Diet and diabetic state modify glycogen synthase activity and expression in rat hepatocytes

Keyphrases

• Glycogen Synthase 100%
• Diabetic 100%
• Rat Hepatocytes 100%
• Insulin 45%
• Hepatocytes 36%
• High-fat Diet 36%
• Simple Sugars 27%
• Diabetic Rats 18%
• Healthy Rats 18%
• Phosphorylation 9%
• Allosteric Regulation 9%
• Cycloheximide 9%
• Protein Expression 9%
• Sugar Diet 9%
• Healthy Animals 9%
• Glucose Transporter 2 (GLUT2) 9%
• Glycogen Synthesis 9%
• Fructose 9%
• Multisite Phosphorylation 9%
• Stimulatory Effect 9%
• Dietary Factors 9%
• Diabetes Distress 9%
• Regulatory Enzymes 9%
• Chow Diet 9%
• Incubation Media 9%
• Nutritional Condition 9%
• Isolated Hepatocytes 9%
• Phosphorylation Regulation 9%
• Hormonal Factors 9%
• Insulin Administration 9%
• Streptozotocin-induced Diabetes 9%
• Fat Diet 9%
• Hepatocyte Model 9%
• Insulin Stimulation 9%
• Actinomycin 9%

Biochemistry, Genetics and Molecular Biology

• Glycogen Synthase 100%
• Hepatocyte 100%
• Monosaccharide 27%
• Allosteric Regulation 9%
• Sucrose 9%
• Glycogenesis 9%
• Protein Expression 9%
• Synthase 9%
• GLUT2 9%
• Streptozotocin 9%
• Cycloheximide 9%
• Regulatory Enzymes 9%
• Dactinomycin 9%
• Fructose 9%

Pharmacology, Toxicology and Pharmaceutical Science

• Glycogen Synthase 100%
• Monosaccharide 27%
• Diabetes Mellitus 18%
• Synthetase 9%
• Glucose Transporter 2 9%
• Cycloheximide 9%
• Fructose 9%
• Dactinomycin 9%
• Streptozotocin-Induced Diabetes Mellitus 9%