The energy carriers that are required for the biosynthesis of arginine from 2-oxoglutarate. Introduction: Arginine biosynthesis is noteworthy at the genetic level for its complexity and variability and for its link to several pathways. The initial steps of the biosynthetic arginine pathways proceed through N-acetylated intermediates. The possible explanation for this is that acetylation avoids random cyclization of glutamate derivatives, contributing to proline biosynthesis. Thus, holding the two pathways apart.

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Chapter 15.6, Problem 2TQ

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The energy carriers that are required for the biosynthesis of arginine from 2-oxoglutarate.

Introduction:

Arginine biosynthesis is noteworthy at the genetic level for its complexity and variability and for its link to several pathways. The initial steps of the biosynthetic arginine pathways proceed through N-acetylated intermediates. The possible explanation for this is that acetylation avoids random cyclization of glutamate derivatives, contributing to proline biosynthesis. Thus, holding the two pathways apart.

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