While several transcription factors are known to increase insulin production and secretion, their therapeutic potential for treatment of type 2 diabetes remains unrealized. In this issue, Goulley et al. (2007) show that BMP signaling specifically regulates genes involved in insulin production and secretion and demonstrate that exogenous BMP4 administration augments glucose-stimulated insulin secretion in vivo
The pancreas is an organ of endodermal origin. It is composed of two different tissues; exocrine (ac...
Pancreatic beta-cells regulate blood glucose by secreting insulin in response to nutrients. The deve...
AbstractIt has long been accepted wisdom that insulin secreted from islet β cells has either no effe...
While several transcription factors are known to increase insulin production and secretion, their th...
SummaryImpaired glucose-stimulated insulin secretion (GSIS) and perturbed proinsulin processing are ...
BMPRIA and its high-affinity ligand BMP4 have recently been shown to be expressed in the Β-cells of ...
Insulin resistance, reduced b-cell mass, and hyperglucagonemia are consistent features in type 2 dia...
Glucose stimulates insulin secretion in β cells, which sense glucose concentrations through signals ...
The role of metabolism-excitation coupling in insulin secretion has long been apparent, but in recen...
AbstractDysfunction of the pancreatic β cell is an important defect in the pathogenesis of type 2 di...
Diabetes is a major global problem. During the past decade, the genetic basis of various monogenic f...
SummaryReplenishing insulin-producing pancreatic β cell mass will benefit both type I and type II di...
Patients with type II diabetes present alterations in glucose homeostasis due to insufficient amount...
Various members of the G protein-coupled receptor (GPCR) superfamily are known to modulate the relea...
Dyslipidemia has long been associated with β cell dysfunction in the development of diabetes. Tang e...
The pancreas is an organ of endodermal origin. It is composed of two different tissues; exocrine (ac...
Pancreatic beta-cells regulate blood glucose by secreting insulin in response to nutrients. The deve...
AbstractIt has long been accepted wisdom that insulin secreted from islet β cells has either no effe...
While several transcription factors are known to increase insulin production and secretion, their th...
SummaryImpaired glucose-stimulated insulin secretion (GSIS) and perturbed proinsulin processing are ...
BMPRIA and its high-affinity ligand BMP4 have recently been shown to be expressed in the Β-cells of ...
Insulin resistance, reduced b-cell mass, and hyperglucagonemia are consistent features in type 2 dia...
Glucose stimulates insulin secretion in β cells, which sense glucose concentrations through signals ...
The role of metabolism-excitation coupling in insulin secretion has long been apparent, but in recen...
AbstractDysfunction of the pancreatic β cell is an important defect in the pathogenesis of type 2 di...
Diabetes is a major global problem. During the past decade, the genetic basis of various monogenic f...
SummaryReplenishing insulin-producing pancreatic β cell mass will benefit both type I and type II di...
Patients with type II diabetes present alterations in glucose homeostasis due to insufficient amount...
Various members of the G protein-coupled receptor (GPCR) superfamily are known to modulate the relea...
Dyslipidemia has long been associated with β cell dysfunction in the development of diabetes. Tang e...
The pancreas is an organ of endodermal origin. It is composed of two different tissues; exocrine (ac...
Pancreatic beta-cells regulate blood glucose by secreting insulin in response to nutrients. The deve...
AbstractIt has long been accepted wisdom that insulin secreted from islet β cells has either no effe...