The statement that “The shape of a tRNA molecule, with its anticodon on one end and amino acid attachment site at the other end, hints how the molecule acts during translation” and determine its theme. Introduction: tRNA is a molecule which initiates the process of the translation inside the cell. It consists of the DHU (dihydrouridine loop), acceptor stem, variable stem and the anticodon loop. The tRNA molecule consists of the anticodon which binds to the complementary codons of mRNA inside the ribosomes leading to the synthesis of the proteins. The amino acids form a peptide bond on this molecule through the action of the enzyme peptidyl transferase which forms the complete protein chain.

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Answer 1

Question

Chapter 10, Problem 13IMT

Summary Introduction

To explain:

The statement that “The shape of a tRNA molecule, with its anticodon on one end and amino acid attachment site at the other end, hints how the molecule acts during translation” and determine its theme.

Introduction:

tRNA is a molecule which initiates the process of the translation inside the cell. It consists of the DHU (dihydrouridine loop), acceptor stem, variable stem and the anticodon loop. The tRNA molecule consists of the anticodon which binds to the complementary codons of mRNA inside the ribosomes leading to the synthesis of the proteins. The amino acids form a peptide bond on this molecule through the action of the enzyme peptidyl transferase which forms the complete protein chain.

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Answer 2

Question

Chapter 10, Problem 13IMT

Summary Introduction

To explain:

The statement that “The shape of a tRNA molecule, with its anticodon on one end and amino acid attachment site at the other end, hints how the molecule acts during translation” and determine its theme.

Introduction:

tRNA is a molecule which initiates the process of the translation inside the cell. It consists of the DHU (dihydrouridine loop), acceptor stem, variable stem and the anticodon loop. The tRNA molecule consists of the anticodon which binds to the complementary codons of mRNA inside the ribosomes leading to the synthesis of the proteins. The amino acids form a peptide bond on this molecule through the action of the enzyme peptidyl transferase which forms the complete protein chain.

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Answer 3

Question

Chapter 10, Problem 13IMT

Summary Introduction

To explain:

The statement that “The shape of a tRNA molecule, with its anticodon on one end and amino acid attachment site at the other end, hints how the molecule acts during translation” and determine its theme.

Introduction:

tRNA is a molecule which initiates the process of the translation inside the cell. It consists of the DHU (dihydrouridine loop), acceptor stem, variable stem and the anticodon loop. The tRNA molecule consists of the anticodon which binds to the complementary codons of mRNA inside the ribosomes leading to the synthesis of the proteins. The amino acids form a peptide bond on this molecule through the action of the enzyme peptidyl transferase which forms the complete protein chain.

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Answer 4

Question

Chapter 10, Problem 13IMT

Summary Introduction

To explain:

The statement that “The shape of a tRNA molecule, with its anticodon on one end and amino acid attachment site at the other end, hints how the molecule acts during translation” and determine its theme.

Introduction:

tRNA is a molecule which initiates the process of the translation inside the cell. It consists of the DHU (dihydrouridine loop), acceptor stem, variable stem and the anticodon loop. The tRNA molecule consists of the anticodon which binds to the complementary codons of mRNA inside the ribosomes leading to the synthesis of the proteins. The amino acids form a peptide bond on this molecule through the action of the enzyme peptidyl transferase which forms the complete protein chain.

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Answer 5

Chapter 10, Problem 13IMT

Summary Introduction

To explain:

The statement that “The shape of a tRNA molecule, with its anticodon on one end and amino acid attachment site at the other end, hints how the molecule acts during translation” and determine its theme.

Introduction:

tRNA is a molecule which initiates the process of the translation inside the cell. It consists of the DHU (dihydrouridine loop), acceptor stem, variable stem and the anticodon loop. The tRNA molecule consists of the anticodon which binds to the complementary codons of mRNA inside the ribosomes leading to the synthesis of the proteins. The amino acids form a peptide bond on this molecule through the action of the enzyme peptidyl transferase which forms the complete protein chain.

Answer 6

Chapter 10, Problem 13IMT

Summary Introduction

To explain:

The statement that “The shape of a tRNA molecule, with its anticodon on one end and amino acid attachment site at the other end, hints how the molecule acts during translation” and determine its theme.

Introduction:

tRNA is a molecule which initiates the process of the translation inside the cell. It consists of the DHU (dihydrouridine loop), acceptor stem, variable stem and the anticodon loop. The tRNA molecule consists of the anticodon which binds to the complementary codons of mRNA inside the ribosomes leading to the synthesis of the proteins. The amino acids form a peptide bond on this molecule through the action of the enzyme peptidyl transferase which forms the complete protein chain.

Answer 7

Chapter 10, Problem 13IMT

Summary Introduction

To explain:

The statement that “The shape of a tRNA molecule, with its anticodon on one end and amino acid attachment site at the other end, hints how the molecule acts during translation” and determine its theme.

Introduction:

tRNA is a molecule which initiates the process of the translation inside the cell. It consists of the DHU (dihydrouridine loop), acceptor stem, variable stem and the anticodon loop. The tRNA molecule consists of the anticodon which binds to the complementary codons of mRNA inside the ribosomes leading to the synthesis of the proteins. The amino acids form a peptide bond on this molecule through the action of the enzyme peptidyl transferase which forms the complete protein chain.

Answer 8

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Answer 11

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Solution Summary: The author explains the relationship between the shape of a tRNA molecule with its anticodon on one end and amino acid attachment site at the other end.

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