revealed the mechanisms behind one particular molecule's involvement in regulating insulin sensitivity. The findings, which were translated from a preclinical animal model into a human study ...

Based on these data we hypothesize the following. Compensatory hyperinsulinemia that accompanies insulin resistance generates either a normal or a stronger-than-normal initial signal at the level ...

The molecule, named NNC2215 ... In rat and pig models of diabetes, NNC2215 proved to be as effective as human insulin in ...

Insulin glulisine mimics the pharmacokinetic and pharmacodynamic profiles of physiological human insulin ... at position A21 of the insulin molecule and by the addition of two arginine molecules ...

No risk of transferring infections. More effective at treating diabetes as animal insulin is different to human insulin. No ethical issues concerning the use of animals.