6-8 minutes of retained oxygen in the bloodstream after the heart stops. Compression Cycle: Compress to empty the heart and fully release to allow the heart to refill; maintain an efficient cycle. Conclusion Crucial Understanding of CPR Objectives CPR, or Cardiopulmonary Resuscitation, hinges on delivering proper chest compressions to maximize blood flow to the brain, the most critical aspect of resuscitation. https://d3imrogdy81qei.cloudfront.net/video_images/7253/CPR_Introduction-01.jpg Yes 278 https://www.proals.co.uk/training/video/electric-suction-units-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4057.mp4 Electric suction units Electric Battery-Powered Suction Unit for Airway Management Introduction In this section, we will explore the electric battery-powered suction unit, its features, usage, and essential considerations for ensuring it works effectively during emergency situations. Key Features of the Suction Unit The electric battery-powered suction unit is a vital tool for airway management. Here are some key features to keep in mind: Portability: The unit is not permanently fixed to the ambulance and can be easily detached for use in various locations. Battery Monitoring: Regularly check the battery levels to avoid unexpected power depletion when needed. Canister: The unit contains a canister for collecting fluids, blood, or liquids suctioned from the patient. It includes a disposable sleeve for clinical safety. Suction Pipe: Ensure the suction pipe is securely in place to maximize suction efficiency. Suction Area: The top of the canister houses the suction area, which connects to the catheter for effective suction. Carrying Handle: Facilitates easy transport of the unit off the vehicle. Release Button: Located behind the carrying handle, it releases the unit from the wall for removal. Using the Suction Unit Proper operation of the suction unit is crucial. Follow these steps: Battery Check: Regularly inspect and test the battery levels to ensure it functions correctly. Vacuum Adjustment: The unit allows you to adjust the vacuum level according to the situation. Use lower suction for children or delicate areas and higher suction for severe airway occlusions. Power Controls: The unit features an on-off button for operation. Make sure it's functioning correctly. Cleaning and Maintenance After each use, follow these steps to maintain the suction unit: Clean and Sterilize: Thoroughly clean and sterilize the unit, including pipes and buttons. Restocking: Ensure the unit is restocked and ready for future use, including battery charging. Remember that cleanliness and readiness are paramount in emergency situations. Application Beyond Ambulances Suction units are not exclusive to ambulances; various healthcare settings use them. While the units may differ, the procedures for maintenance and readiness remain the same. Hospitals, nursing homes, dental offices, and care facilities all adhere to these essential practices. https://d3imrogdy81qei.cloudfront.net/video_images/7259/Electric_suction_units-01.jpg Yes 270 https://www.proals.co.uk/training/video/asystole-ils https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4165.mp4 Asystole Understanding Asystole: Causes and Treatment Exploring Asystole Asystole represents a critical cardiac condition where the heart experiences a complete cessation of electrical activity, resulting in a standstill. This condition necessitates prompt intervention and appropriate measures. Treatment Approach The primary course of action for addressing asystole involves the following key steps: 1. High-Quality Chest Compressions: Ensure continuous, effective chest compressions to maintain circulation. 2. Ventilation: Administer artificial ventilation to supply oxygen to the myocardium. These measures aim to oxygenate the heart muscle and potentially stimulate some degree of electrical activity that can support cardiac output. It's important to note that through effective CPR, asystole may occasionally transition into a different rhythm, such as ventricular fibrillation, which would require a distinct approach involving defibrillation. https://d3imrogdy81qei.cloudfront.net/video_images/7457/Asystole-01.jpg Yes 53 https://www.proals.co.uk/training/airway/video/oropharyngeal-airways-op-airways https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3628.mp4 Oropharyngeal airways (OP Airways) Introduction to Oropharyngeal Airways Understanding the correct use of an oropharyngeal (OP) airway can be pivotal when dealing with unconscious patients whose airways cannot be manually maintained. When to Use an OP Airway The OP airway becomes essential when