Melissa Glasner on Integration of Gene Therapy Into Hemophilia Care
Wolfgang Miesbach, Professor of Medicine at Frankfurt University Hospital, reposted from on LinkedIn:
”Thank you very much Melissa Glasner for this great and important work and the possibility to collaborate, many thanks also to Miriam Giles and International Society on Thrombosis and Haemostasis (ISTH).”
Quoting Melissa Glasner‘s post:
”I am excited to share that our latest manuscript has been published in Therapeutic Advances in Hematology!
This work explores clinicians’ knowledge, perceptions, and readiness to integrate gene therapy into hemophilia care.
Many thanks to the ISTH for the opportunity to contribute to this important conversation!
Thank you Wolfgang Miesbach for the mentorship, writing support, and the important insights that made this manuscript possible.
Shout out to Miriam Giles for carrying this manuscript through the submission process – couldn’t have done it without you!”
Read the full article here.
Article: Gene therapy for hemophilia: results of ISTH global survey on current knowledge, attitudes, and preparedness of the hemophilia care team
Authors: Melissa Glasner, Wolfgang Miesbach

Stay updated on all scientific advances with Hemostasis Today.
-
Jun 26, 2026, 16:07Toong Youttananukorn: The WFH Registry Driving Better Care and Advocacy
-
Jun 26, 2026, 15:51Heghine Khachatryan: Willebrand Disease – Similar Bleeding Phenotype, Distinct Pathophysiology
-
Jun 26, 2026, 15:37Von Willebrand Disease: New Diagnostic Approaches
-
Jun 26, 2026, 13:58Peter Bou Dib: How Factor IX Transformed Hemophilia B Treatment
-
Jun 26, 2026, 13:49Raghavendra Rao: The Surprising Link Between Chronic Venous Insufficiency and Falls
-
Jun 26, 2026, 13:40Caylynn Carls: Why Genetic Counseling Matters in Hemophilia Treatment
-
Jun 26, 2026, 13:25Ángel Cabrera: Clotting Disorders Behind Heavy Menstrual Bleeding
-
Jun 26, 2026, 13:02Turid Kjellevold: The Critical Role of Timely Hemostasis Testing
-
Jun 26, 2026, 10:59Wolfgang Miesbach: How Clonal Hematopoiesis May Explain Age-Related Mitochondrial Mutations