Examples of pertinent areas targeted by this partnership include (not intended to be exclusive or all-encompassing):
• Discovery of the physiologic mechanisms, pathways, and druggable targets for promoting beta cell proliferation and survival in the adult and growing animal with validation in human islets and beta cells
• Discovery of New Molecular Entities (NME), both small molecule and biotherapeutics for activating the expansion and/or survival of beta cells in diabetes including but not limited to anti-inflammatory and agents that simultaneously protect beta cell function and ameliorate the auto-immune response
• Proof-of-principle investigations of potential regeneration therapeutics in disease relevant animal models and proof-of-concept clinical research studies
• Discovery of druggable targets and pharmacological approaches for reprogramming of non-beta cells into beta cells to restore beta cell function by regeneration or replacement
• Discovery of the beta cell progenitor/stem cell responsible for beta cell expansion in the adult and growing animal with validation in human islets and beta cells
• Encapsulation strategies to allow long-term survival and function of transplanted beta cells/progenitors/islets in the absence of chronic immunosuppression
• Identification and development of biomarkers and imaging technologies for non-invasive measurement of islet/beta cell stress, mass, function, inflammation, rejection, death, and newly generated beta cells
• Innovative approaches to target the beta cell