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Practical applications for end-tidal CO2

In this second part of the End-Tidal lecture from ResusX:ReVolved (see the link below for more videos), Dr. Max Hockstein delves into various cases, challenging viewers to diagnose based on 15-second waveform observations. From the Curare Cleft revealing ventilator dyssynchrony to the Low Cardiac Output state resembling a cheap A-Line, each case provides critical insights. The Aspirational waveform hints at the Return of Spontaneous Circulation or sodium bicarbonate administration, while the Endotracheal Tube Dislodgement showcases a drastic shift from a normal to a fibrillation-like waveform, demanding immediate attention. The Pigtail highlights poor compliance, often seen in conditions like Acute Respiratory Distress Syndrome. Hockstein further discusses scenarios like Endotracheal Tube Cuff Deflation, Obstruction's shark fin appearance, Emphysema's counterintuitive tracing, Single Lung Transplant nuances, Mechanical Obstruction's impact on both phases, and finally, Cardiogenic Oscillations revealing insights into Cardiomegaly. The engaging and informative session concludes, leaving viewers with a deeper understanding of End-Tidal waveforms in critical care scenarios. 00:03 Introduction to End-Tidal Act 2 00:16 Case 1: Understanding the Curare Cleft 01:26 Case 2: Low Cardiac Output and its Effects 02:19 Case 3: The Aspirational Waveform 03:11 Case 4: Endotracheal Tube Dislodgement 03:58 Case 5: The Pigtail or Phase 4 04:53 Case 6: Endotracheal Tube Cuff Deflation or Pneumothorax 05:56 Case 7: The Shark Fin Appearance of Obstruction 07:07 Case 8: Emphysema and its Counterintuitive Tracing 08:05 Case 9: Single Lung Transplant 09:01 Case 10: Mechanical Obstruction 09:43 Case 11: Cardiogenic Oscillations 10:20 Conclusion To watch more videos from the ResusX:ReVolved conference, check out https://www.resusx.com/get-revolved-a... Hashtags: #CriticalCare, #EmergencyMedicine, #EndTidalWaveforms, #VentilatorDyssynchrony, #LowCardiacOutput, #MedicalCases, #DiagnosisChallenge, #CardiacOutputAugmentation, #RespiratoryDistressSyndrome, #ObstructionPatterns, #EmphysemaInsights, #SingleLungTransplant, #MechanicalObstruction, #CardiogenicOscillations, #MedicalConferenceInsights