Physiology Personified
Dr. Jon-Emile Kenny is an award-winning physician and well-respected man about town; he describes himself as 60% water, 30% carbon-containing biomolecules and 10% stern-looks.
Dr. Kenny is happiest by the ocean, with a friendly canine or when watching playoff hockey.
His website, HEART-LUNG.ORG is a homage to ICU physiology, and he has spent many hours on this one.
He takes nerd-cool to a new level. 8 levels in fact – 8 comprehensive and free Chapters.
If you’re trying to learn PHYSIOLOGY, if you have STAMINA and you like FOAMcc videos, then THIS IS FOR YOU.
Chapter 1: Mechanics of Ventilation
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[accordion title=”A: Static Respiratory Pressure” id=”acc-1″]
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[accordion title=”B: Dynamic Respiratory Pressure” id=”acc-2″]
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[accordion title=”C: Work of Breathing” id=”acc-3″]
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[accordion title=”D: Mechanical Ventilation” id=”acc-4″]
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[accordion title=”E: Auto-PEEP” id=”acc-5″]
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Chapter 2: Cardiovascular Physiology
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[accordion title=”A: Venous Return” id=”acc-1″]
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[accordion title=”B: Cardiac Function” id=”acc-2″]
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[accordion title=”C: Integration of cardiovascular & cardio-respiratory phys” id=”acc-3″]
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Chapter 3: Heart-Lung Interactions in Health
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[accordion title=”A: Lung Volume Effects” id=”acc-1″]
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[accordion title=”B: Effects of Decreased Intra-Thoracic Pressure” id=”acc-2″]
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[accordion title=”C: Effects of Spontaneous Ventilation” id=”acc-3″]
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[accordion title=”D: Effects of Increased Intra-Thoracic Pressure” id=”acc-4″]
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[accordion title=”E: Effects of Intermittent Positive Pressure Ventilation without PEEP” id=”acc-5″]
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Chapter 4: Heart-Lung Interactions in Sickness
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[accordion title=”A: Ventilation as Exercise” id=”acc-1″]
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[accordion title=”B: Obstructive airways disease” id=”acc-2″]
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[accordion title=”C: Systolic heart failure” id=”acc-3″]
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[accordion title=”D: ARDS” id=”acc-4″]
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[accordion title=”E: Cirrhotic endotoxemia” id=”acc-5″]
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Chapter 5: Physiology of Extubation Failure
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[accordion title=”A: Obstructed lung physiology” id=”acc-1″]
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[accordion title=”B: Congested lung physiology” id=”acc-2″]
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Chapter 6: The Central Venous Pressure
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[accordion title=”A: Measurement” id=”acc-1″]
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[accordion title=”B: Determinants” id=”acc-2″]
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[accordion title=”C: Dynamic Assessments” id=”acc-3″]
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[accordion title=”D: CVP and the IVC” id=”acc-4″]
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Chapter 7: The Pulmonary Artery Catheter
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[accordion title=”A: The anatomy of the pulmonary artery catheter” id=”acc-1″]
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[accordion title=”B: The central venous pressure re-visited” id=”acc-2″]
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[accordion title=”C: Pulmonary artery pressure and pulmonary vascular resistance” id=”acc-3″]
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[accordion title=”D: Pulmonary artery occlusion pressure & pulmonary capillary pressure” id=”acc-4″]
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[accordion title=”E: Cardiac output & trouble-shooting” id=”acc-5″]
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Chapter 8: Dynamic Means of Cardiovascular Monitoring
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[accordion title=”A: Functional hemodynamic monitoring” id=”acc-1″]
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[accordion title=”B: Dynamic LV output and pulse pressure variation in passive ventilated pt” id=”acc-2″]
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[accordion title=”C: Caveats to 8B!” id=”acc-3″]
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[accordion title=”D: Spontaneous inspiration and pulse pressure variation” id=”acc-4″]
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[accordion title=”E: Pulse pressure variation in the ventilated pt with inspiratory effort” id=”acc-5″]
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[accordion title=”F: Assessment of the vena cava” id=”acc-6″]
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[accordion title=”G: Passive Leg Raise” id=”acc-7″]
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