When Better Pumps Hurt Blood: The Hidden Paradox in Heart Support Devices
A new computational study reveals that hydraulically efficient suction-type micro-axial heart pumps can inflict more blood damage than their discharge-type ...
A new computational study reveals that hydraulically efficient suction-type micro-axial heart pumps can inflict more blood damage than their discharge-type ...
Japanese physicians report using an axillary Impella 5.5 microaxial flow pump to stabilize a man in septic and cardiogenic shock ...
A case report describes how clinicians successfully resuscitated a Jehovah's Witness in cardiogenic shock using ECMO and a valve procedure ...
A small Mayo Clinic study finds that anticoagulant-free Impella purge solutions maintained device function during combined ECMO and Impella support, ...
Japanese surgeons report using combined veno-venous ECMO and a directly implanted Impella 5.5 pump to enable emergency mitral valve replacement ...
Surgeons in Osaka report using a staged biventricular assist device strategy to keep a toddler with Barth syndrome alive long ...
A Japanese case report shows that an abrupt decline in HeartMate 3 pump flow can be the earliest warning of ...
A Japanese study of 127 HeartMate 3 recipients found that a preoperative body surface area below 1.43 square meters strongly ...
In a groundbreaking study published in 2026, researchers led by Zolala et al. unveil a novel technique known as magnetostatic ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine