To answer this question, please reference the Problem Solving Video: Metabolism of a Fat Based Diet....
- two molecules of acetyl CoA.
- two molecules of propionyl CoA.
- one molecule of acetyl CoA and one molecule of propionyl CoA.
- one molecule of acetyl CoA and one molecule of acetoacetate.
Homework Answers
Third option
Beta oxidation is the process by which fatty acid molecules are broken down to release ATP. It takes place in mitochondrial matrix.
Beta oxidation of fatty acid containing even number of carbon release only acetyl coenzyme a in the end along with ATP.
Beta oxidation of fatty acid containing odd number of carbon release one molecule of propanoyl coenzyme A and rest all are acetyl coenzyme A. In the end one molecule of acetyl coenzyme and one molecule of propanoyl coenzyme A are released.
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To answer this question, please reference the Problem Solving Video: Metabolism of a Fat Based Diet....
EOS Fatty acid metabolism: Q1 1 point possible (graded) Fatty acid synthase is primed with two...
EOS Fatty acid metabolism: Q1 1 point possible (graded) Fatty acid synthase is primed with two molecules at the beginning of odd-chain fatty acid synthesis. What are these TWO molecules? Propionyl-COA Palmitoyl-CoA Malonyl-CoA Acetyl-COA I Acyl-Coa union How many molecules of malonyl-CoA would be invested to synthesize one molecule of the fatty acid shown above? How many molecules of NADPH would be invested to synthesize one molecule of the fatty acid shown above? How many molecules of ATP would be...
Below are statements regarding the body's inability to convert fat to carbohydrates. Select the statements that...
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Need help with both questions, thank you! Question 11 The final product of fatty acid oxidation...
Need help with both questions, thank you!
Question 11 The final product of fatty acid oxidation of an odd-numbered fatty acid chain is propionyl COA. What is it converted to? alanine succinyl COA O glutamate ketone bodies acetyl COA Question 12 Fatty acid synthesis is reductive biosynthesis. What molecule reduces the carbons during fatty acid synthesis? NADPH O heme FADH2 O NADH acetyl COA
Fatty Acid Metabolism. The reactions of the fatty acid spiral are shown below. Use the description...
Fatty Acid Metabolism. The reactions of the fatty acid spiral are shown below. Use the description on the left side of the page to classify the reactions and fill in the boxes on the right side of the page Activation Step. The activation of the fatty acid begins by the addition of CoA which will carry the fatty acid from the cytosol into the mitochondria. The product, which is a fatty acid with a CoA attached, is known as a...
17. 10.00 ponts value 3 out of 3 attempts Ass Enter your answer in the provided box. How many ATP molecules are produced from each acetyl CoA molecule generated in p-oxidation that enters the ci...
17. 10.00 ponts value 3 out of 3 attempts Ass Enter your answer in the provided box. How many ATP molecules are produced from each acetyl CoA molecule generated in p-oxidation that enters the citric acid cycle? 114 ATP molecules Enter your answer in numerical form in the provided box. TRY AGAIN Each acetyl CoA that enters the citric acid cycle produces GTP, NADH and FADH How many ATP form from each of those molecules? References eBook &Resources Difficulty. 2...
40.Fatty acid synthase is an enzyme in the lipid metabolism pathway, that: A. occurs in the...
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please write clearly. thanks! 2. Stearic acid is the common name for the C18 straight-chain, saturated...
please write clearly. thanks!
2. Stearic acid is the common name for the C18 straight-chain, saturated fatty acid. (a) Draw the structure of the fatty acyl-CoA that this forms (you don't have to draw out all of the atoms in coenzyme A; you can represent it as S-CoA), and then show all of the reactions (draw all of the compounds formed) when the eighteen carbon fat is converted to two molecules of acetyl-CoA and the fourteen-carbon fat via two turns...
magnment Score: 50.8% Resources Hint Check Answer Question 31 of 32 > Please reference the Problem...
magnment Score: 50.8% Resources Hint Check Answer Question 31 of 32 > Please reference the Problem Solving Video: Arsenate Poisoning and Tracking ATP Generation Through Glycolysis. The use of arsenate instead of phosphate by glyceraldehyde 3.phosphate dehydrogenase produces 1-arseno-3-phosphoglycerate. Assume that the presence of arsenate only affects the glycolysis step catalyzed by glyceraldehyde 3-phosphate dehydrogenase and that 1-arseno-3.phosphoglycerite spontaneously hydrolyres to form 3-phosphoglycerate. How many ATP molecules would a single round of glycolysis consume and produce in this scenario? ATP...
