Summaries by Inventor Millman, Jeffrey
Millman, Jeffrey ; Velazco-Cruz, Leonardo
T-019270
— Technology Description Researchers at Washington University in St. Louis have developed an improved method to differentiate stem-cells into functionally mature, insulin-secreting beta cells (SC-beta cells). Pancreatic beta cells play an important role in controlling blood glucose levels as they se…
Generating pancreatic beta cells from pluripotent stem cells for diabetes cell therapy or drug developmentHogrebe, Nathaniel ; Millman, Jeffrey ; Velazco-Cruz, Leonardo ; Veronese Paniagua, Daniel ; Wernes, Kristina
T-019409
— Technology Description: Researchers in Prof. Jeffrey Millman’s laboratory have developed multiple techniques for enhancing the differentiation, maturation and function of glucose-responsive, insulin-producing SC-beta cells (pancreatic beta cells made from human pluripotent stem cells). Downst…
Method to generate functionally mature, stem-cell derived, beta cellsMillman, Jeffrey ; Velazco-Cruz, Leonardo
T-019270
— Technology Description Researchers at Washington University in St. Louis have developed an improved method to differentiate stem-cells into functionally mature, insulin-secreting beta cells (SC-beta cells). Pancreatic beta cells play an important role in controlling blood glucose levels as they se…
Device for diabetes cell replacement therapyMillman, Jeffrey ; Song, Jiwon
T-016681
— Technology Description Researchers at Washington University in St. Louis have developed a 3D-printed device for the subcutaneous transplantation of stem cell-derived beta (SC-beta) cells for diabetes cell replacement therapy. Diabetes mellitus, a disease characterized by loss of blood glucose cont…
Vascular graft to promote stem cell therapy for diabetes and other diseasesMillman, Jeffrey ; Zayed, Mohamed
T-016290
— Technology Description An interdisciplinary team at Washington University in St. Louis has developed a multi-layered arteriovenous graft device that enhances the survival and function of stem cell transplants to treat Type 1 diabetes or other diseases. Artificial organs derived from stem cells cou…
