
E. 20.5 ATP 28. What is the yield of ATP (or ATP equivalents) that can be...
What is the net yield of ATP (or equivalents) that can be
expected from this?
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Question 2 1 pts Assume that one molecule of phosphoenolpyruvate (PEP) is catabolized under aerobic conditions. What is the net yield of ATP (or equivalents) that can be expected from this? Assume that re-oxidation of NADH via the electron transport chain yields the equivalent of 2.5 ATP, and that re-oxidation of FADH2 yields...
6. Draw the structure and calculate the yield, in ATP equivalents, upon complete aerobic oxidation of melissic acid (30:0). 7. Draw the structure and calculate the yield, in ATP equivalents, upon complete aerobic oxidation of lignoceric acid (24:0). 8. Draw the structure and calculate the yield, in ATP equivalents, upon complete aerobic oxidation of montanic acid (28:0). 9. Draw the structure and calculate the yield, in ATP equivalents, upon complete aerobic oxidation of lacceroic acid (32:0).
1. Draw the structure and calculate the yield, in ATP equivalents, upon complete aerobic oxidation of lauric acid (12:0). 2. Draw the structure and calculate the yield, in ATP equivalents, upon complete aerobic oxidation of myristic acid (14:0). 3. Draw the structure and calculate the yield, in ATP equivalents, upon complete aerobic oxidation of arachidir acid (200)
Aspartate can be degragated to NH4, CO2, and H2O to produce ATP energy by its carbons entering the TCA cycle. How many molecules of ATP can be generated from each molecule of this amino acid? using NADH=2.5 ATPS and FADH2=1.5 ATPs
How many net ATP molecules (equivalents of ATP, including those made directly, those made from NADH or FADH2 and GTP) are generated during the complete oxidation of 1 molecule of 1,3-bisphosphoglycerate (1,3BPG) in skeletal muscle? (hint: think about the NADH shuttles). Explain.
How many net ATP molecules (equivalents of ATP, including those made directly, those made from NADH or FADH2 and GTP) are generated during the complete oxidation of 1 molecule of 1,3-bisphosphoglycerate (1,3BPG) in skeletal muscle? (hint: think about the NADH shuttles) Explain. The answer is 14.5 ATP molecules but explain to me how to get to that answer thank you
b. Demonstrate the total energy yield in terms of ATP equivalents for the complete catabom acetyl CoA molecule. Enzyme name ATP or GTP from NADH FADH2 ATP substrate-level equivalents phosphorylation TOTAL [2 marks] c. Explain why the TCA cycle is important for both anabolism and catabolism (amphibolic reactions). [2 marks]
9) Why store energy as fat? Determine the NET yield of ATP from the complete oxidation of one molecule of the fatty acid stearic acid (18:0) to Co, as compared to the complete oxidation of the 18 total carbons in 3 molecules of glucose. On an ATP/carbon basis, how much more efficient in percent), is the oxidation of fats than carbohydrates for providing energy to the cell? Show your work for each part. (8 points) Net ATP yield of stearic...
Assuming 2 ATP per NADH and 1 ATP per FADH, how many moles of ATP can be generated in E. coli cell when one mole of myristic acid (14:0) is completely oxidized during beta-oxidation? Assume only FADH is produced during beta-oxidation. a. 67 ATP/mole 14:0 b. 68 ATP/mole 14:0 c. 69 ATP/mole 14:0 d. 70 ATP/mole 14:0
How many net ATP equivalents are generated by the complete break down of a 12-Carbon fatty acid molecule? CASH ATP Me AMP + 2HPO! Media CH,CH-CH-CH-C-8-Cai ACA PAD FADH, H CHYCH. - - H trasenyl-Con но нно CH, CH-C-c-e-s-Cell Он н NAD NADH 2. som CHÚCH-CCH,-c-8-CaA Thia CoA-SH CH/CH, -c-S-COACH, ----COA All AC 000 100 ATP O 95 ATP 124 ATP 097 ATP O 117 ATP O 146 ATP