Lengthy travel comes with the risk of developing blood clots if you don't take proper precautions, such as taking walking ...

Mr Isaya Malisa, Senior Blood Laboratory Scientist at Bugando, explained that red blood cells (RBCs) in the human body live ...

Stanford researchers have discovered a breakthrough technology that shrinks and removes blood clots to treat strokes, heart ...

Discover how a new tool boosts blood clot removal success to 90%, offering hope for stroke and heart attack treatments.

Bursting red blood cells—not traditional blood clots—are responsible for blocking microvessels and impairing blood flow.

Scientists at the University of Tokyo have developed a groundbreaking AI-powered technology that can non-invasively monitor platelet activity in real time, detecting potentially deadly blood clots.

Learn to identify when leg pain signals a potentially fatal blood clot requiring immediate attention, plus risk factors and actions that could save your life.

The main types of noncancerous blood disorders are blood clotting disorders, bleeding or platelet disorders, anemia, and eosinophilic disorders, which are problems with a type of white blood cell. [1] ...

What is a blood clot? Blood clots begin forming when a blood vessel is damaged and nearby cell fragments (called platelets) begin clumping together and adhering to a protein in the blood known as ...

According to experts, blood clots are the leading cause of sudden death amongst seemingly healthy people, cancer patients, and hospitalised patients.

Fatal blood clots can arise in people who have cancer. The discovery of a cue that underlies these clots offers a therapeutic target and a way to assess clot risk.

New Irish research could help to explain why people living with inflammatory disease can have a relatively high risk of blood clots. The study, which was carried out by scientists at RCSI, FutureNeuro ...