manual methods to maintain a patient's airway prove to be ineffective or not feasible. Choosing the Correct Size The available sizes span from double zero to five. The correct size is determined by positioning the airway's end against the angle of the patient's jaw. Ideally, its flange should align with the incisors horizontally, indicating the appropriate size for the patient. Insertion Procedure Tilt the patient's head back to prepare for insertion. Invert the airway, ensuring it points towards the patient's hard palate. While inserting, once resistance is felt, revert and lodge the airway so that it aligns against the oropharynx and positions in the vallecula. This ensures the tongue doesn't obstruct the oropharynx, establishing a clear airway. Confirming Proper Function Post insertion, it's imperative to verify the airway's functionality. If the patient breathes, observe the chest's movement and listen for the sound of air passage to ensure its efficacy. Conclusion The oropharyngeal airway offers a crucial solution for unconscious patients. Correct size selection, proper insertion, and functional checks are vital to its effective application. https://d3imrogdy81qei.cloudfront.net/video_images/6453/Oropharyngeal_Airways-01.jpg Yes 118 https://www.proals.co.uk/training/airway/video/pocket-mask-advanced https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3629.mp4 Pocket Mask - Advanced Enhancing CPR Effectiveness with a Pocket Mask and Oxygen Introduction Improving CPR Efficiency Through Proper Ventilation Utilizing a Pocket Mask Simple Steps to Enhance CPR Accessibility: Ensuring the availability of pocket masks in hospital wards and crash trolleys. Ease of Use: The straightforward and user-friendly nature of pocket masks. Deployment: Retrieving the mask from its heart-shaped container, typically in a folded position. Proper Mask Placement: Positioning the mask with the pointy end over the patient's nose, then rolling it down to cover the mouth. Optimal Ventilation: Utilizing both hands to tilt the patient's head back and administer two inflations. Enhancing CPR Efficiency Maximizing CPR Effectiveness Through Oxygen Connection Oxygen Supply: Connecting the pocket mask to an oxygen supply for improved ventilation. Oxygen Content: Understanding that normal exhalation contains about 16% oxygen. Increased Oxygen: Elevating oxygen content closer to 100% by connecting to a 100% oxygen supply. Proper Oxygen Flow: Setting the oxygen supply at 15 litres per minute for optimal results. https://d3imrogdy81qei.cloudfront.net/video_images/6451/Pocket_Mask_-_Advanced-01.jpg Yes 114 https://www.proals.co.uk/training/airway/video/i-gel-airways-advanced https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3625.mp4 I-gel Airways Guide to Using the I-gel for Airway Adjuncts The I-gel is an advanced medical device used in situations where traditional airway maintenance techniques fail. This guide provides insights into its application and usage. When to Consider the I-gel The I-gel comes into play when standard airway adjuncts aren't effective, especially in cases that involve: Potential vomiting threats: This includes situations that pose a risk of choking. High-risk airways: Such as in pregnancies or poisoning scenarios, e.g. overdoses. Although the primary attempt should be made with an OPR nasopharyngeal airway, sometimes, a supraglottic airway is required when the former proves inadequate. Choosing the Right I-gel Size I-gels are weight-adjusted. For instance, a size four I-gel caters to individuals weighing between 50 to 90 kilograms. Ensure the size matches the patient's weight range for optimal efficacy. Preparation and Insertion Material Attributes: The I-gel's thermal plastic design makes it soft, enabling it to adapt to a patient's oropharynx shape once it reaches body temperature. Its inherent stickiness requires lubrication before use. Lubrication: Prior to insertion, lubricate the I-gel's back, avoiding the front. This ensures it fits over the larynx's opening seamlessly. Insertion Technique: Tilt the patient's head back, remove any previous inadequate airway device, and hold the I-gel like a pen. Direct the tip towards the mouth's hard plate, using your index finger to guide it backward and upward. The device should feel like it's slotting into place. Confirming and Securing the I-gel Once inserted, it's crucial to ensure the I-gel functions correctly: Confirmation: Attach a catheter mount, use a bag valve mask, and observe the chest's rising and falling movements. Further, use a stethoscope to verify the correct placement. Securing: Upon confirming its position and