The exergonic nature of glycogen synthase reaction. Introduction: In glycogen synthase reaction, uridine diphosphate glucose is added to the developing glycogen chain by the glycogen synthase enzyme. This glycogen synthesis reaction is exergonic. The other important feature is breaking down of glycogen reaction is also exergonic.

Question

Want to see the full answer?

Answer 1

Question

Chapter 22, Problem 4P

Interpretation Introduction

To explain:

The exergonic nature of glycogen synthase reaction.

Introduction:

In glycogen synthase reaction, uridine diphosphate glucose is added to the developing glycogen chain by the glycogen synthase enzyme. This glycogen synthesis reaction is exergonic. The other important feature is breaking down of glycogen reaction is also exergonic.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Consider decosanoic acid C12H43CO2H SUB PART TO BE SOLVED How many cycles of beta-oxidation are needed for complete oxidation? How many molecules of ATP are formed from the complete catabolism of this fatty acid? Show the complete computation. How many moles of ATP per gram of fatty acid is formed from the complete catabolism of the given fatty acid? What is the molar mass of the given fatty acid? Solution: Show here the complete computations, [from 1 to 4]

. Pyruvate can be processed under anaerobic conditions to ethanol (in yeast) or to lactate (in mammals), as shown. Explain the primary purpose of these reactions. Describe the major biochemical features of each reaction

M-CSA Mechanism and Catalytic Site Atlas (ebi.ac.uk) (ii) Acyl Carrier Protein S-acetyltransferase (EC 2.3.1.38) is a transferase enzyme that catalyzes the first biosynthetic pathway for fatty acid synthase. It transfers the acyl group (CH3CO) first from coenzyme A to a cysteine residue in the active site. This is similar to what happens in Chymotrypsin, however utilizing a sulfur instead of an oxygen. The acyl group is then transferred to the molecule ACP. Provide the enzyme- catalyzed mechanism for the reaction below, making sure to identify the roles of all key amino acids: i H3C SCOA acetyl COA enzyme + HS i H3C SACP acetyl ACP