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Definition of Glycogenolysis
1. Noun. (biochemistry) The production of glucose-1-phosphate by splitting a glucose monomer from glycogen using inorganic phosphate ¹
¹ Source: wiktionary.com
Definition of Glycogenolysis
1. [n -LYSES]
Medical Definition of Glycogenolysis
1. The breaking down, or catabolism, of the polysaccharide glycogen into molecules of the sugar glucose and molecules of glucose 1-phosphate within the body by enzymes. The enzymes are controlled by nerve impulses and hormones. Origin: Gr. Lysis = dissolution (09 Oct 1997)
Lexicographical Neighbors of Glycogenolysis
Literary usage of Glycogenolysis
Below you will find example usage of this term as found in modern and/or classical literature:
1. Transactions by American Gastroenterological Association (1908)
"When the mean arterial bloodpressure is greatly lowered by the operation, then
the hepatic artery blood-supply is insufficient to prevent a glycogenolysis ..."
2. Proceedings of the American Society of Biological Chemists by American Society of Biological Chemists (1907)
"The rate of post mortem glycogenolysis was studied in two ways: A—By leaving the
... By the first method, it was found that glycogenolysis is quite slow ..."
3. The Harvey Lectures by Harvey Society of New York, New York Academy of Medicine (1915)
"It deserves serious consideration, for it has been shown that very little postmortem
glycogenolysis occurs in the intact liver of frogs in winter—even ..."
4. A Text-book of physiology: For Medical Students and Physicians by William Henry Howell (1915)
"Whether the loss of the internal secretion of the pancreas affects the stage of
glycogenolysis or the stage of glycolysis is perhaps an open question. ..."
5. A Manual of Physiology: With Practical Exercises by George Neil Stewart (1918)
"Lymph also contains a diastase, but there is evidence that the post-mortem
glycogenolysis is chiefly due to an enzyme contained in the hepatic culls (an ..."
6. Diabetes in America by Ronald Aubert (1996)
"It results from multiple mechanisms including the cu-adrenergic inhibition of
insulin secretion, p-adrenergic stimulation of hepatic glycogenolysis and ..."