Simulation — not for patient careVisual prototype (ECMO p0.6.19: the p0.6.2 to p0.6.18 corrections, plus a gas line in the picture that opens the gas-supply check, a replay of the stored samples in the debrief, and a read-only strip that shows the cockpit patient and the body-surface area derived from it when the cockpit shares one (display only: the model takes no body size), on top of a before and after table of each change in the debrief, a trend cursor that reads the stored samples, and the pump, oxygenator and cannulae in the picture as buttons that open their bedside checks, on top of the Try it panel (pump speed, sweep gas and FdO₂ dials whose linked answers from the model are explained beside them, with a guess-first step and tap or drag on their curves and on the H-Q chart), chart notes listed under the charts at phone width, debrief tables stacked at phone width, the focus on the clock after Start the case, a document type, a phone-width list of the scene labels, larger slider and link targets, a paused start card with a briefing before a case runs, a phone-width bedside strip that keeps the pump readings in view, and plain labels for which console controls act at once and which wait for Apply; the shared Sim / Learn / Deep teaching-layer preference and the carried learner role (owner decisions D8 and V1) are unchanged; none of these has itself been reviewed). The physiology is a small placeholder teaching model, labelled IMPLEMENTATION_HEURISTIC. It is not the CCL kernel and uses no vendor's curves.
ECMO LabCCL · 2.5D prototype
T+00:00
Scenario
ECMO console ecmo.*
Pump speed waits for Apply or Cancel. Sweep, FdO₂ and the buttons below act as soon as you release or press them, except while a decision holds the clock: then they are queued.
The clock is held for a decision: a change you make now is queued and takes effect when you continue the case. Gases, the echo, the probe and the circuit checks still work now.
Circuit check bedside · head to toe
Patient patient.* / therapy.*
In a case, the heart and lungs belong to the case; volume, vasoactive tone (SVR) and the ventilator are yours.
These sliders act as soon as you release them, except while a decision holds the clock.
View
Drag the scene to turn it. Reduced motion swaps the moving particles for static arrows.
Circuit on the patient radiological view: the patient's right is on screen left
These are the bedside checks from the list on the left, nothing more: press Check to look. Teaching model, not patient-specific, not for care.
The pump, the oxygenator and the two cannulae in the picture are buttons (dashed outlines): tap one, or Tab to it and press Enter, to open its bedside checks. The gas line beside the oxygenator is a fifth button: it opens the gas-supply check.
A measurement changes what you see. It never changes the patient.
Results gases and echo, stamped when taken
No gases drawn yet.
SaO₂ by region
Deep dive
Try it teaching model · not patient-specific · not for care
Why numbers read from the model
What changed
Change a control to see the deltas.
Pump H-Q generic teaching curve, not a device
Flow is where the pump curve meets the system curve. Afterload raises the system curve; RPM raises the pump curve.
LV schematic loop · VA teaching
Trends sim time · last 60 min
Tap or drag on the chart, or use the left and right arrow keys on the slider (Home and End jump to the ends, Escape clears), to read the values the trend stored at that moment. A reading is a stored sample, one every 15 simulated seconds. Teaching model, not patient-specific, not for care.
PaCO₂ moves over minutes after a sweep change. Saturations and pressures follow a change over seconds (a teaching placeholder: the model has no oxygen store; the time constants are proposals). Run the clock (5× or 15×) to watch.
Real world videos, images and simulators · links open in a new tab