00:09

Blood velocities during one cardiac cycle of a VAD-assisted left ventricle

00:11

IL-6/sIL-6R spiked perfusion at low shear with physiological shear history

00:23

Thrombosis at low local shear (310 - 670 s-1) with physiological shear history

00:23

Thrombosis at high local shear (3100 - 6700 s-1) with physiological shear history

00:11

IL-6/sIL-6R spiked perfusion at low shear with pathological shear history

00:23

Thrombosis at low local shear (310 - 670 s-1) with pathological shear history

00:11

IL-6/sIL-6R spiked perfusion at high shear with pathological shear history

00:23

Thrombosis at High Local Shear (3100 - 6700 s-1) with Pathological Shear History

02:42

Thrombi Tracking in Hemofoil

00:23

Visualization of Red Blood Cell Entrapment in Thrombi

54:20

"Fall Down Seven Times, Get up Eight" personal retrospective of artificial heart: 1981 - 2023

06:12

The Making of the Streamliner Maglev Ventricular Assist Device - KDKA News, 1998

04:39

Heart Hope for Kids and PediaFlow Heart-Assist for Congenital and Acquired Pediatric Heart Failure

02:31

The Streamliner Artificial Heart of the Future

02:25

von Willebrand Factor unfolding mediates platelet deposition in a model of high-shear thrombosis

00:57

Platelet deposition and embolization on a Ti-alloy surface (Ra=0.3 microns, shear rate=5500 s-1)

00:31

Platelet deposition and embolization on a Ti-alloy surface (Ra of 0.8 microns, shear rate 5500 s-1)

00:29

Simulated platelet deposition in a micro-crevice: The effect of substrate material and shear rate

00:28

Simulated platelet deposition in a micro-crevice: The effect of crevice width and shear rate

01:56

Analysis of platelet deposition on roughened titanium surfaces

01:21

Channel Edge Effects on Platelet Deposition on Roughened Surfaces

00:36

Platelet Deposition on a Collagen-functionalized Surface in a Microfluidic Device

00:46

Platelet Deposition on a Titanium Surface with a Microcrevice

00:26

The Effect of ADP on Platelet Deposition in a Microfluidic Device

10:52

Novel Flushed Bearing Design Mitigates Thrombus Formation in Vivo and in Silico

05:00

In Vitro Characterization of Ingested and Ejected Thrombus from the HM3&HVAD High-Speed Videography

00:29

High-Speed Visualization of Ingested and Ejected Thrombus in the HeartMate 3 LVAD

00:17

High-Speed Visualization of Ingested and Ejected Thrombus in the Heartware HVAD

00:46

High-Speed Visualization of Ingested Thrombus near Outlet region of HeartMate II LVAD (Region 2)

00:06

High-Speed Visualization of Adherent Thrombus near Inflow Straightener of HeartMate II LVAD

05:19

Accounting For vWF In A Multi-scale Thrombosis Model Under High Shear Rate Conditions: PFA-100®

04:46

Simulated Thrombosis Patterns in HVAD Depend on Axial Clearance Gap and vWF Activity

00:58

Cardiovascular Simulator Mechanical Circulatory Support 2.0

00:36

Cardiovascular Simulator Mechanically Assisted Circulation

00:10

High Speed Flow Visualization within HeartMate-2 VAD

00:46

High-Speed Visualization of Ingested Thrombus near the Outlet Region of the HeartMate II LVAD

00:09

High-speed Visualization of Ingested Thrombus near Inflow Straightener of HeartMate II LVAD

00:06

High-speed Visualization of Adherent Thrombus to the Inflow Straightener of HeartMate II LVAD

02:09

Novacor Ventricular Assist Device (VAD)