Tidal
Mechanical ventilation
A physics-based ventilator driven by the equation of motion: live pressure, flow and volume waveforms, loops, holds and blood gases — with dyssynchrony that emerges from the model rather than a script.
Free, open-access teaching tools for pulmonary and critical care.
A physics-based ventilator driven by the equation of motion: live pressure, flow and volume waveforms, loops, holds and blood gases — with dyssynchrony that emerges from the model rather than a script.
A life-size 3D thorax you can survey from outside or fly through from inside the lumen — the bronchial tree to the segmental level, five lobes, great vessels and the full IASLC node map.
Float a Swan–Ganz catheter from the right atrium to the wedge and watch the pressure tracing change at every chamber, then read classic hemodynamic cases by sight and by the numbers.
ICU critical-care billing, RVUs and ICD-10/DRG capture, plus outpatient pulmonary-clinic E/M, teaching-physician and procedure billing.