functionality, it's vital to secure the I-gel. Utilising tools like care bands can effectively keep the device in place. Conclusion The I-gel is an indispensable tool in advanced airway management. By following these guidelines, medical professionals can ensure the safety and wellbeing of their patients. https://d3imrogdy81qei.cloudfront.net/video_images/6459/IGEL-01.jpg Yes 223 https://www.proals.co.uk/training/airway/video/nasopharyngeal-airways-np-airways https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3627.mp4 Nasopharyngeal airways (NP Airways) Introduction to Nasopharyngeal Airways Nasopharyngeal airways, commonly referred to as NP airways, play a vital role in ensuring adequate breathing, especially when conventional methods aren't viable. When to Use an NP Airway Manual Limitations: If manual techniques to open a patient's airway prove insufficient. Multitasking: When there's a need to free one's hands to perform other tasks. Specific Cases: Particularly beneficial for patients experiencing fits or those with head injuries resulting in trismus, where teeth clenching prevents the use of an oropharyngeal airway. Selecting the Right Size The size of the NP airway is determined based on the nostril's size and, as a general rule, the diameter of the patient's little finger. Sizes vary, typically ranging from six to nine millimetres. For our subject here, we've chosen a number eight millimetre NP airway. Features and Insertion These airways possess a slight curve and a flange at the end, ensuring they remain securely outside the patient's nostril. Here's a step-by-step guide for insertion: Hold the NP airway in the right hand, aiming for the patient's right nostril. Exercise caution, especially if the patient has a head injury, due to potential fractures at the skull base. Begin by inserting it into the right nostril, moving upwards. Rotate and slide it downwards during insertion. Once correctly positioned in the oropharynx, a distinct airflow through the airway is noticeable. It's common to observe mucus or blood, so it's recommended to keep one's head tilted back during the process. Conclusion NP airways offer a reliable solution for ensuring patient breathing in challenging scenarios. Proper selection and careful insertion are key to their effectiveness. https://d3imrogdy81qei.cloudfront.net/video_images/6455/Nasopharyngeal_Airways-01.jpg Yes 117 https://www.proals.co.uk/training/airway/video/suction-overview-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4059.mp4 Suction Overview Airway Management and Suction Techniques The Vital Skill of Airway Management In this brief video presentation, we'll explore one of the most crucial skills in the realm of first aid, paramedicine, and medicine itself - airway management. Specifically, we'll delve into the topic of suction, covering its importance, benefits, proper techniques, and the array of equipment available for this critical task. Diverse Methods of Suction and Airway Clearance Suction and airway clearance encompass a range of approaches, from fundamental practices like the recovery position and postural drainage to single-use suction devices and advanced electronic suction units used by ambulance crews. Maintaining a clear and patent airway is of paramount importance in any situation. When a patient loses consciousness, the airway is often the first component to become obstructed, whether it's due to the tongue falling back, muscular blockages, or the ingress of substances like blood, vomit, or foreign objects. Ensuring prompt and effective airway clearance is the foundation of successful airway management. Using Suction Safely and Effectively While we've stressed the critical nature of suction and airway management, it's equally vital to employ the equipment correctly. Suction not only extracts fluids but can inadvertently draw air from the lungs, a situation to be avoided. Key considerations include: 1. Proper Airway Maintenance: Ensuring the airway remains open and unobstructed. 2. Cautious Suction Technique: Avoid over-insertion of the suction catheter and start with the simplest and quickest techniques. 