Post-translational modification is occurred after the complete synthesis of protein. The covalent modifications occur by the uridylylation, adenylylation, and phosphorylation. It alters the activity of the proteins that results in the regulation of an enzyme. PII is a signal transducing proteins, it is modified by the uridylylation of GlnD. The GlnD is a bifunctional enzyme that has both uridyl-removal activity and uridyltransferase activity based on the presence of glutamine. It controls the signal for the nitrogen assimilation.

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Answer 1

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Chapter 6.15, Problem 2MQ

Summary Introduction

Post-translational modification is occurred after the complete synthesis of protein. The covalent modifications occur by the uridylylation, adenylylation, and phosphorylation. It alters the activity of the proteins that results in the regulation of an enzyme. PII is a signal transducing proteins, it is modified by the uridylylation of GlnD. The GlnD is a bifunctional enzyme that has both uridyl-removal activity and uridyltransferase activity based on the presence of glutamine. It controls the signal for the nitrogen assimilation.

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Answer 2

Question

Chapter 6.15, Problem 2MQ

Summary Introduction

Post-translational modification is occurred after the complete synthesis of protein. The covalent modifications occur by the uridylylation, adenylylation, and phosphorylation. It alters the activity of the proteins that results in the regulation of an enzyme. PII is a signal transducing proteins, it is modified by the uridylylation of GlnD. The GlnD is a bifunctional enzyme that has both uridyl-removal activity and uridyltransferase activity based on the presence of glutamine. It controls the signal for the nitrogen assimilation.

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Answer 3

Question

Chapter 6.15, Problem 2MQ

Summary Introduction

Post-translational modification is occurred after the complete synthesis of protein. The covalent modifications occur by the uridylylation, adenylylation, and phosphorylation. It alters the activity of the proteins that results in the regulation of an enzyme. PII is a signal transducing proteins, it is modified by the uridylylation of GlnD. The GlnD is a bifunctional enzyme that has both uridyl-removal activity and uridyltransferase activity based on the presence of glutamine. It controls the signal for the nitrogen assimilation.

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Answer 4

Question

Chapter 6.15, Problem 2MQ

Summary Introduction

Post-translational modification is occurred after the complete synthesis of protein. The covalent modifications occur by the uridylylation, adenylylation, and phosphorylation. It alters the activity of the proteins that results in the regulation of an enzyme. PII is a signal transducing proteins, it is modified by the uridylylation of GlnD. The GlnD is a bifunctional enzyme that has both uridyl-removal activity and uridyltransferase activity based on the presence of glutamine. It controls the signal for the nitrogen assimilation.

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Answer 5

Chapter 6.15, Problem 2MQ

Summary Introduction

Post-translational modification is occurred after the complete synthesis of protein. The covalent modifications occur by the uridylylation, adenylylation, and phosphorylation. It alters the activity of the proteins that results in the regulation of an enzyme. PII is a signal transducing proteins, it is modified by the uridylylation of GlnD. The GlnD is a bifunctional enzyme that has both uridyl-removal activity and uridyltransferase activity based on the presence of glutamine. It controls the signal for the nitrogen assimilation.

Answer 6

Chapter 6.15, Problem 2MQ

Summary Introduction

Post-translational modification is occurred after the complete synthesis of protein. The covalent modifications occur by the uridylylation, adenylylation, and phosphorylation. It alters the activity of the proteins that results in the regulation of an enzyme. PII is a signal transducing proteins, it is modified by the uridylylation of GlnD. The GlnD is a bifunctional enzyme that has both uridyl-removal activity and uridyltransferase activity based on the presence of glutamine. It controls the signal for the nitrogen assimilation.

Answer 7

Chapter 6.15, Problem 2MQ

Summary Introduction

Post-translational modification is occurred after the complete synthesis of protein. The covalent modifications occur by the uridylylation, adenylylation, and phosphorylation. It alters the activity of the proteins that results in the regulation of an enzyme. PII is a signal transducing proteins, it is modified by the uridylylation of GlnD. The GlnD is a bifunctional enzyme that has both uridyl-removal activity and uridyltransferase activity based on the presence of glutamine. It controls the signal for the nitrogen assimilation.

Answer 8

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Answer 11

Ch. 6.1 - What is protein domain?Ch. 6.1 - Why are most DMA-binding proteins specific to...Ch. 6.1 - Describe why a protein that binds to a specific...Ch. 6.2 - Why is negative control so named?Ch. 6.2 - How does a repressor inhibit the synthesis of a...Ch. 6.2 - Induction is considered the opposite of enzyme...Ch. 6.3 - Prob. 1MQ Ch. 6.3 - Prob. 2MQ Ch. 6.3 - What is the difference between an operon and a...Ch. 6.4 - Prob. 1MQ

Solution Summary: The author explains that post-translational modification occurs after the complete synthesis of protein. PII is a signal transducing proteins, modified by the uridylylation of GlnD.

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