Which of the hormones stimulate glycogenolysis in the liver of a human being?
- 1 people answered
Edit Tags
Tags are used to find the best answers
You might also be interested in
Tramadol is harmful when taken in large doses but it can be harmful even in normal doses if you have an unhealthy liver. Tramadol is a medication used for the therapy of mild-to-moderate pain. Tramadol overdose can result in acute liver failure. If you have liver diseases or a history of liver disea....
Multivitamin is a good idea for managing chronic liver disease, several ingredients in a good multivitamin:- 1. Vitamin A – Vitamin A has several benefits to offer with liver concerns, but it can be toxic to the liver in high dosages. Vitamin A as beta-carotene is not toxic to the liver and can be ....
Yes, Credihealth can help you with an appointment for Dr. Arvinder Singh Soin at Medanta Hospital. You can contact us at 080109 94994 or Book an appointment here.
Credihealth is not a medical practitioner and does not provide medical advice. You should consult your doctor or with a healthcare professional before starting any diet, exercise, supplementation or medication program. Know More
كُتب بواسطة:Dr. Nitika Sharma - BDS
تمت مراجعته من قبل:Dr. Rakesh Kumar - MBBS, MS
Nidii Berwal
Hormones which stimulate glycogenolysis in the liver are Glucagon, catecholamines, Adrenaline thyroxine and sometimes insulin deficiency also stimulate glycogenolysis. Adrenaline is produced due to the condition of stress which stimulates glycogenolysis in the liver of human beings. Glucagon is a hormone, which is produced by alpha cells of the pancreas in the liver. It results in raising the concentration of glucose and fat in the bloodstream and is known to be the important catabolic hormone of the body. It helps in a medication to treat multiple numbers of health issues. It has an effect which is opposite to that of insulin. Thyroxine is the again important hormone secreted into the bloodstream by the thyroid gland in the liver. It is in the inactive form and most of it is generally converted to an active form called triiodothyronine by organs like the liver and kidneys.