Hereditary Bleeding Disorders
Understanding Hereditary Bleeding Disorders
Bleeding disorders are a group of conditions that result when the blood cannot clot properly. As a result, people with bleeding disorders experience extended bleeding after injury, menstruation, trauma, or surgery, and in many situations depending on the severity, spontaneous bleeding into joints, muscles, or other parts of their bodies.
Improper clotting results from defects in blood components, such as clotting proteins and/or platelets. The body produces 13 different clotting proteins, also called clotting factors. If any of these clotting factors are missing or not working properly, a bleeding disorder can result. Bleeding disorders are quite rare, and some bleeding disorders such as hemophilia, can be congenital (hereditary) or acquired. Congenital bleeding disorders are caused by defects or damage in the genes and are present at birth. They can be inherited or appear due to a genetic mutation. Acquired bleeding disorders are those that develop after birth or spontaneously occur in the individual.
Treatment varies, depending on the condition and its severity. For some bleeding disorders, there are treatments that can be taken at home to prevent or treat bleeds. With appropriate education and treatment, people with bleeding disorders can live full and productive lives.
people have bleeding disorders
of people with hemophilia have no family history of it
1 in 100
people are born with von Willebrand Disease
How can we help you?
Availability of treatments may vary from country to country. Please be sure to visit your local CSLBehring.com site for further information.
Factor XIII Deficiency
Congenital Factor XIII deficiency is a bleeding disorder characterized by unstable blood clots.
Factor X Deficiency (Available in Switzerland Only)
Factor X deficiency is a bleeding disorder that can be both inherited or acquired.
Congenital fibrinogen deficiency describes a range of conditions characterized by absent, insufficient or dysfunctional fibrinogen.