Involvement of novel PKCs (nPKCs) in the negative regulation of insulin-signaling pathway is a current interest of many workers investigating the cause for insulin resistance and type 2 diabetes. Free fatty acids (FFAs) are recently shown to be the major players in inducing insulin resistance in insulin target cells. They are also found to be involved in activating nPKCs associated with the impairment of insulin sensitivity. In this overview, we describe PKC δ, θ and ε linked to the FFA induced damage of insulin-signaling molecules
Very few studies have focused on the involvementof protein kinase C (PKC) in mediating -celldysfunct...
Insulin action on target tissues is mediated by specific tyrosine kinase receptors. Upon ligand bind...
Elevated circulating free fatty acids (FFA) cause hepatic insulin resistance; however, the mechanism...
AbstractFatty acids (FAs) are known to impair insulin signaling in target cells. Accumulating eviden...
Fatty acids (FAs) are known to impair insulin signaling in target cells. Accumulating evidences sugg...
AbstractFatty acids (FAs) are known to impair insulin signaling in target cells. Accumulating eviden...
The dysregulation of the insulin-glucose axis represents the crucial event in insulin resistance syn...
The dysregulation of the insulin-glucose axis represents the crucial event in insulin resistance syn...
Fatty acids are known to play a key role in promoting the loss of insulin sensitivity causing insuli...
It is known that free fatty acid (FFA) contributes to the development of insulin resistance and type...
Free fatty acids are known to play a key role in promoting loss of insulin sensitivity, thereby caus...
It is known that free fatty acid (FFA) contributes to the development of insulin resistance and type...
Type 2 diabetes is an epidemic health crisis in concert with the worldwide rise in obesity. Dietary ...
Insulin action on target tissues is mediated by specific tyrosine kinase receptors. Upon ligand bind...
Elevated circulating free fatty acids (FFA) cause hepatic insulin resistance; however, the mechanism...
Very few studies have focused on the involvementof protein kinase C (PKC) in mediating -celldysfunct...
Insulin action on target tissues is mediated by specific tyrosine kinase receptors. Upon ligand bind...
Elevated circulating free fatty acids (FFA) cause hepatic insulin resistance; however, the mechanism...
AbstractFatty acids (FAs) are known to impair insulin signaling in target cells. Accumulating eviden...
Fatty acids (FAs) are known to impair insulin signaling in target cells. Accumulating evidences sugg...
AbstractFatty acids (FAs) are known to impair insulin signaling in target cells. Accumulating eviden...
The dysregulation of the insulin-glucose axis represents the crucial event in insulin resistance syn...
The dysregulation of the insulin-glucose axis represents the crucial event in insulin resistance syn...
Fatty acids are known to play a key role in promoting the loss of insulin sensitivity causing insuli...
It is known that free fatty acid (FFA) contributes to the development of insulin resistance and type...
Free fatty acids are known to play a key role in promoting loss of insulin sensitivity, thereby caus...
It is known that free fatty acid (FFA) contributes to the development of insulin resistance and type...
Type 2 diabetes is an epidemic health crisis in concert with the worldwide rise in obesity. Dietary ...
Insulin action on target tissues is mediated by specific tyrosine kinase receptors. Upon ligand bind...
Elevated circulating free fatty acids (FFA) cause hepatic insulin resistance; however, the mechanism...
Very few studies have focused on the involvementof protein kinase C (PKC) in mediating -celldysfunct...
Insulin action on target tissues is mediated by specific tyrosine kinase receptors. Upon ligand bind...
Elevated circulating free fatty acids (FFA) cause hepatic insulin resistance; however, the mechanism...