Determine the net yield of ATP from 10 glucose molecules released from muscle glycogen during anaerobic conditions and compare this to the net yield of ATP from 10 glucose molecules obtained from circulating blood.
Net ATP from 1 glucose molecule from circulating blood stream
Is 30 ATP
so from 10 glucose molecule total =30*10=300 ATP prosduced
Glucose release from glycogen produces =31 ATP
Because in glycogenolysis glycogen converted into glucose 1 phosphate and it is converted into Glucose 6 phosphate and then enter into glycolysis from here,,,, there is no ATP required yo convert glycogen into glucose 1 p or glucose 1 phosphate to glucose 6 phosphate (in glycolysis when glucose cinvert into glucose 6 phosphate ATP is required)
So there is 1 less consumption of ATP
So, here 31 ATP from 1 glucose from glycogen
From 10 glucose=31*10
=310 ATP
Determine the net yield of ATP from 10 glucose molecules released from muscle glycogen during anaerobic...
3. During exercise, skeletal muscle also maintains a glucose supply through glycogen degradation. Determine the energetic cost of maintaining glucose to the muscle by this mechanism, taking into account the costs of storage and utilization. OPTIONS ARE: -6 -4 -2 0 +2 +4 +6 Pathway ATP generated ATP/GTP consumed Net ATP/GTP Glucose -> glycogen glycogen -> glucose Net ATP/GTP
During glycogenolysis, muscle cells consume most of the glucose released from the stored glycogen; while liver cells export most of the glucose released from the stored glycogen. Why do the muscles and liver behave so differently and how do you explain this phenomenon?
1.) ( 3 pts) Glucose monomers are released from glucose by the action of glycogen phosphorylase. Glycogen, + Pi -glucose-1-P + glycogenn-1 The glucose-1-P is then converted into glucose-6-P by the action of phosphoglucomutase. What would be the net ATP and NADH generated during glycolysis using the glucose-1-P generated from the catabolism of the nonreducing end of glycogen into 2 lactates? GIC-6 P 2 pyruvates PFK Net NADHER 4ATPI 2 NADH ATP=3
2. During exercise, skeletal muscle generates lactate by anaerobic glycolysis. Lactate enters the blood stream and is taken up by the liver, which recycles it back to glucose through gluconeogenesis. This is known as the Cori cycle. Determine the energetic cost of maintaining glucose to the muscle by this mechanism. OPTIONS ARE: -6 -4 -2 0 +2 +4 +6 Pathway ATP generated ATP/GTP consumed Net ATP/GTP Glucose -> lactate Lactate -> glucose Net ATP/GTP
What is the net yield of ATP produced by the anaerobic fermentation of one molecule of galactose to two molecules of lactate in myocytes. The answer is 2 ATP but what is the explanation for that? I keep getting 3 ATP since galactose enters the glycolytic pathway at Glucose 6 phosphate and bypasses the hexokinase ATP retirement, thus giving the regular 2 ATP from glycolysis and an additional ATP that was not used in the hexokinase reaction. Thus giving 3...
What is the net yield of CO2 (in moles) when 1 mol of glucose and 1 mol galactose undergoes anaerobic fermentation to ethanol? What is the net yield of NADH (in moles) when 1 mol of glucose and 1 mol of galactose undergoes anaerobic fermentation to ethanol? What is the net yield of ATP (in moles) when 2 mol of glucose is mobilized from glycogen and converted to lactate?
Skeletal muscle cells derive much of their energy from glucose, especially during anaerobic periods of strenuous exercise. Briefly describe the glycolysis pathway, including the high-energy molecules generated under this condition
4. Referring to the preceding question, how and why does the net yield of ATP molecules differ in mammalian muscle cells? Be specific. 3. Complete Table 2 to account for the net yield of ATP molecules produced from the oxidation of one glucose molecule in mammalian liver cells. (12 points) TABLE 2 Pathway # ATP #NADH #ATP made in ox-phos by this pathway's NADH #FADH2 # ATP made in ox-phos by this pathway's FADH Glycolysis Transition Reaction Citric Acid Cycle...
2a. What is the net yield of ATP from 1 glucose molecule metabolized anaerobically to lactate? b. Why is the end product of anaerobic glycolysis in cells lactate, rather than pyruvate?
The product of glycogenolysis enters glycolysis: what is the net ATP yield under anaerobic conditions? 32 ATP 2 ATP 33 ATP 3 ATP