How is the thioester bond generated in pyruvate oxidation? Why is this bond important in the...

Question

Question

How is the thioester bond generated in pyruvate oxidation? Why is this bond important in the next step?

science chemistry

Answer 1

Answer #1

The thioester bond formed is highly exorgenic and a large negative energy is released which is essential for other steps to take place in the cycle

PLEASE DO UPVOTE IF YOU LIKE MY ANSWER

THANKS

REGARDS

Add a comment

Answer 2

Similar Homework Help Questions

please answer both questions 6. Why is malate converted to pyruvate instead of oxaloacetate in the citrate shuttle?...

please answer both questions 6. Why is malate converted to pyruvate instead of oxaloacetate in the citrate shuttle? 7. Which molecule determines the fate of fatty-acyl CoA generated in the cytosol? Hint: consider which molecule regulates the enzyme that catalyzes the committed step of B oxidation. 6. Why is malate converted to pyruvate instead of oxaloacetate in the citrate shuttle? 7. Which molecule determines the fate of fatty-acyl CoA generated in the cytosol? Hint: consider which molecule regulates the enzyme...
please help, in general terms tell me about pyruvate oxidation. what is important to know

please help, in general terms tell me about pyruvate oxidation. what is important to know
How does malonyl-CoA effect fatty acid oxidation? Why is this important?

How does malonyl-CoA effect fatty acid oxidation? Why is this important?

When animal tissue does not have enough oxygen to support aerobic oxidation of pyruvate and NADH...

When animal tissue does not have enough oxygen to support aerobic oxidation of pyruvate and NADH produced in glycolysis, pyruvate is reduced to ethanol ketone bodies lactate acetyl co-A Next
The conversion of pyruvate to lactate is important because It is a step in gluconeogenesis. It...

The conversion of pyruvate to lactate is important because It is a step in gluconeogenesis. It is a way of making ATP. It allows for regeneration of NAD+ for glycolysis it occurs when there is a high amount of oxygen.
The process of β-oxidation requires fatty acids to be activated by transfer to Coenzyme- A. This...

The process of β-oxidation requires fatty acids to be activated by transfer to Coenzyme- A. This step is dependent on free energy provided by ATP. Briefly describe how breakage of high-energy bonds in ATP is linked to the transfer of fatty acids to Coenzyme A. What critical fatty acid intermediate is formed in this process? How is energy of phosphoanhydride bonds in ATP leveraged to facilitate the formation of the thioester bond between the fatty acid and Coenzyme A moieties?...

Glucose Pyruvate Acetyl-CoA Glycolysis Pyruvate Oxidation Bifunctional Dehydrogenase Ethanol The diagram above represents processes needed for...

Glucose Pyruvate Acetyl-CoA Glycolysis Pyruvate Oxidation Bifunctional Dehydrogenase Ethanol The diagram above represents processes needed for ethanol production in C. besci. For each numbered blank in the diagram, write the number and the molecule that the blank represents. Then answer the following questions. The glyceraldehyde 3 phosphate dehydrogenasse reaction in the previous question takes place in glycolysis. Write a concise and coherent explanation of why that reaction is needed to produce ethanol in C. bescii. Your answer must integrate the...
Where is HL7 used in openEMR? Where is it generated? Why is it important?

Where is HL7 used in openEMR? Where is it generated? Why is it important?
Why is genetic variation generated by meiosis and fertilization important evolutionarily

Why is genetic variation generated by meiosis and fertilization important evolutionarily

Question 1 A-C Question 2 Question 1: Glycolysis represents only very limited oxidation of glucose into...

Question 1 A-C Question 2 Question 1: Glycolysis represents only very limited oxidation of glucose into pyruvate, and may be followed up by fermentation involving reduction of pyruvate, not further oxidation. Part A. (4 points) Explain how one molecule of NAD+ plays important roles in both parts of the above paired reactions, specifically mentioning how it is involved in both oxidation and reduction Part B. (4 points) The enzymes involved in the reduction of pyruvate to lactate or ethanol have...