3. Follow Guidelines: Whether you're a basic first aider using the recovery position or a healthcare professional with advanced suction equipment, adhere to established procedures and regulations designed to protect the patient and airway. Balancing Airway Clearance and Ventilation While clearing the airway is paramount, we must not forget the need for adequate ventilation. Suctioning should ideally take no longer than the time you can hold your own breath. After suctioning, it's imperative to re-ventilate the patient's lungs promptly. This ensures the lungs receive oxygen, vital for brain oxygenation. Remember, a clear airway is essential, but the patient must also breathe. https://d3imrogdy81qei.cloudfront.net/video_images/7243/Suction_Overview-01.jpg Yes 164 https://www.proals.co.uk/training/airway/video/course-summary- https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4803.mp4 Course Summary Completing Your Course and Taking the Test with ProTrainings Congratulations on completing your course! Before taking the test, review the student resources section and refresh your skills. Student Resources Section Free student manual: Download your manual and other resources. Additional links: Find helpful websites to support your training. Eight-month access: Revisit the course and view any new videos added. Preparing for the Course Test Before starting the test, you can: Review the videos Read through documents and links in the student resources section Course Test Guidelines No time limit: Take the test at your own pace, but complete it in one sitting. Question format: Choose from four answers or true/false questions. Adaptive testing: Unique questions for each student, with required section passes. Retake option: Review materials and retake the test if needed. After Passing the Test Once you pass the test, you can: Print your completion certificate Print your Certified CPD statement Print the evidence-based learning statement Additional ProTrainings Courses ProTrainings offers: Over 350 courses at regional training centres or your workplace Remote virtual courses with live instructors Over 300 video online and blended courses Contact us at 01206 805359 or email support@protrainings.uk for assistance or group training solutions. Thank you for choosing ProTrainings and good luck with your test! https://d3imrogdy81qei.cloudfront.net/video_images/8553/Course_Summary-01.jpg Yes 127 https://www.proals.co.uk/training/airway/video/mechanics-of-respiration https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4175.mp4 Mechanics of respiration Understanding the Mechanics of Respiration Nervous Control of Respiration Respiration relies on various factors coming together harmoniously. One crucial element is the presence of an intact nervous system that governs respiratory functions. In the brainstem, specifically the medulla oblongata, lies the inspiratory centre, acting like a switch, alternating between on and off states. During the on-phase, signals are sent through the phrenic and intercostal nerves to the diaphragm and intercostal muscles. This contraction elevates the ribcage and straightens the diaphragm, creating a negative pressure in the lungs, facilitating inhalation. This cycle continues with two seconds on and three seconds off. Mechanics of Respiration Another essential aspect involves the mechanical components of respiration, including the rib cage, intercostal muscles, and diaphragm. All these components must function correctly to facilitate breathing. Any injuries or trauma to the chest or diaphragm can disrupt this mechanical process, even if nervous control is intact, highlighting the need for a seamless connection between both aspects. The Role of the Environment Furthermore, the environment plays a pivotal role. It must contain oxygen and allow it to reach the alveoli in the lungs. Any obstructions, such as foreign bodies, mucus, vomit, blood, or physical barriers, can restrict airflow, potentially leading to respiratory arrest. Maintaining an open airway is crucial for proper respiration. Factors Affecting Respiratory Function Several factors can affect respiratory function, particularly the nervous control: 1. Drug Influence: Certain drugs, like heroin, can depress the respiratory centre, leading to a decreased respiratory rate. 2. Trauma and Injury: Trauma to the neck or spinal nerves can disrupt the communication between the brain and respiratory muscles, causing malfunction. 3. Mechanical Obstruction: Penetrating injuries or chest trauma can hinder the thoracic cage's ability to draw air into the lungs. Summary In summary, the process of respiration involves a complex interplay between nervous control, mechanical components, and environmental factors. Understanding this intricate system is vital for maintaining proper breathing and oxygenation of the cardiovascular system. For a visual representation of respiration, please watch the accompanying animation. https://d3imrogdy81qei.cloudfront.net/video_images/7485/Mechanics_of_respiration-01.jpg Yes 295 https://www.proals.co.uk/training/airway/video/manual-suction-units-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4058.mp4 