Also known as disseminated intravascular coagulation, this type of cardiovascular disease is a condition wherein there is excessive clotting and hemorrhage throughout the body and can lead to organ failure or worst, death
Blood clotting does occur for blood in uninjured blood vessels due to its insulation from air. Our bodies produce what is called heparin that prevents clotting of blood in vessels. Heparin allows our lungs to transfer oxygen to our blood. When blood is exposed to air it clots so heparin allows the blood to come in direct contact with the air we breath without clotting.
Clotting factors will be activated.
The organism not only damages the blood vessels by causing them to leak, but also causes clotting inside the vessels.
Platelets
Platelets help close breaks in damaged blood vessels and initiate formation of blood clots.
a negative feedback mechanism
Platelets are cell fragments that lack a nucleus and are key players in the blood clotting process. They help to seal off leaks in damaged blood vessels by sticking to the injured area and releasing chemicals that promote clotting.
In diabetes, high blood sugar levels can damage blood vessels and interfere with the normal clotting process. Additionally, diabetes can lead to changes in blood composition that affect the clotting mechanism, making it less effective. This increased risk of impaired clotting in diabetes can result in difficulties in stopping bleeding and an increased risk of excessive bleeding.
Yes, alum can effectively stop bleeding by constricting blood vessels and promoting blood clotting.
Blood thinners work by interfering with the body's blood clotting process. They can either prevent the formation of blood clots or break up existing clots. This helps to reduce the risk of dangerous clotting in the blood vessels.
antidepressants and smoking
platelets