View clinical trials related to Hemophilia B.
Filter by:Elocta (rFVIIIFc) and Alprolix (rFIXFc) are recombinant extended half-life coagulation factor products. The purpose of this non-interventional study is to describe the real-world usage and effectiveness of Elocta and Alprolix in the prophylactic treatment of haemophilia A and B.
The purpose of this study is to seek to understand the patient's perspective around deciding to participate in a clinical trial for a Hemophilia therapy
A long-term follow-up study to evaluate the safety, tolerability, and efficacy of DTX101 in adult males with moderate/severe to severe hemophilia B.
The purpose of this survey is to understand the following items observed in the actual clinical use of RIXUBIS. 1. Unexpected adverse drug reactions 2. Occurrence of adverse drug reactions in the actual clinical use 3. Factors that may affect safety and effectiveness 4. Occurrence of Factor IX (FIX) inhibitor development in patients with coagulation FIX deficiency 5. Safety and effectiveness for hemophilia B patients who received routine prophylactic therapy, on-demand therapy and perioperative therapy
Primary: To characterize the safety of RIXUBIS when used under normal clinical care in South Korea. Secondary: To describe hemostatic effectiveness in subjects receiving RIXUBIS under normal clinical care in South Korea.
Recombinant factor VIII Fc (rFVIIIFc) and recombinant factor IX Fc (rFIXFc) are extended half-life coagulation factors approved by Health Canada in 2014 for the treatment of severe hemophilia A and B, respectively. The objectives of this observational study is to describe the change in annual factor consumption, clinical and patient-reported outcomes for patients who switch from recombinant factor VIII (rFVIII) and recombinant factor IX (rFIX) to rFVIIIFc/ rFIXFc in Canada, and to explore clinicians' and patients' reasons for switching or not switching.
The overall aim of the study is to describe demographic and clinical characteristics, treatment patterns and outcomes, in the populations of hemophilia patients treated with BeneFIX and ReFacto/ReFacto AF in Sweden
Hemophilia is a bleeding disorder (deficiency of a blood clotting factor/ protein) resulting in bleeding in joints and muscles. As patients continue to bleed into their joints they develop progressive joint damage leading to joint contractures, disability and days missed from work and school resulting in chronic debilitating pain and compromised quality of life. Current therapy is the administration of the missing protein or factor concentrate on a scheduled basis to prevent bleeding into the joints referred to as prophylaxis. This factor concentrate is expensive ~ $ 3,000 - 6,000 per infusion/ week in a child weighing 20 kg translating into $ 77,000 /yr for life. This regimen has been shown to be effective to prevent joint bleeds but the timing is unclear and not based on adequate evidence. Currently joint damage is diagnosed using MRI which is expensive and requires sedation in children < 6 yrs of age. Therefore there is a need for a user friendly tool such as a ultrasound to monitor for the development of joint disease and tailor treatment based on an individual child's needs. This would also enable differentiating a joint bleed from a soft tissue bleed which present similarly and duration of treatment tends to be longer for a joint bleed. Acharya et al have previously shown that ultrasound is comparable to MRI for the diagnosis of hemophilic joint disease in hemophilia patients over the age of 6 years. However, the diagnostic findings in children < 18 years with hemophilia on ultrasound is not well defined(1). The hemophilic synovium after repeated joint bleeds reveals the development of new vessels which are fragile and contribute to recurrent joint bleeds. Acharya et al have previously shown that angiogenesis, a process of new vessel formation is active in hemophilic synovium and angiogenic markers were significantly elevated in hemophilic patients with joint disease when compared to those without (2). Since ultrasound can detect these new vessel changes in the hemophilic synovium in hemophilia patients with joint disease and hemophilia patients with joint disease demonstrate elevated markers of new vessel formation these investigators would now like to determine whether radiological findings of hemophilic joint disease correlate with serological angiogenic markers. This may enable the development of biomarkers for hemophilic joint disease. Findings from this study will enable the development of ultrasound as a user friendly tool in the hemophilia clinic in order to understand whether every pain and swelling in a joint is actually a joint bleed or soft tissue bleed and to monitor for joint changes to institute or augment scheduled factor infusions ( prophylaxis). This will also result in significant improvement in quality of life with tailored prophylaxis .
Investigate the safety, tolerability and pharmacokinetics of BAY1093884 after Intravenous (IV) and subcutaneous (SC) administration of increasing single doses and SC administration of multiple doses.
This study is conducted in the United States of America (USA). Tha aim of this study is bridging Hemophilia B Experiences, Results and Opportunities into Solutions (B-HERO-S).