INNOVATION DROP: The Complete MCS Ecosystem is Live on H-SIM, Impella and IABP Mode
- Luke Gracia
- 11 minutes ago
- 2 min read
When managing severe cardiogenic shock with Veno-Arterial (VA) ECMO, clinicians face a critical physiological hurdle: Left Ventricular (LV) Distension.
While VA-ECMO provides vital systemic perfusion, its retrograde arterial flow pushes directly against a failing left ventricle. This increased afterload can cause the heart to stretch, stall, and fill with stagnant blood—leading to pulmonary edema, myocardial ischemia, and halted cardiac recovery.
To overcome this, modern ICUs turn to dual-device Mechanical Circulatory Support (MCS) strategies designed to unload the ventricle:
Impella (The ECPELLA Configuration): Actively venting the LV by pulling blood directly from the ventricle and pumping it into the aorta.
Intra-Aortic Balloon Pump (IABP): Reducing LV afterload during systole while augmenting coronary perfusion during diastole.
Until now, simulating the delicate, live interplay between these devices and an ECMO circuit required static scripts or separate training stations. That changes today.
Introducing the Complete MCS Ecosystem on H-SIM
We are proud to launch Impella Mode and IABP Mode—integrated directly into the H-SIM physiological engine. Powered by Flow-Sync, your team can now rehearse true, adaptive multi-device management on a single, responsive platform.
IMPELLA MODE | Unload the Ventricle. Watch it Recover.
Run Impella alongside ECMO — the ECPELLA configuration — and rehearse left-ventricular unloading in real time.
Trainees titrate P-levels against ECMO flow, balance afterload reduction against systemic support, and read suction and position alarms before they become harm. As the LV decompresses, Flow-Sync recalculates pulmonary pressures and myocardial loading live — so the physiology of recovery, and of weaning, is felt, not described.
IABP MODE | Time the Balloon. Read the Augmentation.
Drive intra-aortic balloon counterpulsation directly on the arterial waveform — inflation in diastole to augment coronary and systemic perfusion, deflation in systole to drop afterload and ease LV ejection.
With VA-ECMO running, trainees rehearse the haemodynamic interplay of pump and balloon, dial in timing, and diagnose early- and late-inflation errors from the trace alone. Every timing change moves pulsatility, augmentation, and coronary flow in real time.
AVAILABLE NOW ON THE NEW UPDATE
Because when the moment comes, a patient’s life is on the line.
At the end of every simulation scenario, every P-level adjustment, and every waveform timing tweak isn't just a line on a screen—it’s a real human being fighting for survival.
When a patient enters acute cardiogenic shock, there is no room for trial and error. The ultimate beneficiaries of high-fidelity simulation aren't just the trainees; they are the patients who depend on a clinical team operating at the absolute peak of their expertise.
Extensive, uncompromised training ensures that when clinicians face complex dual-device therapy at the bedside, hesitation is replaced with instinct, errors are caught before they cause harm, and every decision is driven by experience.
By bringing Impella Mode and IABP Mode to your simulation suite, you give your trainees the exact, live physiology they need to master the hardest skills in ECLS—putting them in the absolute best position to deliver life-saving care when every second counts.
Equip your team. Elevate your care. Save lives.
Both Impella Mode and IABP Mode are live in the latest release on H-SIM.
Update your H-SIM app now—because better training today means more lives saved tomorrow.
Comments