Biochemistry
Biochemistry
6th Edition
ISBN: 9781305577206
Author: Reginald H. Garrett, Charles M. Grisham
Publisher: Cengage Learning
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Chapter 25, Problem 8P
Interpretation Introduction

Interpretation:

A balanced equation for the synthesis of glucose from aspartate should be determined.

Concept introduction:

Aspartate is taken into account to be the supply of carbons for gluconeogenesis whereas transamination of aspartate to -ketoglutarate generates salt. Thus, the step that utilizes energy in gluconeogenesis is bypassed once aspartate is metabolized ranging from pyruvate resulting inCO2as a product. The reaction is as below:

2 Aspartate + 2 α-Ketoglutarate + 2NADH + 6H++ 2ATP + 2GTP + 4H2OGlucose +2 Glutamate + 2NAD++ 2ADP + 2GDP + 4Pi + 2CO2

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Help filling in the blanks: The malate aspartate shuttle plays many roles in carbohydrate and amino acid metabolism. Malate can be transferred into the cytosol and interconverted in one enzymatic step to produce [oxaloacetate/glucose/PEP/pyruvate] for use in the pathway of [glycolysis/gluconeogenesis]. A product of the urea cycle, derived from aspartate, can also be converted to malate in one enzymatic step and shuttled into the mitochondria so that the urea cycle product can be used in [fatty acid synthesis/the citric acid cycle/β-oxidation]. The amino group from aspartate can be transferred to [oxalacetate/malate/fumarate/pyruvate/a- ketoglutarate] to form glutamate, which is then transported into the mitochondria. In fact many amino acids are transaminated in this way to form glutamate in the cytosol. In this way, incoming amino acids from the bloodstream can be shuttled into the liver mitochondria as glutamate for conversion by glutamate dehydrogenase to [glutamate/a-ketoglutarate…
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