Which of the following is not believed to be a reason that the trained athlete p

Question

Which of the following is not believed to be a reason that the trained athlete performs better at the same absolute intensity than the lesser trained person Increased cardiovascular capacity Increased activity of oxidative enzymes Increased urea synthesis Increased mitochondrial volume density The synthesis of many nonessential amino acids involves transamination true false Insulin has all but the following effect on metabolism Increase glucose uptake Increase glycogen synthesis Increase glycogen breakdown Increase glycolysis In the absence of food, a major metabolic fuel shift occurs in an effort to spare body protein in the following state Postabsorptive Fasting Starvation Body protein is conserved equally in each state In the fasting state is the primary supplier of glucose via gluconeogenesis Lactate Lactose Glycogen Amino acids from muscle protein All of the above are equal providers of glucose The following is not a function of the kidney Gluconeogenesis Urea synthesis Nonessential amino acid synthesis Deamination of glutamine for ammonia synthesis in acidosis All of the above are functions of the kidney What is chenodeoxycholic acid? ketone body hormone conjugated bile acid enzyme bile acid You would find phosphofructokinase in the following pathway. glycolysis gluconeogenesis B-oxidation fatty add synthesis more than one of the above

Explanation / Answer

Answer:

37. Athlets perform better who trained beacuse (a) increase cardiovascular capacity

38. The synthesis of many non-aminoacids involves transmination (a) True

39. Insulin has effect on metabolism (b) increases glycogen sysnthesis

40. In the absence of food, the major metabolic shift of protein is in the state of (c) starvation

41. In the fasting state (d) amino acids from muscle protein in the pathway supplier of glucose via gluconeogenesis

42. Gluconeogenesis is not a function of the kidney

43. The chenodeoxycholic acid is (c) conjugated bile acid

44. you would finf phosphofructokinase in the following pathway (a) glycolysis

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