Manual suction units Manual Suction Units for Airway Management Types of Manual Suction Units In this section, we will explore different types of manual suction units used for airway management. Each type has its advantages and considerations. Cleanable and Reusable Manual Suction Units While still effective, these reusable units require meticulous cleaning and sterilization. They are becoming less popular due to contamination risks and the need for proper maintenance. Important: Clean and sterilize these units thoroughly to prevent crew exposure to contaminants. One-Use, Disposable Suction Units These disposable units are cost-effective, straightforward, and convenient. They are used once and discarded, reducing contamination risks. There are two common types: Basic Disposable: Simple, low-cost, and effective for short-term use. Military-Grade Disposable: Sturdy and reliable, ideal for extended use without the risk of breakage. Tip: Even after the bag is full, the military-grade unit can be emptied and reused, but it will continuously drain. Using Manual Suction Units Proper usage of manual suction units is essential for airway management. Here's how to use them: Open the Airway: Tilt the head and lift the chin to open the patient's airway. Insert the Catheter: Insert the catheter only as far as you can see, in a sweeping motion for a short duration (ideally, no more than 10 seconds). Dispose of Disposable Units: Disposable units should be used for one patient only and then disposed of correctly. Note: Catheter size can be adjusted based on the specific task, and the military-grade unit can be emptied and reused. Considerations for Manual Suction Units Manual suction units play a vital role in airway management, but they require careful handling and maintenance. Remember these key points: Contamination Risks: Reusable units must be cleaned and sterilized to avoid contamination. Disposable Units: One-use disposable units reduce contamination risks and are cost-effective. Proper Disposal: Ensure correct disposal procedures, especially for disposable units. https://d3imrogdy81qei.cloudfront.net/video_images/7241/Manual_suction_units-01.jpg Yes 260 https://www.proals.co.uk/training/airway/video/course-introduction-basic-airway https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/6590.mp4 Course introduction Welcome to the ProTrainings Basic Airway Management Course This comprehensive course covers the essentials of managing an airway, the use of airway adjuncts, and suction techniques. Course Structure Throughout this course, you will: Watch a series of informative videos. Answer knowledge review questions. Complete a short final test. Flexible Learning You can start and stop the course as often as you like, returning to it exactly where you left off. Additionally, you have the flexibility to watch any of the videos again at any time during and after the course. The course is accessible on any device, allowing you to start watching on your computer and finish on your smartphone or tablet. Enhanced Viewing Experience You can pin the video to the top of your screen to read the accompanying text while watching. Subtitles are available by clicking the CC icon on the video. Supporting Materials Each page of the course includes text that elaborates on the subject covered in the videos. If you answer any questions incorrectly, additional help is provided. Certification and Validation After passing the test, you will receive a completion certificate, a certified CPD statement, and an evidence-based learning statement, all of which you can print. Your certificate can be validated by scanning the QR code printed on it. You can also save your certificate to your Apple Wallet for easy access. Resources and Support There are numerous resources and links available on the course homepage to support your training. Even after passing the test, you will have access to the course for eight months from the start date. We offer over 300 other video online courses for personal and professional development. If you are responsible for staff training in your workplace and need more information or company solutions, please contact us via email, phone, or our online chat facility. Ongoing Updates We continuously update our courses. Check back regularly to view new material. You can choose to receive a weekly email every Monday morning to keep your skills fresh and see any new videos added to the course. These emails also include news from our blog, and you can start or stop them at any time. Thank You and Good Luck We hope you enjoy the course and thank you for choosing ProTrainings. Good