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The Video Journal of Hematology and Hematological Oncology (VJHemOnc) podcast covers the latest hematological oncology and hematology news from international experts – from leukemias, lymphomas, MDS and MPNs, to sickle cell, aplastic anemia and rare diseases. Made for healthcare professionals and researchers, we are a global, independent, open-access platform. Listen to the latest news, including cutting-edge trial updates, controversies and opinion. If you enjoy the podcast, please leave us a rating and review! For more news visit www.vjhemonc.com
The Video Journal of Hematology and Hematological Oncology (VJHemOnc) podcast covers the latest hematological oncology and hematology news from international experts – from leukemias, lymphomas, MDS and MPNs, to sickle cell, aplastic anemia and rare diseases. Made for healthcare professionals and researchers, we are a global, independent, open-access platform. Listen to the latest news, including cutting-edge trial updates, controversies and opinion. If you enjoy the podcast, please leave us a rating and review! For more news visit www.vjhemonc.com
Episodes
Friday May 08, 2026
Friday May 08, 2026
This VJHemOnc podcast explores the latest advances in gene-based therapies for sickle cell disease (SCD) and thalassemia, highlighting progress in patient access, selection, treatment delivery, and clinical outcomes. Sunil Gupta, MD, FRCP, FRCPath, MBA, Lewisham and Greenwich NHS Trust, London, UK, discusses expanding access to gene therapy for patients with SCD, while Alexander Ngwube, MD, Baylor College of Medicine, Houston, TX, shares insights into real-world patient selection and decision-making.
Rabi Hanna, MD, Cleveland Clinic, Cleveland, OH, outlines key considerations for selecting patients with SCD and thalassemia for gene therapy, discusses strategies to optimize the treatment pathway from stem cell mobilization to long-term follow-up, and reviews results from the RUBY trial (NCT04853576) of gene editing therapy in severe SCD. Zachary Crees, MD, Washington University School of Medicine, St. Louis, MO, also highlights emerging mobilization approaches, including motixafortide-based strategies to improve stem cell collection for gene therapy.

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