To Understand And Read About The Hemophilia Disease History

Statistics reveal that the occurrence of hemophilia is approximately 1 in every 10,000 male births and 1 in about 20,000 female births. The X chromosome genetic disorder is mostly inherited from the mother. The resultant genetic deficiency grossly lowers the blood plasma coagulation factor that is the primary requirement for normal clotting. The condition is characterized by lack of fibrin formation necessary for the clotting action. Due to the deficiency, a hemophiliac does not necessarily bleed more than a normal person, but definitely bleeds longer. The genetic blood disorder causes the hemophiliac to lose a lot of blood from even a minor injury; bleeding that could last for weeks. This proves fatal in the case of brain injuries and those involving major blood vessels. Permanent debilitation results in death. In the case of hemophilia, late and internal re-bleeding leads to complications such as hemorrhage, hemarthrosis, menorrhagia and gastrointestinal bleeding.

Who Discovered Hemophilia?

The earliest account on the condition was recorded by Dr. John Conrad Otto, in 1803. The physician recorded a 'genetic hemorrhagic disposition', establishing that the disorder was hereditary and more evident in males than in females. His records reveal a 1720 hemophilia case in Plymouth. The term 'hemophilia' was first coined at the University of Zurich in 1828. It was not until 1937 that the Harvard doctors Patek and Taylor discovered the anti-hemophilic globulin. The study of hemophilia A and hemophilia B as triggers to more than one form of hemophilia is attributed to a Buenos Aires doctor, Pavlosky.

Hemophilia Causes

Hemophilia A is caused due to the absence of the functional clotting Factor VIII. This deficiency is observed in 90% hemophilia cases. Hemophilia B is the result of the lack of Factor IX, while Hemophilia C is autosomal in nature, not X-linked. The condition is quite rare and can worsen due to blood contamination. Frequent transfusions expose the hemophilia patient to viruses such as HIV and hepatitis. Genetic counseling and testing is very important for families that have a medical history of hemophilia. Prenatal DNA testing helps detect the deficiency in time.

Treatment

There is no cure for hemophilia. Nevertheless, the condition can be controlled with:

• Blood infusions to correct the deficient clotting factor
• Factor isolation within the blood serum

Xyntha, the genetically engineered anti-hemophilic factor and recombinant factor products are widely used in the treatment of hemophilia. The recombinant products are expensive, but they guarantee safety. Another treatment option is prophylaxis. This procedure involves infusion of the deficient clotting factor periodically. The aim is to ensure that the highest possible clotting levels are maintained to prevent spontaneous bleeding. The alternatives to delay the fatality that hemophilia threatens the patient with also include a specific exercise regime. The exercises are designed around the strengthening of joints, increasing muscle flexibility and tone, to prevent further bleeding problems.

Hemophilia Facts

Hemophiliacs lack the protein chromosome that is essential for normal blood clotting. This clotting factor works along with the platelets, cells in the bone marrow, to help in the clotting process.

Hemophilia staging largely depends on the deficiency of the clotting factor in the blood. The condition can also be acquired during a lifetime, with the formation of antibodies averse to the clotting factors in the bloodstream.

The extent of bleeding in hemophilia depends on the type and severity. Bleeding can be obvious or external, or hidden or internal. The part of the body injured swells as the bleeding continues, till movement is temporarily lost.