Question

After extended periods of exercise in the fasted state but in the presence of abundant oxygen: Muscle tissues break down protein by proteasomal degradation, directly producing ATP Muscle tissues break down protein and converts the resulting amino acids to alanine and alpha ketoacids by transamination of pyruvate Muscle tissues breaks down protein by receptor-mediated endocytosis, directly producing ATP Muscle tissues synthesize their own glucose by gluconeogenesis to fuel ATP synthesis Muscle tissues break down stored glycogen to pyruvate that is then reduced to lactic acid

          After extended periods of exercise in the fasted state but in the presence of abundant oxygen:

Muscle tissues break down protein by proteasomal degradation, directly producing ATP

Muscle tissues break down protein and converts the resulting amino acids to alanine and alpha ketoacids by transamination of pyruvate

Muscle tissues breaks down protein by receptor-mediated endocytosis, directly producing ATP

Muscle tissues synthesize their own glucose by gluconeogenesis to fuel ATP synthesis

Muscle tissues break down stored glycogen to pyruvate that is then reduced to lactic acid

After extended periods of exercise in the fasted state but in the presence of abundant oxygen:

Muscle tissues break down protein by proteasomal degradation, directly producing ATP

Muscle tissues break down protein and converts the resulting amino acids to alanine and alpha ketoacids by transamination of pyruvate

Muscle tissues breaks down protein by receptor-mediated endocytosis, directly producing ATP

Muscle tissues synthesize their own glucose by gluconeogenesis to fuel ATP synthesis

Muscle tissues break down stored glycogen to pyruvate that is then reduced to lactic acid

Added by Kenneth T.

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