From the information in Chapter 8 on metabolism and Appendix A, we can see the multiple...
From the information in Chapter 8 on metabolism and Appendix A, we can see the multiple metabolic pathways involved in generating ATP from the breakdown of the nutrients glucose, protein and fats. Glycolysis generates pyruvate, the pyruvate then becomes Acetyl CoA, which enters the Krebs Cycle (TCA), products of the Krebs Cycle then enter the Electron Transport Chain (ETC) where ATP is the final product. Fat breakdown (beta-oxidation) also generates Acetyl CoA, which then enters the Krebs Cycle to produce...
EOS Fatty acid metabolism: Q1 1 point possible (graded) Fatty acid synthase is primed with two molecules at the beginning of odd-chain fatty acid synthesis. What are these TWO molecules? Propionyl-COA Palmitoyl-CoA Malonyl-CoA Acetyl-COA I Acyl-Coa union How many molecules of malonyl-CoA would be invested to synthesize one molecule of the fatty acid shown above? How many molecules of NADPH would be invested to synthesize one molecule of the fatty acid shown above? How many molecules of ATP would be...
Need help with both questions, thank you!
Question 11 The final product of fatty acid oxidation of an odd-numbered fatty acid chain is propionyl COA. What is it converted to? alanine succinyl COA O glutamate ketone bodies acetyl COA Question 12 Fatty acid synthesis is reductive biosynthesis. What molecule reduces the carbons during fatty acid synthesis? NADPH O heme FADH2 O NADH acetyl COA
Fatty Acid Metabolism. The reactions of the fatty acid spiral are shown below. Use the description on the left side of the page to classify the reactions and fill in the boxes on the right side of the page Activation Step. The activation of the fatty acid begins by the addition of CoA which will carry the fatty acid from the cytosol into the mitochondria. The product, which is a fatty acid with a CoA attached, is known as a...
17. 10.00 ponts value 3 out of 3 attempts Ass Enter your answer in the provided box. How many ATP molecules are produced from each acetyl CoA molecule generated in p-oxidation that enters the citric acid cycle? 114 ATP molecules Enter your answer in numerical form in the provided box. TRY AGAIN Each acetyl CoA that enters the citric acid cycle produces GTP, NADH and FADH How many ATP form from each of those molecules? References eBook &Resources Difficulty. 2...
40.Fatty acid synthase is an enzyme in the lipid metabolism pathway, that: A. occurs in the mitochondrion in animal cells, 2 nor Section A B. utilises NADH as an electron donor C) requires NADPH as a substrate. D. requires acetic acid as a substrate. E. consists of a single multifunctional protein in plants and bacteria. 41.One round of beta oxidation produces 1 molecule of acetyl-CoA from a saturated Acyl-CoA molecule. Which reducing equivalents are made in this process in which...
please write clearly. thanks!
2. Stearic acid is the common name for the C18 straight-chain, saturated fatty acid. (a) Draw the structure of the fatty acyl-CoA that this forms (you don't have to draw out all of the atoms in coenzyme A; you can represent it as S-CoA), and then show all of the reactions (draw all of the compounds formed) when the eighteen carbon fat is converted to two molecules of acetyl-CoA and the fourteen-carbon fat via two turns...
magnment Score: 50.8% Resources Hint Check Answer Question 31 of 32 > Please reference the Problem Solving Video: Arsenate Poisoning and Tracking ATP Generation Through Glycolysis. The use of arsenate instead of phosphate by glyceraldehyde 3.phosphate dehydrogenase produces 1-arseno-3-phosphoglycerate. Assume that the presence of arsenate only affects the glycolysis step catalyzed by glyceraldehyde 3-phosphate dehydrogenase and that 1-arseno-3.phosphoglycerite spontaneously hydrolyres to form 3-phosphoglycerate. How many ATP molecules would a single round of glycolysis consume and produce in this scenario? ATP...
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