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In the cellen there is glucose that is fermented. You should follow the reaction paths the glucose molecules can take, through glycolysis and "Mixed acid fermentation" to the end products you see in the reaction overview. From one glucose are formed 2 phosphoenolpyruvate. Then there are several possible paths. In the case of phosphoenolpyruvate, pyruvate and acetylCoA, the pathways divide and one molecule can go one way while the other goes another way. In the task, acetate is a given end product, but which is the other for the summation reaction to be both stoichiometric and redox balanced? glucose glycolysis Pi CO2 acetoin phosphoenolpyruvate oxaloacetate H+ ADP PPC CO2 NADH + H a-ALD PYK MDH CO2 ATP NAD NADH +H NAD a-acetolactate pyruvate lactate malate a-ALS LDH COA CO2 PFL FUM H2 formate H:O FHL fumarate acetyl-CoA NADH + H P. NADH + H FRD COA + NAD" ADH PTA CoA NAD acetaldehyde acetyl-phosphate succinate NADH + H ADP ADH АСК NAD ATP ethanol acetate

In the cellen there is glucose that is fermented. You should follow the reaction paths the glucose molecules can take, through glycolysis and "Mixed acid fermentation" to the end products you see in the reaction overview. From one glucose are formed 2 phosphoenolpyruvate. Then there are several possible paths. In the case of phosphoenolpyruvate, pyruvate and acetylCoA, the pathways divide and one molecule can go one way while the other goes another way. In the task, acetate is a given end product, but which is the other for the summation reaction to be both stoichiometric and redox balanced? glucose glycolysis Pi CO2 acetoin phosphoenolpyruvate oxaloacetate H+ ADP PPC CO2 NADH + H a-ALD PYK MDH CO2 ATP NAD NADH +H NAD a-acetolactate pyruvate lactate malate a-ALS LDH COA CO2 PFL FUM H2 formate H:O FHL fumarate acetyl-CoA NADH + H P. NADH + H FRD COA + NAD" ADH PTA CoA NAD acetaldehyde acetyl-phosphate succinate NADH + H ADP ADH АСК NAD ATP ethanol acetate

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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In the cellen there is glucose that is fermented. You should follow the reaction paths the glucose molecules can take, through glycolysis and "Mixed acid fermentation" to the end products you see in the reaction overview. From one glucose are formed 2 phosphoenolpyruvate. Then there are several possible paths. In the case of phosphoenolpyruvate, pyruvate and acetylCoA, the pathways divide and one molecule can go one way while the other goes another way. In the task, acetate is a given end product, but which is the other for the summation reaction to be both stoichiometric and redox balanced? glucose glycolysis Pi CO2 acetoin phosphoenolpyruvate oxaloacetate H+ ADP PPC CO2 NADH + H a-ALD PYK MDH CO2 ATP NAD NADH +H NAD a-acetolactate pyruvate lactate malate a-ALS LDH COA CO2 PFL FUM H2 formate H:O FHL fumarate acetyl-CoA NADH + H P. NADH + H FRD COA + NAD" ADH PTA CoA NAD acetaldehyde acetyl-phosphate succinate NADH + H ADP ADH АСК NAD ATP ethanol acetate
Transcribed Image Text:In the cellen there is glucose that is fermented. You should follow the reaction paths the glucose molecules can take, through glycolysis and "Mixed acid fermentation" to the end products you see in the reaction overview. From one glucose are formed 2 phosphoenolpyruvate. Then there are several possible paths. In the case of phosphoenolpyruvate, pyruvate and acetylCoA, the pathways divide and one molecule can go one way while the other goes another way. In the task, acetate is a given end product, but which is the other for the summation reaction to be both stoichiometric and redox balanced? glucose glycolysis Pi CO2 acetoin phosphoenolpyruvate oxaloacetate H+ ADP PPC CO2 NADH + H a-ALD PYK MDH CO2 ATP NAD NADH +H NAD a-acetolactate pyruvate lactate malate a-ALS LDH COA CO2 PFL FUM H2 formate H:O FHL fumarate acetyl-CoA NADH + H P. NADH + H FRD COA + NAD" ADH PTA CoA NAD acetaldehyde acetyl-phosphate succinate NADH + H ADP ADH АСК NAD ATP ethanol acetate
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