Neural Networks and Rules-based Systems used to Find Rational and Scientific Correlations between being Here and Now with Afterlife Conditions
Neural Networks and Rules-based Systems used to Find Rational and
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Dr. Vickram
Abstracts -Liver glycogen content and liver glycogen synthesis are lowered in diabetes mellitus due to lack of functioning insulin. Many enzymes of glycogen metabolism as well as glucose metabolism are sulfhydryl in nature and are affected by changes in cellular thiol-disulfide ratio. Certain low molecular weight thiols can influence glucose uptake and utilization in fat cells and in muscle cells. A study was undertaken to establish the effect of thiopropanol ( 3-mercapto 1 propanol) on glycogen breakdown in isolated alloxan diabetic liver. The results indicate that thiopropanol influences glycogen breakdown, lactic acid production in alloxan diabetic liver which may be attributed to increased activity of hexokinase in thiopropanol-exposed-alloxan diabetic liver
Dr. Vickram. 1970. \u201cTHIOPROPANOL INDUCED CHANGES IN GLYCOGEN BREAKDOWN IN ALLOXAN DIABETIC LIVER\u201d. Unknown Journal GJMR Volume 11 (GJMR Volume 11 Issue 1): .
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Total Score: 109
Country: India
Subject: Uncategorized
Authors: Dr. Vickram, Divya D, Vijay V, Kashinath.R.T (PhD/Dr. count: 1)
View Count (all-time): 175
Total Views (Real + Logic): 21260
Total Downloads (simulated): 11060
Publish Date: 1970 01, Thu
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Neural Networks and Rules-based Systems used to Find Rational and
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Abstracts -Liver glycogen content and liver glycogen synthesis are lowered in diabetes mellitus due to lack of functioning insulin. Many enzymes of glycogen metabolism as well as glucose metabolism are sulfhydryl in nature and are affected by changes in cellular thiol-disulfide ratio. Certain low molecular weight thiols can influence glucose uptake and utilization in fat cells and in muscle cells. A study was undertaken to establish the effect of thiopropanol ( 3-mercapto 1 propanol) on glycogen breakdown in isolated alloxan diabetic liver. The results indicate that thiopropanol influences glycogen breakdown, lactic acid production in alloxan diabetic liver which may be attributed to increased activity of hexokinase in thiopropanol-exposed-alloxan diabetic liver
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