Haemophilia: A Race for Cure

A new physiologic race

Haemophilia A and haemophilia B: molecular insights.

This review focuses on selected areas that should interest both the scientist and the clinician alike: polymorphisms within the factor VIII and factor IX genes, their linkage, and their ethnic variation; a general assessment of mutations within both genes and a detailed inspection of the molecular pathology of certain mutations to illustrate the diverse cause-effect relations that exist; a summ...

Gene therapy for haemophilia

The ultimate goal of gene therapy is the replacement of a defective gene sequence with a corrected version to eliminate disease for the lifetime of the patient. This challenging task is not yet accomplished, however significant progress is evident. An initial spate of clinical trials attempting the treatment of haemophilia with gene transfer primarily resulted in the demonstration of good safet...

A protocol for the dental management of von Willebrand's disease, haemophilia A and haemophilia B.

A guide for the dental management of the three inherited bleeding disorders, von Willebrand's disease, haemophilia A and haemophilia B, was established jointly by the Institute of Medical and Veterinary Science Transfusion and Haemostasis Unit in conjunction with the Medically Compromised Dental Unit at the Adelaide Dental Hospital. This protocol was subjected to a successful trial for 24 months.

Gene therapy for haemophilia

Haemophilia is a congenital coagulation disorder characterized by uncontrolled haemorrhagic episodes that are crippling and potentially life-threatening. Haemophilia A results from subnormal levels of an essential cofactor protein, factor VIII (F.VIII), and affects 1 in every 10,000 males; haemophilia B is associated with a lack of an essential protease, factor IX (F.IX), and occurs in 1 out of...