HEMOPHILIA

This study tests whether a mechanical 3D ultrasound device can detect joint damage in people with hemophilia as accurately as a full ultrasound or MRI. Eleven participants will have their ankles scanned with the new device. If it works well, it could offer a faster, less expensiv…

This study tests whether a structured educational program can help adults with hemophilia who have chronic joint pain. The program teaches about pain, emotions, and coping strategies. 70 participants will be randomly assigned to either the education program or usual care, and the…

This observational study will look at 138 adults with hemophilia and joint damage to understand how central pain mechanisms and psychological factors like anxiety affect pain interference in daily activities. Researchers will measure pain intensity, sleep quality, and pain self-e…

This study looks at whether the two-minute step test is a reliable way to measure aerobic endurance in people with hemophilia. Researchers will test 35 people aged 6–18 with hemophilia A or B, comparing the step test with other measures like walking tests and balance assessments.…

This study will follow about 70 people with hemophilia A who are already taking emicizumab to prevent bleeding. Researchers will use ultrasound to check for early joint damage in elbows, knees, and ankles that are currently healthy. The goal is to see how often joint damage appea…

This study will enroll 70 Egyptian children with hemophilia to see if an oral health education program improves their dental health and quality of life. The program teaches proper oral care based on guidelines from dental and hemophilia organizations. Researchers will measure cav…

This study will compare MRI scans with standard X-rays to see which method better detects knee joint damage in adults with hemophilia who have had repeated bleeding in the knee. Researchers will use special scoring systems to measure early and advanced joint changes. The goal is …