A decrease in blood sugar levels would trigger the secretion of glucagon. The glucagon would raise the blood sugar levels through release of glucose from the glycogen stored in the liver.
It is maintained by negative feed back mechanism.Low glucose level initiate it.
A decrease in blood glucose levels
insulin is secreted in response to high blood sugar.
The alpha cells of the pancreas are the source of release glucagon.
The hormone glucagon stimulates the liver to release glucose into the blood when glucose levels are low.
Glucagon is released when blood sugar levels drop too low. It stimulates the liver to convert glycogen to glucose, therefore increasing blood sugar levels. It is a hormone agonist (i.e. binds to a receptor in a cell and triggers a response).Its opposing hormone is insulin, an antagonist which is release when blood sugar levels climb too high.
That would be the peptide hormone called "Glucagon". (GLOO-kuh-gone)
The body releases glucagon in response to low glucose levels in the blood. Glucagon is a hormone that naturally increases those glucose levels so that you do not experience a hypoglycemic episode.
Glucagon.
glucagon
Amylin
Glucagon is a hormone, I guess you meant "What gland secretes glucagon"The gland that secretes glucagon is PancreaThis hormone is absorbed by the body and turned into sugar to increase glucose in the blood. A blood glucose level below 80 is considered hypoglycemic and is very dangerous for diabetics, therefore must be treated with glucagon or glucagen.
Secretin is a hormone released by the small intestine. Like insulin, the presence of food in the stomach triggers it to release secretin which in turn triggers the pancreas and liver to release bile and pancreatic juice for food breakdown and absorption.
Pancrease produces the hormone.It is also an exocrine gland.