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Paul Wischmeyer MD

@Paul_Wischmeyer36,758 subscribers

#Nutrition #ICU #Exercise Physician-Researcher, Professor at DukeMedSchool, Passionate About Patient Recovery!, #Dancer, #ICU & #IBD Survivor, #Ostomy, Dad

Shorts

🫁 Airway/Laryngeal anatomy #MedEd #MedTwitter #FOAMed #SCCM #FOAMcc #SCCMSoMe Brilliant video from The Innovation | Medicine

🫁 Airway/Laryngeal anatomy #MedEd #MedTwitter #FOAMed #SCCM #FOAMcc #SCCMSoMe Brilliant video from The Innovation | Medicine

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What would you do if you saw this in the intestine? #GITwitter #Medx

What would you do if you saw this in the intestine? #GITwitter #Medx

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❓Do your ECMO patients ride bikes? ❓What amazing things do your patients do on ECMO or on ventilator? This should be standard of care at all hospitals 🏥! This is amazing Marco a 9 y.o. cancer🎗️survivor waiting for lung top! See his amazing mom & page! Graziella Hannan #ecmo #ICUrehab #FOAMcc #PhysicalTherapy #MedEd #MedX Heidi Engel, PT, DPT Kate Tantam (She/her) WesElyMD Hopkins ICU Rehab Justyna Swol MD • ECMOdaily

❓Do your ECMO patients ride bikes? ❓What amazing things do your patients do on ECMO or on ventilator? This should be standard of care at all hospitals 🏥! This is amazing Marco a 9 y.o. cancer🎗️survivor waiting for lung top! See his amazing mom & page! Graziella Hannan #ecmo #ICUrehab #FOAMcc #PhysicalTherapy #MedEd #MedX Heidi Engel, PT, DPT Kate Tantam (She/her) WesElyMD Hopkins ICU Rehab Justyna Swol MD • ECMOdaily

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🏋️‍♀️ Incredible weightlifting ICU Bed brings the gym to the patient. Thoughts? Who would want one for their hospital ICU? #FOAMcc #ICURehab #SCCMSoMe #ICU Stuart Phillips (he/him)

🏋️‍♀️ Incredible weightlifting ICU Bed brings the gym to the patient. Thoughts? Who would want one for their hospital ICU? #FOAMcc #ICURehab #SCCMSoMe #ICU Stuart Phillips (he/him)

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Videos

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🙋‍♂️This video shows a modified Valsalva maneuver being used in the emergency treatment of stable SVT 🫀(supraventricular tachycardia)! Learn more👇 This awesome ER team was able to temporarily convert a stable paroxysmal SVT back into sinus rhythm! This is a beautiful example of how manipulating nervous system & leveraging physiology can be used as a simple, cost-free treatment. So, how does it work: The modified Valsalva can be divided into 3 phases: * Phase 1: Increasing intrathoracic pressure: At beginning of video, you’ll see patient perform a standardized ‘strain’ (blowing into a 10mL syringe) for about ~15 seconds while sitting up or in a semirecumbent position. Bearing down like this contracts thoracic & abdominal muscles & causes a drop in blood flow back to the heart (decreased preload) & brain. This drop stimulates baroreceptor reflex & compensates by triggering the sympathetic nervous system (stress response) in an attempt to raise BP, cardiac output & peripheral vascular resistance. * Phase 2: Dropping intrathoracic pressure: After the ~15 second strain, just prior to being laid flat (or simultaneously), patient will stop blowing into syringe, this causes pressure in thorax to suddenly decrease, subsequently increasing blood flow back to heart & increasing preload-> leading to opposite of phase 1: a compensatory increase in parasympathetic (vagal) activity aimed at decreasing heart rate + increasing relaxation response. * Phase 3: Laying flat & raising legs to 45 degrees: This postural modification causes more blood flow back to heart, leading to increase in stroke volume & cardiac output. Causing further vagal - parasympathetic - stimulation, which compensates for these changes by telling body to decrease the heart rate (SA node) -> this can convert patient back into sinus rhythm! Credit: Brazil Med Team Credit:@medspired #nutrition #nutrição #nutricion #dietitian #nurse #nursingstudent #medicine #mbbs #science #biology #medstudent #health #nutrologia #meded #valsalva #svt #cardiology

Paul Wischmeyer MD

99,724 просмотров • 1 год назад

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Wrong shock ⚡️ How many mistakes were made here?❓Tell me what you find wrong with this. 🙋‍♂️ I’ll start: ✅ Basic CPR training step 1 — It’s vital to carefully assess patient for responsiveness and normal breathing before initiating CPR. 😨 Seems like common sense, but performing CPR & ACLS on someone with a pulse or who doesn’t need it potentially cause harm to individual. It leads to physical injuries, psychological distress, wasted time, and potential legal consequences. 🔎 Specifically, CPR and defibrillation, while lifesaving, come with risks. During CPR, common risks include rib and sternal fractures due to the force of chest compressions, particularly in older adults. These fractures can lead to lung injuries, such as pneumothorax (collapsed lung), or internal organ damage, including to the liver and spleen, potentially causing internal bleeding. Incorrectly performed compressions may also reduce blood flow to vital organs. Defibrillation, used to restore normal heart rhythms, can cause burns to the skin from electrode pads or paddles. Misuse of the defibrillator, such as shocking a patient without a shockable rhythm, can further harm the heart. There’s also a risk of accidental shock to rescuers or bystanders if proper safety precautions aren’t followed. Both procedures, while vital, must be executed carefully to minimize these risks. ❗️Don’t fight the victim! 🙋‍♂️Always follow ACLS Guidelines and be sure to take a good CPR class! Thanks to Medical Motivation for this amazing video and they are a must follow! Please DM for credit or removal. For educational purposes only and no copyright issue intended. #cpr #acls #FOAMcc #cardiacarrest #icu #criticalcare #icunurse #anesthesia #anesthesiology #nurse #medicine #mbbs #medstudent #health #meded #sccm #sccmsome

Paul Wischmeyer MD

90,482 просмотров • 1 год назад

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