Albert Einstein College of Medicine at ASH 2026
Dec 12–15, 2026 New Orleans, LA ~30k attendees Website
Albert Einstein College of Medicine brings 3 presentations to ASH 2026 in New Orleans. Its program centres on blood stem cell biology, especially what controls how many stem cells the body keeps and what they become. It also covers scaling up the manufacture of lab-grown red blood cells past metabolic and bioprocess limits.
| Organization | ASH 2026 Attendance |
|---|---|
Albert Einstein College of Medicine Bronx, NY | |
Medical school and research institution in the Bronx, New York, partnered with Montefiore. | Session Lab-Grown Red Blood Cells: From Scalable Manufacturing to Clinical Translation Growing red blood cells in the lab for transfusion, and the hurdles left in progenitor supply, differentiation, high-density culture, and first human studies. Talk Scalable Manufacturing of Lab-Grown Red Blood Cells: Overcoming Metabolic and Bioprocess Constraints Engineering self-renewing red cell precursors that grow without added growth factors, and high-density bioreactors, to mass-produce lab-grown red blood cells. Session Balancing the Blood: Immune Control of Stem Cell Fidelity Immune signals shape blood stem cells from before birth onward, and immune cells police and remove damaged or pre-cancerous stem cells throughout life. Talk Numbers and Fates: Decoding HSC Abundance and Decisions What sets the number of blood stem cells in the body, and how they read local and body-wide signals to rest, self-renew, or specialize. |
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