luck! https://d3imrogdy81qei.cloudfront.net/video_images/11806/course_introduction-01_(1).jpg Yes 139 https://www.proals.co.uk/training/airway/video/use-of-suction https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3655.mp4 Using a suction unit Using Electronic Suction Unit for Airway Management Setting Up the Electronic Suction Unit In this section, we will guide you through the process of setting up and using an electronic or battery-powered suction unit for airway management during emergencies. Preparing the Suction Unit: Start by removing the suction pipe from the unit and attaching it securely. Powering On: Turn on the suction unit to initiate the suction process. Adjust the suction strength as needed, especially in situations like cardiac arrest with airway occlusion due to fluids. Commencing Suction: Proceed to suction the airway efficiently and swiftly. Ensure that you only insert the suction catheter as far as you can see and use a sweeping motion. The goal is to clear the airway promptly. Using the Suction Catheter Utilizing the suction catheter correctly is crucial for effective airway clearance. Follow these steps: Airway Preparation: Open the patient's airway and maintain it using your palm. Catheter Insertion: Carefully insert the suction catheter into the back of the throat, only going as far as you can see. Efficient Suctioning: Begin suctioning with a sweeping motion, minimizing the duration to clear the airway swiftly. Remember that suction catheters vary in size and length, with specific purposes. Note that some catheters feature a notch to prevent solids from blocking the suction, making them suitable for fluids, blood, and small debris. Larger obstructions may require a catheter with a larger diameter. Tailor your choice to the situation, considering airway devices like OP or nasal airways. Special Considerations for Children When dealing with paediatric patients, be aware of their smaller, more delicate airways. Children's airways are prone to swelling and obstruction, and their anatomy differs from adults. Keep these factors in mind when performing airway management and suctioning. Cleaning and Disposal After completing suctioning and ensuring a clear and patent airway, follow these steps for cleaning and disposal: Emptying the Suction Pipe: Turn on the unit, detach the catheter pipe, and allow it to drain any residual fluid. Then, remove the pipe. Disposing of Bio-Hazardous Material: Place all used pipework and the canister, which contains potentially hazardous materials, into a bio-hazard bag for proper disposal. Unit Cleaning: Wipe down the suction unit, including all pipes and buttons, to eliminate any potential contamination. Sterilize the unit and components as needed. Always remember to wear gloves when handling bio-hazardous materials in real-life scenarios to ensure safety. https://d3imrogdy81qei.cloudfront.net/video_images/7239/Using_a_suction_unit-01.jpg Yes 255 https://www.proals.co.uk/training/airway/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.proals.co.uk/training/airway/video/managing-the-airway https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3626.mp4 Managing the airway Managing a Patient's Airway: Techniques and Tools Recognizing Airway Problems Before addressing airway management, it's crucial to identify whether an airway issue exists. Our ears play a vital role in this. Listen for abnormal sounds such as squeaking, rustling, or gurgling, as they may indicate an obstructed or impending airway problem. Basic Airway Techniques Let's explore simple yet effective techniques for opening a patient's airway using just our hands: 1. Mandible and Jaw Angle Identification: Start by locating the patient's mandible and jaw angle. Use this to open the mouth and check for obstructions. Remove any obstructions without pushing them further back. 2. Jaw Thrust Maneuver: If the airway remains partially obstructed, perform a jaw thrust maneuver. Place two fingers under the jaw angle and the heel of your hand on the cheekbone, then push the jaw forward to clear the tongue from the oral pharynx. 3. Triple-Airway Maneuver: If needed, employ the triple-airway maneuver by using your thumbs to open the mouth and tilt the head back. This is effective for partially occluded airways and provides a clear view into the oral pharynx. Using Suction Tools Various suction tools are available to clear obstructed airways, especially in cases involving vomit, blood, or saliva: 1. Handheld Suction Device: Utilize a handheld suction device to visualize the back of the airway. Insert the suction catheter down as far as you can see and suction for a maximum of 10 seconds to remove any obstructions. Clearing the airway results in quiet breathing. 