Significance of Glycogenolysis
Glycogenolysis is the biochemical process of breaking down glycogen into glucose, which serves as an energy source. This process can be influenced by various factors, such as cadmium treatment and is significant in diabetes management, including the use of herbal extracts. Overall, understanding glycogenolysis is essential for exploring its implications in metabolic health and treatments for conditions like diabetes.
Synonyms: Glycogen breakdown, Glycogen degradation
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
The concept of Glycogenolysis in scientific sources
Glycogenolysis is the biochemical process of converting glycogen into glucose, crucial for managing diabetes, and its regulation can be affected by treatments such as herbal extracts and cadmium exposure.
From: International Journal of Pharmacology
(1) The breakdown of glycogen into glucose, which can be inhibited by certain plant-derived hypoglycemic agents, helping to regulate blood sugar levels.[1] (2) The breakdown of glycogen into glucose, which may be inhibited by apple cider vinegar, contributing to lower blood glucose levels.[2] (3) The breakdown of glycogen into glucose, a process stimulated by catecholamines that can increase blood sugar levels.[3]
From: Asian Journal of Pharmaceutics
(1) It is a process inhibited by insulin, and it involves the breakdown of glycogen into glucose, affecting blood sugar levels.[4]
From: International Journal of Pharmacology
(1) Glycogenolysis is a metabolic process where glycogen is broken down to release glucose, and it is influenced by enzymes like glycogen phosphorylase.[5] (2) The breakdown of glycogen into glucose, a process that can be modulated in diabetes management.[6]
From: International Journal of Environmental Research and Public Health (MDPI)
(1) Hepatic glucose output is almost entirely derived from liver glycogenolysis at the initial stages of prolonged moderate to high-intensity exercise secondary to glucagon and noradrenaline-mediated activation of hepatic glycogen phosphorylase.[7] (2) Liver glucose increases as a result of exercise via two main processes, including glycogenolysis, contributing to energy production.[8]