Elongation is one of the major stages in the synthesis of proteins. Elongation involves the joining of amino acids to produce a polypeptide chain. It requires 70S initiation complex, tRNAs charged with their appropriate amino acids, and multiple elongation factors. A ribosome consist of three major sites that can be taken up by tRNAs: the aminoacyl (A) site, the peptidyl (P) site, and the exit (E) site. Elongation mainly takes place in three steps which includes the entering of charged tRNA to the A site, the formation of peptide bond between amino acids in the A and P sites and at last the translocation of ribosome to the next codon.

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Answer 1

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Chapter 15.3, Problem 8CC

Summary Introduction

Introduction:

Elongation is one of the major stages in the synthesis of proteins. Elongation involves the joining of amino acids to produce a polypeptide chain. It requires 70S initiation complex, tRNAs charged with their appropriate amino acids, and multiple elongation factors. A ribosome consist of three major sites that can be taken up by tRNAs: the aminoacyl (A) site, the peptidyl (P) site, and the exit (E) site.

Elongation mainly takes place in three steps which includes the entering of charged tRNA to the A site, the formation of peptide bond between amino acids in the A and P sites and at last the translocation of ribosome to the next codon.

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Answer 2

Question

Chapter 15.3, Problem 8CC

Summary Introduction

Introduction:

Elongation is one of the major stages in the synthesis of proteins. Elongation involves the joining of amino acids to produce a polypeptide chain. It requires 70S initiation complex, tRNAs charged with their appropriate amino acids, and multiple elongation factors. A ribosome consist of three major sites that can be taken up by tRNAs: the aminoacyl (A) site, the peptidyl (P) site, and the exit (E) site.

Elongation mainly takes place in three steps which includes the entering of charged tRNA to the A site, the formation of peptide bond between amino acids in the A and P sites and at last the translocation of ribosome to the next codon.

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Answer 3

Question

Chapter 15.3, Problem 8CC

Summary Introduction

Introduction:

Elongation is one of the major stages in the synthesis of proteins. Elongation involves the joining of amino acids to produce a polypeptide chain. It requires 70S initiation complex, tRNAs charged with their appropriate amino acids, and multiple elongation factors. A ribosome consist of three major sites that can be taken up by tRNAs: the aminoacyl (A) site, the peptidyl (P) site, and the exit (E) site.

Elongation mainly takes place in three steps which includes the entering of charged tRNA to the A site, the formation of peptide bond between amino acids in the A and P sites and at last the translocation of ribosome to the next codon.

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Answer 4

Question

Chapter 15.3, Problem 8CC

Summary Introduction

Introduction:

Elongation is one of the major stages in the synthesis of proteins. Elongation involves the joining of amino acids to produce a polypeptide chain. It requires 70S initiation complex, tRNAs charged with their appropriate amino acids, and multiple elongation factors. A ribosome consist of three major sites that can be taken up by tRNAs: the aminoacyl (A) site, the peptidyl (P) site, and the exit (E) site.

Elongation mainly takes place in three steps which includes the entering of charged tRNA to the A site, the formation of peptide bond between amino acids in the A and P sites and at last the translocation of ribosome to the next codon.

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Answer 5

Chapter 15.3, Problem 8CC

Summary Introduction

Introduction:

Elongation is one of the major stages in the synthesis of proteins. Elongation involves the joining of amino acids to produce a polypeptide chain. It requires 70S initiation complex, tRNAs charged with their appropriate amino acids, and multiple elongation factors. A ribosome consist of three major sites that can be taken up by tRNAs: the aminoacyl (A) site, the peptidyl (P) site, and the exit (E) site.

Elongation mainly takes place in three steps which includes the entering of charged tRNA to the A site, the formation of peptide bond between amino acids in the A and P sites and at last the translocation of ribosome to the next codon.

Answer 6

Chapter 15.3, Problem 8CC

Summary Introduction

Introduction:

Elongation is one of the major stages in the synthesis of proteins. Elongation involves the joining of amino acids to produce a polypeptide chain. It requires 70S initiation complex, tRNAs charged with their appropriate amino acids, and multiple elongation factors. A ribosome consist of three major sites that can be taken up by tRNAs: the aminoacyl (A) site, the peptidyl (P) site, and the exit (E) site.

Elongation mainly takes place in three steps which includes the entering of charged tRNA to the A site, the formation of peptide bond between amino acids in the A and P sites and at last the translocation of ribosome to the next codon.

Answer 7

Chapter 15.3, Problem 8CC

Summary Introduction

Introduction:

Elongation is one of the major stages in the synthesis of proteins. Elongation involves the joining of amino acids to produce a polypeptide chain. It requires 70S initiation complex, tRNAs charged with their appropriate amino acids, and multiple elongation factors. A ribosome consist of three major sites that can be taken up by tRNAs: the aminoacyl (A) site, the peptidyl (P) site, and the exit (E) site.

Elongation mainly takes place in three steps which includes the entering of charged tRNA to the A site, the formation of peptide bond between amino acids in the A and P sites and at last the translocation of ribosome to the next codon.

Answer 8

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Answer 9

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Answer 11

Ch. 15.1 - Prob. 1CC Ch. 15.1 - Prob. 2CC Ch. 15.1 - Prob. 1COQ Ch. 15.1 - Prob. 16AQP Ch. 15.1 - Prob. 17AQP Ch. 15.1 - Prob. 1TPSQ Ch. 15.1 - Prob. 2TPSQ Ch. 15.1 - Prob. 3TPSQ Ch. 15.2 - Prob. 3CC Ch. 15.2 - Prob. 4CC

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