Microfluidic studies | Neutrophil-targeted ROS-inhibition assays | Thrombus formation in HIT requires neutrophil-derived ROS

How does the nanovesicle work | Thrombus selectivity under physiological flow conditions | Targeted thrombolysis under flow conditions |

On this World Thrombosis Day and in advance of World Stroke Day, taking place on 29th October, we’d like to shine a light on a paper recentl

New study reveals blood clotting in critically ill COVID-19 may be caused by an excessive immune response rather than the virus itself.

Congenital thrombotic thrombocytopenic purpura (cTTP) is a rare blood clotting disorder. Currently, there is no method to assess the...

As a thrombus (blood clot) grows in size, the blood has to be diverted over and around it. In order for blood flow to be maintained, the blo

Researchers set out to investigate if the spike protein interfered with blood flow, comparing naïve healthy PPP samples, with and without ad

*20% off all microfluidic pumps and chips. Limited time only - sale ends 28th February 2021. This offer cannot be used in conjuntion with an

The researchers of this study focused on how recruited platelets interact with neutrophils and whether this promotes the onset of Deep Vein

For more than 15 years, Cellix has provided researchers with solutions for mimicking physiological conditions of human blood vessels and for

With World Thrombosis Day just passed, we would like to look back over five publications, using #CellixTech, that have forwarded the world&#