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The carbon skeletons of amino acids can be catabolised via various steps. These end products are often intermediates of the citric acid cycle. For example: Valine →→→ → succinyl-CoA Arginine - →→→ a-ketoglutarate Aspartate →→→ oxaloacetate What is the theoretical ATP yield from the catabolism of the end product of valine degradation feeding into the citric acid cycle? (Your answer should consider ATP production from the citric acid cycle up until oxaloacetate, as well as electron transport chain-mediated production of ATP. Your answer should be a number, without any other text. E.g.: 2. The image below has been provided to help you.) Acetyl-CoA NADH Oxaloacetate Malate Fumarate Citrate Isocitrate * a-Ketoglutarate CO₂ CO₂ NADH NADHO

The carbon skeletons of amino acids can be catabolised via various steps. These end products are often intermediates of the citric acid cycle. For example: Valine →→→ → succinyl-CoA Arginine - →→→ a-ketoglutarate Aspartate →→→ oxaloacetate What is the theoretical ATP yield from the catabolism of the end product of valine degradation feeding into the citric acid cycle? (Your answer should consider ATP production from the citric acid cycle up until oxaloacetate, as well as electron transport chain-mediated production of ATP. Your answer should be a number, without any other text. E.g.: 2. The image below has been provided to help you.) Acetyl-CoA NADH Oxaloacetate Malate Fumarate Citrate Isocitrate * a-Ketoglutarate CO₂ CO₂ NADH NADHO

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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1 The carbon skeletons of amino acids can be catabolised via various steps. These end products are often intermediates of the citric acid cycle. 100X0 0801 For example: Valine →→→succinyl-CoA Arginine →→→ a-ketoglutarate Aspartate →→→→ oxaloacetate What is the theoretical ATP yield from the catabolism of the end product of valine degradation feeding into the citric acid cycle? OND OND (Your answer should consider ATP production from the citric acid cycle up until oxaloacetate, as well as electron transport chain-mediated production of ATP. Your answer should be a number, without any other text. E.g.: 2. The image below has been provided to help you.):00:0 Acetyl-CoA NADH Oxaloacetate Malate Fumarate 1. 040 Citrate Isocitrate * a-ketoglutarate f Succinyl-CoA CO2 CO₂ NADH NET 16. 0 10:00:0ONDI NADH DOROHOI
Transcribed Image Text:1 The carbon skeletons of amino acids can be catabolised via various steps. These end products are often intermediates of the citric acid cycle. 100X0 0801 For example: Valine →→→succinyl-CoA Arginine →→→ a-ketoglutarate Aspartate →→→→ oxaloacetate What is the theoretical ATP yield from the catabolism of the end product of valine degradation feeding into the citric acid cycle? OND OND (Your answer should consider ATP production from the citric acid cycle up until oxaloacetate, as well as electron transport chain-mediated production of ATP. Your answer should be a number, without any other text. E.g.: 2. The image below has been provided to help you.):00:0 Acetyl-CoA NADH Oxaloacetate Malate Fumarate 1. 040 Citrate Isocitrate * a-ketoglutarate f Succinyl-CoA CO2 CO₂ NADH NET 16. 0 10:00:0ONDI NADH DOROHOI
1 The carbon skeletons of amino acids can be catabolised via various steps. These end products are often intermediates of the citric acid cycle. 100X0 0801 For example: Valine →→→succinyl-CoA Arginine →→→ a-ketoglutarate Aspartate →→→→ oxaloacetate What is the theoretical ATP yield from the catabolism of the end product of valine degradation feeding into the citric acid cycle? OND OND (Your answer should consider ATP production from the citric acid cycle up until oxaloacetate, as well as electron transport chain-mediated production of ATP. Your answer should be a number, without any other text. E.g.: 2. The image below has been provided to help you.):00:0 Acetyl-CoA NADH Oxaloacetate Malate Fumarate 1. 040 Citrate Isocitrate * a-ketoglutarate f Succinyl-CoA CO2 CO₂ NADH NET 16. 0 10:00:0ONDI NADH DOROHOI
Transcribed Image Text:1 The carbon skeletons of amino acids can be catabolised via various steps. These end products are often intermediates of the citric acid cycle. 100X0 0801 For example: Valine →→→succinyl-CoA Arginine →→→ a-ketoglutarate Aspartate →→→→ oxaloacetate What is the theoretical ATP yield from the catabolism of the end product of valine degradation feeding into the citric acid cycle? OND OND (Your answer should consider ATP production from the citric acid cycle up until oxaloacetate, as well as electron transport chain-mediated production of ATP. Your answer should be a number, without any other text. E.g.: 2. The image below has been provided to help you.):00:0 Acetyl-CoA NADH Oxaloacetate Malate Fumarate 1. 040 Citrate Isocitrate * a-ketoglutarate f Succinyl-CoA CO2 CO₂ NADH NET 16. 0 10:00:0ONDI NADH DOROHOI
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