CIRCULATION STUDIO FIELD GUIDE
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How the model works
Calculation order, equations, interactions, waveform generation and explicit assumptions.
Reference ranges, color emphasis & intervention warnings
Normal ranges and illustrative alerts are separate from clinical diagnosis.
Rendering, clocks, scales & inspection
How smooth drawing stays separate from the physiological calculation.
Reperfusion, decompression & valve endpoints
Successful procedures remove a selected lesion while retaining other disease.
Respiration & ventricular interdependence
One respiratory description coordinates timing, pressure shifts and pulse variation.
Rhythm schedules, atrial timing & mechanical output
Electrical events and pulse strength share a reproducible beat schedule.
Sedation, sympathetic reserve & respiratory depression
Five infusion snapshots affect circulation and spontaneous ventilation.
Shunt network, Qp/Qs & oxygen mixing
ASD, PAPVR, VSD, PDA and unrepaired TOF use distinct flow-path assumptions.
Structural Heart: anatomy, repair & mechanics
Synthetic and image-informed valve mechanics, local volume inspection and image-derived geometry: methods and limits.
Teacher and Student live sessions
A teacher-owned state is rendered on separate student devices.
Valve severity, gradients & regurgitant flow
How stenosis, regurgitation and prolapse alter pressure and volume.
Vasoactive, volume & rate-drug interactions
Effects are applied to flow, vascular resistance, filling and contractility together.
Ventilator mechanics & breath generation
A bounded single-compartment respiratory model drives pressure, flow and volume.
Wiggers, cycle timing & gradient overlays
ECG, pressure, volume and annotations follow a shared cardiac cursor.