Concise Review: Pluripotent Stem Cell-Based Regenerative Applications for Failing β-Cell Function

Diabetes engenders the loss of pancreatic beta-cell mass and/or function, resulting in insulin deficiency relative to the metabolic needs of the body. Diabetic care has traditionally relied on pharmacotherapy, exemplified by insulin replacement to target peripheral actions of the hormone. With growing understanding of the pathogenesis of diabetic disease, alternative approaches aiming at repair and restoration of failing beta-cell function are incrdasingly considered as complements to current diabetes therapy regimens. To this end, emphasis is placed on transplantation of exogenous pancreas/islets or artificial islets, enhanced proliferation and maturation of endogenous beta cells, prevention of beta-cell loss, or fortified renewal of beta-like-cell populations from stem cell pools and non-beta-cell sources. In light of emerging clinical experiences with human embryonic stem cells and approval of the first in-human trial with induced pluripotent stem cells, in this study we highlight advances in beta-cell regeneration strategies with a focus on pluripotent stem cell platforms in the context of translational applications.