2. Flexible Suction Catheter: This catheter is useful in moving vehicles where rigidity may cause soft tissue damage. It can also suction the nasal cavity and the inside of airway devices. 3. Hospital Suction Device: Hospitals often use vacuum pumps connected by tubing at the head end of the bed. While effective for various fluids, they can become easily occluded if the patient vomits. Remember to exercise caution and professionalism when performing airway management procedures. https://d3imrogdy81qei.cloudfront.net/video_images/6465/Managing_the_airway-01.jpg Yes 261 https://www.proals.co.uk/training/airway/video/bag-valve-masks-advanced https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3623.mp4 Bag Valve Masks Using the Bag Valve Mask for Effective Ventilation Introduction Ensuring Adequate Ventilation with the Bag Valve Mask Optimal Ventilation Technique Key Steps for Effective Ventilation Airway Adjuncts: Employing airway adjuncts to facilitate proper ventilation. Bag Valve Mask Capacity: Understanding that the mask's chamber holds approximately 1,200 millilitres of air. Controlled Ventilation: Emulating natural breathing patterns with gentle inhalation and slow exhalation. Preventing Epiglottis Closure: Ventilating in a manner that avoids epiglottis closure, which can redirect air into the stomach. Sealing the Mask: Using a "C" shape hand technique to achieve a secure seal around the patient's face. Proper Mask Placement: Placing the mask over the bridge of the nose and securing it with fingers over the mandible's hard bone. Ventilation Procedure Executing Ventilation for Optimal Results Head Position: Tilt the patient's head back to ensure a clear airway. Respiratory Rate: Maintain a normal respiratory rate for adults, typically once every five or six seconds. Monitoring Chest Movement: Observe the chest for rising and falling, confirming effective lung ventilation. https://d3imrogdy81qei.cloudfront.net/video_images/6449/Bag_Valve_Masks-01.jpg Yes 157 https://www.proals.co.uk/training/airway/video/electric-suction-units-als https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4057.mp4 Electric suction units Electric Battery-Powered Suction Unit for Airway Management Introduction In this section, we will explore the electric battery-powered suction unit, its features, usage, and essential considerations for ensuring it works effectively during emergency situations. Key Features of the Suction Unit The electric battery-powered suction unit is a vital tool for airway management. Here are some key features to keep in mind: Portability: The unit is not permanently fixed to the ambulance and can be easily detached for use in various locations. Battery Monitoring: Regularly check the battery levels to avoid unexpected power depletion when needed. Canister: The unit contains a canister for collecting fluids, blood, or liquids suctioned from the patient. It includes a disposable sleeve for clinical safety. Suction Pipe: Ensure the suction pipe is securely in place to maximize suction efficiency. Suction Area: The top of the canister houses the suction area, which connects to the catheter for effective suction. Carrying Handle: Facilitates easy transport of the unit off the vehicle. Release Button: Located behind the carrying handle, it releases the unit from the wall for removal. Using the Suction Unit Proper operation of the suction unit is crucial. Follow these steps: Battery Check: Regularly inspect and test the battery levels to ensure it functions correctly. Vacuum Adjustment: The unit allows you to adjust the vacuum level according to the situation. Use lower suction for children or delicate areas and higher suction for severe airway occlusions. Power Controls: The unit features an on-off button for operation. Make sure it's functioning correctly. Cleaning and Maintenance After each use, follow these steps to maintain the suction unit: Clean and Sterilize: Thoroughly clean and sterilize the unit, including pipes and buttons. Restocking: Ensure the unit is restocked and ready for future use, including battery charging. Remember that cleanliness and readiness are paramount in emergency situations. Application Beyond Ambulances Suction units are not exclusive to ambulances; various healthcare settings use them. While the units may differ, the procedures for maintenance and readiness remain the same. Hospitals, nursing homes, dental offices, and care facilities all adhere to these essential practices. https://d3imrogdy81qei.cloudfront.net/video_images/7259/Electric_suction_units-01.jpg Yes 270