Showing 367 results for "replacement therapy"

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At standard U.S. doses, Hemlibra (emicizumab) provides comparable or even superior clinical benefits than prophylactic factor VIII (FVIII) replacement therapy among adults with severe hemophilia A and no inhibitors, according to a report from the Institute for Clinical and Economic Review (ICER). Hemlibra is also cost-saving, due to…

Switching to Jivi (damoctocog alfa pegol), an extended half-life replacement therapy, from Kovaltry (octocog alfa), may help adults and children with severe hemophilia A experience fewer or no bleeds, according to a Canadian study. “Data from this study provide routine clinical evidence supporting the use of [Jivi]…

Second in a series. Read part one. A hemophilia inhibitor is like a firewall in a computer network. Clotting factor replacement therapy is supposed to enter the bloodstream and help form clots to stop bleeding, just as data should pass through a network without interruption. However, an inhibitor acts…

In boys and men with severe hemophilia A, joint damage accumulates with age, and can be prevented if replacement therapy is started at a younger age, according to a small, single-center study in China. In addition, poor adherence to preventive, or prophylactic treatment was significantly associated with greater…

Higher replacement factor doses and the use of preventive treatments are just two ways prescription practices for hemophilia have changed over time, according to a survey of specialists over 22 years. The surveys also show the impact of Hemlibra’s (emicizumab-KXWH) approval and showcase the expectations for gene therapy,…

Chronic pain and a reliance on pain killers remains high among adult men with severe hemophilia B after two years on preventive treatment with extended half-life recombinant factor IX — even with a lesser bleeding frequency and fewer repeated joint bleeds, a real-world study from Ireland reports. These findings…

Implanting bioscaffolds — 3D biological scaffolds made up of collagen and other molecules — carrying transformed liver cells into rats successfully triggered the production of factor VIII (FVIII), the clotting protein missing in people with hemophilia A. According to researchers, these bioscaffolds may be a therapeutic alternative to FVIII…