What potentially happened at 10 AM in Logan’s body? Group of answer choices Blood glucose in the circulation would increase significantly Glycogenesis would increase in his liver Triacylglycerols would increase in the lymphatic circulation Glucagon would cause glycogen degradation in his muscle
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QUESTION 12 Secretion of insulin increases after a meal in order to maintain blood glucose levels. Which of the following processes is most likely to occur in the liver during the fed state? A. Glycolysis is stimulated B. Gluconeogenesis is stimulated C. Enhanced rate of Cori cycle D. Suppression of lipolysis QUESTION 13 Which of the following processes is least likely to occur during overnight fasting? A. Protein catabolism increases in the liver to increase gluconeogenesis. B. Lipolysis in provide faty acid for beta oxidation in adipose tissue. C. Muscle cells start using more fatty acids instead of glucose. D. The rate of glycogen synthesis increases in the liver to maintain blood glucose levels.
Caryl A.
Jenny W.
1. Glucagon causes a set of reactions that leads to stimulation of glycogenolysis. The higher cAMP levels caused a drop in fructose-2,6-bisphosphate levels. Determine what would happen to glucose-6-phosphate generated from glycogenolysis - do you think they would be exported to blood or processed via glycolysis? a. none are correct b. glycogenesis increased in liver c. glycogenesis decreases in muscle d. glycolysis inhibited in liver b/c fructose-2,6-bisphosphate would deactivate phosphofructokinase e. in muscle glucose-6-phosphate is released into blood directly as glucose-6-phosphate b/c it doesn't have enzyme 'glucose-6-phosphatase' f. Glucose-6-phosphate is dephosphorylated to glucose and exported to blood via hepatocytes (liver cells)
Sri K.
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