Medical Articles

Insulin Isophane NPH

Insulins

Mechanism of action

It facilitates glucose transport into the cell, inhibits gluconeogenesis in liver, favours triglyceride synthesis. It stimulates glycogen synthesis from glucose in liver and muscle.

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Mechanism of action

It facilitates glucose transport into the cell, inhibits gluconeogenesis in liver, favours triglyceride synthesis. It stimulates glycogen synthesis from glucose in liver and muscle.

This page is restricted. Please Login / Register to view this page.