This paper reveals how dual inheritance of SEC23B and PIEZO1 pathogenic variants amplifies erythropoietic stress and ferritin accumulation. The authors provide evidence that multi‑locus genetics can significantly alter disease outcomes.
Go in depth 👉https://t.co/r5fPzNsXn4
This paper reveals how dual inheritance of SEC23B and PIEZO1 pathogenic variants amplifies erythropoietic stress and ferritin accumulation. The authors provide evidence that multi‑locus genetics can significantly alter disease outcomes.
Go in depth 👉https://t.co/r5fPzNsXn4
📢Don't miss out on this opportunity to learn and earn CME points! Full registration for the EHA & ERN-EuroBloodNet Spotlight on Congenital Bone Marrow Failure (BMF) Syndromes is open!
📆5th May at 12.30
📆12th May at 12.30
Registration: https://t.co/lJhxnR3d99
#ERNeu#ERNs
Highlights from the #ASH2024:
- Delighted to chair the oral abstract session on “Erythropoiesis in Disease”
- Grateful for the positive feedback received on our studies
- Reconnected with colleagues and friends 🤩
@ImmaAndolfo@BarbaraERosato#redbloodcells#ironmetabolism
Updates on clinical and laboratory aspects of hereditary dyserythropoietic anemias - Russo - International Journal of Laboratory Hematology - Wiley Online Library https://t.co/LmHIGoSWdA
Happy to share our newly published paper on Congenital Dyserythropoietic Anemia Type I
American Journal of Hematology | Blood Research Journal | Wiley Online Library https://t.co/nO9ffd896X
We would like to thank the 100+ basic #hematology researchers for joining us for #EHAReCon2024. This meeting, focused on molecular vulnerabilities & metabolism in hematological disorders, featured unpublished research & new connections. Stay tuned for #EHAReCon2025.