Question 18 Increased fat oxidation capacity in muscle with training is driven by the following factors EXCEPT: Increased transport of fat to the muscle during exercise Increased intramyocellular fat storage Decreased reliance on glycogen as the primary fuel source for muscle during exercise Increased mitochondrial biogenesis Question 19 Glycogen supercompensation as an adaptation to training is due to the following factors EXCEPT: Increased rate of glycogenolysis Increased insulin sensitivity Increased muscle glucose uptake Increased muscle GLUT 4 expression
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18 Increased fat oxidation capacity in muscle with training is driven by the following factors EXCEPT: increased transport of fat to the muscle during exercise, increased intramyocellular fat storage, decreased reliance on glycogen as the primary fuel source for Show more…
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Question 18 Increased fat oxidation capacity in muscle with training is driven by the following factors EXCEPT: - Increased transport of fat to the muscle during exercise - Increased intramyocellular fat storage - Decreased reliance on glycogen as the primary fuel source for muscle during exercise - Increased mitochondrial biogenesis Question 19 Glycogen supercompensation as an adaptation to training is due to the following factors EXCEPT: - Increased rate of glycogenolysis - Increased insulin sensitivity - Increased muscle glucose uptake - Increased muscle GLUT4 expression
Madhur L.
1. In skeletal muscle, the net gain of ATP from complete oxidation of one glucose is Select one: A. 28 B. 30 C. 32 D. 34 E. 2 2. What is the preferred fuel molecule utilized by the brain? Select one: A. fatty acid B. proteins C. glucose D. glycogen E. ketone bodies 3. Which of the following is/are not (an) anaplerotic reaction(s) to replenish TCA cycle intermediates? Select one or more: A. Oxaloacetate + Acetyl-CoA > Citrate B. Pyruvate > Oxaloacetate C. Propionyl-CoA > Succinyl-CoA D. Aspartate > Oxaloacetate E. Pyruvate > Acetyl-CoA
Alexander B.
Enlargement of muscles due to exercise is the result of an increase in the number of motor units. Mitosis that produces more skeletal muscle fibers. an increase in available ATP. an increase in cell size due to increase in intracellular proteins (cell hypertrophy).
Marlyn J.
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