NHS England’s Post

If you are coming in for a cardiac stress test, there’s a lot to know! EKG stress tests will show how well your heart functions under pressure. On a treadmill or bike, you would be connected to an EKG while gradually gaining speed and incline/resistance. Results can show underlying coronary artery disease, arrhythmia, need for medications and more. A nurse practitioner from the U-M Health Frankel Cardiovascular Center shows you what to expect. #cardiology #HeartMonth #stresstest #EKG #GoBlue #stress #hearthealth #hearthealthy

Cardiac arrest, also known as cardiopulmonary arrest, is a medical emergency where the heart suddenly stops beating or functioning properly. This can lead to inadequate blood flow to the brain and other vital organs, causing damage or even death if not treated promptly. Management of cardiac arrest involves: 1. Call for help _Call 911 or your local emergency number immediately. 2. Start CPR _Begin chest compressions and rescue breaths according to CPR guidelines. 3. Defibrillation _Use an Automated External Defibrillator (AED) if available and follow its instructions. 4. Medications _Administer medications like epinephrine, vasopressin, or amiodarone as directed by medical professionals. 5. Advanced life support _Provide advanced life support measures, such as cardiac monitoring, oxygen therapy, and medication management, under medical direction. 6. Post-resuscitation care _After restoring cardiac function, provide ongoing care to manage potential complications and ensure patient stability. _Remember, prompt action and effective CPR are crucial in saving lives during cardiac arrest. #Cardiacarrest #Emerganymanagement #Sobiakamran

🧠 CT-scans may often be stressful for patients and stretch healthcare resources. Yet for years, most patients with mild Traumatic Brain Injury (mTBI) have undergone scans in the Emergency Department. Why? To check for intracranial lesions (ICL), which are rare but sometimes serious in mTBI. 📢VIDAS® TBI (GFAP, UCH-L1) changes the game! By simultaneously testing 2 brain #biomarkers released after the injury, it safely rules out ICL and objectively determines if a CT-scan is necessary. "VIDAS® TBI (GFAP, UCH-L1) enables an objective, accurate answer for mTBI management to help clinicians perform fast, efficient ED triage with confidence, optimizing CT-scan usage and improving the standard of patient care," says Mark Miller, Executive Vice President, Chief Medical Officer, #bioMérieux. 🔔Find out more on how "VIDAS® TBI (GFAP, UCH-L1) works to improve mTBI patient management!  Link: https://lnkd.in/dsmysB2s #WorldHeadInjuryAwarenessDay #PioneeringDiagnostics

The Berlin Heart is a ventricular assist device (VAD) designed to provide mechanical support for critically ill patients suffering from severe heart failure. While it is not considered a permanent solution to heart failure, it does act as a bridge to either heart transplant or recovery. Since Berlin Hearts come in such varying sizes, they can be used in people of all ages, including children, infants, and even newborns. The Berlin Heart uses pneumatic pressure to circulate blood. The pump can be used for the right or left ventricles alone, or as a bilateral VAD. What device type is used will depend on the needs of the individual patients. In order to be placed on a Berlin Heart, the patient will have cannulas (tubes) placed in their heart and main artery (either the aorta, pulmonary artery, or both, depending on the type of VAD being placed). While this is happening, the patient will be placed on bypass, and then transitioned to the Berlin Heart. The operation typically takes between 4 to 8 hours but may take longer. Since the Berlin Heart is so compact and is controlled remotely, patients are not confined to their beds when on the Berlin Heart and stable.  Patients are able to move around and engage in some regular activities. For more information on the Berlin Heart and how they work, check out this video: https://lnkd.in/dEFNd6c — www.williamswardrobe.org

