Finding Hemo · Follow the Flow
See what happens when you give fluid.
A short guided activity on a virtual patient. Predict what a fluid bolus does to stroke volume, try it, and see why.
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Optional learning paths Suggested orders, nothing to unlock: open any lesson, case or topic directly.
IM essentials · Internal medicine and acute care
Normal pressures, cardiac output, fluid response versus tolerance, shock, and reliable wedge measurement.
See the 8 stepsany can be opened directly
- Chamber pressures and volumes Normal pressures
- Pressure and flow Cardiac output as pressure and flow
- Preload What a fluid bolus does
- C17 · Fluid response versus tolerance Fluid response versus tolerance
- Shock phenotypes Shock phenotypes
- C16 · Hemorrhage versus vasodilation Hemorrhage versus vasodilation
- Measurement Reliable wedge measurement
- C21 · Incorrect wedge Spotting an incorrect wedge
Cardiology foundations · Cardiology fellows and residents
The cardiac cycle, PV loops, loading conditions, contractility and diastolic properties.
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- The cardiac cycle The cardiac cycle
- Preload Preload on the PV loop
- Afterload Afterload
- Contractility Contractility
- The EDPVR Diastolic stiffness
- Relaxation Relaxation
- C05 · Stiff LV A stiff ventricle
- C06 · Dilated systolic failure Dilated systolic failure
Advanced hemodynamics · Fellows, advanced practice and educators
Ventricular interaction, provocation, mechanical support and structural interventions.
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- Ventricular interaction Ventricular interaction
- Exercise and provocation Provocation
- Ventilation and the circulation Heart–lung interaction
- Mechanical circulatory support: circuits and flow accounting Mechanical support circuits
- C27 · Distension on VA-ECMO Distension on VA-ECMO
- C28 · Weaning with two circuits Weaning with two circuits
- Structural interventions Structural interventions
- C29 · Valve intervention: now and later Valve intervention: now and later
Explore on your own 17 topic workspaces, 9 conditions and a full laboratory, one simulator.