328.1 Preliminary results on the survival and maturation of stem-cell derived beta cells at different stages in a novel immunoprotective double encapsulation device
Mr. Praveen Kumar Raju Pedabaliyarasimhuni, Canada
328.2 A bioengineered artificial interstitium supports long-term survival of therapeutic xenogeneic porcine islet cells in nonhuman primates without immunosuppression
Dr. David J Leishman, United States
328.3 An oxygen-delivering Hyaluronic acid-based matrix reduces inflammation and promotes human islet survival in macroencapsulation devices
Paul R.V. Johnson, United Kingdom
328.4 How to deliver a therapeutic dose of encapsulated human islets?
Dr. Rosy Eloy, France
328.5 Islet encapsulation preserves their functionality following transplantation into immunocompetent diabetic animals without immunosuppression.
Dr. Harald Stover, Canada
328.6 Alginate-based (G) microcapsules (MC): a versatile tool for the experimental cell therapy and prevention of T1D
Prof. Riccardo Calafiore, Italy
328.7 Survival and function of the adrenal cell in immunoisolation device in adrenalectomized mice and sheep.
Mrs. Lina Mariana, Australia
328.8 A novel endovascular bioartificial pancreas device to treat type 1 diabetes
Dr. Sara Photiadis, United States
328.9 Development, optimization, and preclinical evaluation of a bio-artificial pancreas for the treatment of type 1 diabetes (T1D)