As noted in the expert answer - the pancreas, not the liver, manufactures insulin. The pancreas sits in a space in the abdominal cavity near the liver. It is behind the stomach and a bit below the liver. The pancreatic duct from the pancreas joins up with the bile duct from the liver and gall bladder where the two ducts enter the duodenum (the first part of the small intestine that connects to the stomach) through the major duodenal papilla.
No, the liver does not secrete insulin.
The pancreas manufactures insulin.
Kidneys
Insulin causes the glucose in your blood to enter the cells for energy. It does not cause the liver to change glucose into anything. Your liver does, however, store extra sugar in the form of glucagon.
Insulin
the organs involved in insulin are liver and liver muscle and the pancreas
Sugar doesn't HAVE to be stored. Any excess sugar in the bloodstream is eliminated by an excretion of the pancreas called insulin.
Insulin allows glucose(sugar) to enter the body's cells. Insulin also stimulates the liver to convert glucose to glycogen and store it for later use. The end effect is blood sugar is decreased.
Insulin
No, insulin stimulates the liver to produce glycogen from glucose. Glucagon mobilizes liver glycogen to yield glucose.
The liver and kidneys destroy insulin after it has its effect. The pancreas is the site of insulin production.
insulin
The single most important organ is the pancreas. The beta cells in the islets of Langerhans in the pancreas release insulin in response to rising glucose levels. The high insulin levels signal the liver to take up sugar and store it for later release (when the insulin levels are low). The muscles also take up a lot of the sugar and store it locally or burn it, both in response to insulin and when exercising.
Insulin
Normal human livers are highly sensitive to insulin. Hepatocytes, or liver cells, have numerous insulin receptors on their surfaces which bind to insulin and then trigger glycogen synthesis, soaking up free glucose in the bloodstream and forming long polymer chains for later use as fuel. Studies have shown, however, that diabetic individuals have decreased sensitivity to insulin not only generally but also specifically in the liver, due partly to a decrease in the number of insulin receptors.