EPISODE · Apr 30, 2026 · 6 MIN
INSULIN: Metabolic Manager Extraordinaire
from Metabolism Made Easy · host A J Ghalayini, Ph.D.
When blood sugar levels rise after eating, the pancreas releases insulin to orchestrate several vital metabolic changes across different body tissues. This hormone primarily encourages the liver and muscles to consume glucose and convert it into glycogen for long-term storage. Simultaneously, insulin triggers the GLUT4 transporter to pull sugar from the bloodstream into adipose and muscle cells while halting the production of new glucose. In fat tissue, the hormone promotes the absorption of fatty acids to build energy reserves while actively blocking the breakdown of existing fats. By balancing these stimulatory and inhibitory actions, insulin effectively manages energy distribution and storage throughout the body. These synchronized processes ensure that plasma glucose levels remain stable following a meal.
What this episode covers
When blood sugar levels rise after eating, the pancreas releases insulin to orchestrate several vital metabolic changes across different body tissues. This hormone primarily encourages the liver and muscles to consume glucose and convert it into glycogen for long-term storage. Simultaneously, insulin triggers the GLUT4 transporter to pull sugar from the bloodstream into adipose and muscle cells while halting the production of new glucose. In fat tissue, the hormone promotes the absorption of fatty acids to build energy reserves while actively blocking the breakdown of existing fats. By balancing these stimulatory and inhibitory actions, insulin effectively manages energy distribution and storage throughout the body. These synchronized processes ensure that plasma glucose levels remain stable following a meal.
NOW PLAYING
INSULIN: Metabolic Manager Extraordinaire
No transcript for this episode yet
Similar Episodes
No similar episodes found.