Platelets are small anucleated blood cells responsible for stopping bleeding. They detect blood vessel damage and agglutinate, creating aggregates and stopping blood loss. This process is called ...

Thrombosis involves the pathological occlusion of blood vessels, which inhibits the blood supply to organs. It is the most frequent cause of mortality worldwide, as it directly causes myocardial ...

New research by Georgia Tech and Emory University sheds new light on the mechanics and physics of blood clotting and could lead to better ways to treat clotting and bleeding issues.

Researchers from the University of Queensland have revealed that the venom of scorpions of the genus Androctonus is able to ...

When a blood vessel is damaged, your body naturally responds to stop bleeding and loss of blood. Hemostasis or stoppage of bleeding occurs in three steps blood vessel constriction, platelet plug ...

A team of Michigan State University researchers, led by James Luyendyk in the College of Veterinary Medicine, has uncovered a new pathway in the body that stimulates liver repair. Using an ...

Blood clotting or coagulation is a complex process. Researchers at the Maastricht University and Synapse spin-off are conducting fundamental studies and developing practical detection techniques for ...

Clotting is what prevents excessive bleeding when you cut yourself. But the blood moving through your vessels shouldn’t clot. If such clots form, they can travel through your bloodstream to your heart ...

New research may help to explain why anticoagulant therapies have largely failed to extend the lives of patients with sepsis. The study shows that fibrin, a key product of the blood clotting process, ...

A researcher at The University of Texas Health Center at Tyler has discovered how a small but crucial part of the blood-clotting process works. Once the process is thoroughly understood, synthetic ...