HEART ATTACK vs CARDIAC ARREST: DID YOU KNOW THE DIFFERENCE? It may surprise you to learn today that a heart attack is not when someone is holding their chest and gasping for breath. It is not when a man trips and slumps. In fact, a heart attack often happens without the sufferer knowing. Cardiac arrest (not a heart attack) is what comes with the drama: when a man holds his chest due to pain, gasps for breath or slumps. The heart no longer pumps blood and the brain suffers a lack of oxygen leading to a coma. When a heart attack happens, the man or woman would still feel healthy and happy. The signals often aren't strong, but the heart muscles become damaged and dead because blood supply has been blocked by a blood clot. When you join the Point of Care Testing Certification Programme, we give you the skill and diagnostic technology you can use everyday to help millions of unsuspecting adults, especially men, detect heart attack and prevent cardiac arrest long before it happens. You'll be glad you can help others (and yourself!) live 20 years longer, healthy and happy. There are many more things you will learn about healthcare delivery in the modern era. Please forward this educative post to your friends, colleagues and professionals groups. Batch 4.0 enrollment is ongoing for 125,000 naira. Classes start 15th February. See you in class! But what if you cannot meet up with the Batch 4.0? Well, in 2024, we are running 4 different batches and you can plan and pay to join any of them. We have Batches 4.0 starting in February, 5.0 starting in May, 6.0 starting in August and 7.0 starting in November. For more enquiries, reach out to 0902 681 2248 via Whatsapp

**Unlocking the Potential of Palliative Care in Heart Failure: A Paradigm Shift** Did you know that integrating palliative care into the management of heart failure can significantly enhance the quality of life for patients? Amidst our relentless pursuit of groundbreaking medical interventions, it's crucial to remember that comprehensive patient care extends beyond traditional treatments. The journey toward incorporating palliative care into heart failure treatment plans is not just about managing symptoms but also about addressing the holistic needs of patients and their families. It involves careful coordination between various healthcare professionals to ensure that both the physical and emotional aspects of heart disease are treated with sensitivity and compassion. Through my experiences at Yale School of Medicine, I've witnessed firsthand the transformative power of palliative care in heart failure. By fostering open lines of communication, setting realistic health goals, and providing emotional support, we can offer a beacon of hope to those navigating the complexities of advanced heart disease. Let's champion a shift towards integrating palliative care in heart failure management. By doing so, we not only improve outcomes but also honor the dignity and wishes of our patients at every stage. Together, we can redefine what it means to provide truly holistic and compassionate cardiac care. #HeartFailure #PalliativeCare #Cardiology #PatientCare

According to new research shared by The British Heart Foundation, monitoring changes to blood pressure over time could identify patients at greatest risk of stroke. The team in charge of the study is calling for medical guidance to change to reflect their findings. Bryan Williams, Chief Scientific and Medical Officer, at The British Heart Foundation, shared: “The study suggests that monitoring blood pressure variability could be a vital addition to routine health checks, helping to spot patients who remain at risk despite appearing to have well-controlled blood pressure.” We fully support this call for change, as we deliver excellence in stroke care through our software which is proven to improve patient outcomes by ensuring strokes are identified sooner, supporting clinicians to deliver evidence-based stroke care. Read the full article here 👉 https://lnkd.in/e8fMzH46 #strokeawareness #strokeresearch #healthdata

🧠 Traumatic brain injuries (TBIs) are more common than you might think, with millions admitted each year. The new FDA-cleared VIDAS® TBI assay detects brain biomarkers up to 12 hours post-injury, potentially reducing unnecessary CTs and speeding up care. ⏳ 🔗 Learn more: bit.ly/3Y4SU1x #TBI #EmergencyMedicine #InnovationInHealthcare #PioneeringDiagnostics

QUESTION OF THE DAY! 📚🧠 During a resuscitation attempt for a 60-year-old female in cardiac arrest, you have successfully addressed a tension pneumothorax. However, the patient remains in PEA. You are reviewing the other potential reversible causes. Which of the following is one of the H's and T's of ACLS that should be considered next in this scenario? A) Thrombocytopenia B) Hypoxia C) Hypothyroidism D) Hyperglycemia Explanation: 💉Hypoxia is one of these key reversible causes and should always be considered, especially after addressing other obvious issues like a tension pneumothorax. Ensuring adequate oxygenation is a critical component of resuscitation efforts. 🩺Hyperglycemia, while important to manage, is not typically a direct cause of cardiac arrest. 🩺Hypothyroidism, though it can have cardiovascular effects, is not a standard consideration in the immediate management of cardiac arrest. 🩸 Thrombocytopenia is not directly related to the common reversible causes of cardiac arrest as outlined in the H's and T's. Answer: B #paramedic #emt #nremt