Cardiogenic Shock (CS) is a medical emergency with a mortality rate of 50-60%.¹ Patients with CS experience a series of disturbances in blood flow, pressure, and resistance that lead to the need for circulatory support. For heart failure patients who survive the initial CS crash and are salvaged, the key question becomes what comes next.
Today, Impella 5.5 is often used for post-salvage stabilization. While Impella 5.5 may be effective for initial stabilization, its mechanical bearings, purge system, external hardware, and ICU-dependent monitoring keep patients ICU-bound and non-dischargeable.
The current gold standard may work for some CS Acute Myocardial Infarction (AMI) cases, where support needs may resolve within weeks. However, it is a poor fit for many CS-HF patients who want to get out of the hospital and back to life and are facing more long-term support needs. For these patients, Hemoglide has been designed to be the answer.

This figure from the Society for Cardiovascular Angioplasty & Intervention (SCAI) shows that in-hospital mortality and long-term mortality rates of CS are both very high.² We expect the Hemoglide VAD to provide both survival and quality of life benefits to patients who are primarily in shock stages C and D.
Keeping the patient alive through CS.
Restoring hemodynamics and protecting end-organ function.
Enabling continued recovery, ambulation, and safer step-down care.
Discharge eligible patients out of the hospital as soon as they are ready.
C2D heart failure is a progression from having structural heart disease with current or previous heart failure symptoms (Stage C) into experiencing symptoms that disrupt daily activities and may require hospitalization (Stage D).⁴ The current standard of care for these patients is for them to be ambulatory and homebound on IV inotropes.
These patients are a large later-stage market opportunity with a modified access and cannulation strategy.
This is a smaller market, but will have high impact where size truly matters. This would involve the same pump housing and profile with a modified rotor that would circulate between 0.5 to 1.5 L/min of blood.⁵
This is a longer-term market goal to provide support for these patients. Hemoglide would likely be enabled by a wireless energy and data transfer system.
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