The degeneracy of genetic code. Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

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Answer 1

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Chapter 10.3, Problem 1RA

Summary Introduction

To determine: The degeneracy of genetic code.

Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

Summary Introduction

To determine: The implication of non-degeneracy on the number of sense and nonsense codons.

Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

Summary Introduction

To determine: The effect of the random mutation on the non-degeneracy of the code.

Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.

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Answer 2

Question

Chapter 10.3, Problem 1RA

Summary Introduction

To determine: The degeneracy of genetic code.

Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

Summary Introduction

To determine: The implication of non-degeneracy on the number of sense and nonsense codons.

Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

Summary Introduction

To determine: The effect of the random mutation on the non-degeneracy of the code.

Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.

Expert Solution & Answer

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Answer 3

Question

Chapter 10.3, Problem 1RA

Summary Introduction

To determine: The degeneracy of genetic code.

Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

Summary Introduction

To determine: The implication of non-degeneracy on the number of sense and nonsense codons.

Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

Summary Introduction

To determine: The effect of the random mutation on the non-degeneracy of the code.

Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 10.3, Problem 1RA

Summary Introduction

To determine: The degeneracy of genetic code.

Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

Summary Introduction

To determine: The implication of non-degeneracy on the number of sense and nonsense codons.

Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

Summary Introduction

To determine: The effect of the random mutation on the non-degeneracy of the code.

Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.

Expert Solution & Answer

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Answer 5

Chapter 10.3, Problem 1RA

Summary Introduction

To determine: The degeneracy of genetic code.

Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

Summary Introduction

To determine: The implication of non-degeneracy on the number of sense and nonsense codons.

Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

Summary Introduction

To determine: The effect of the random mutation on the non-degeneracy of the code.

Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.

Answer 6

Chapter 10.3, Problem 1RA

Summary Introduction

To determine: The degeneracy of genetic code.

Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

Answer 7

Chapter 10.3, Problem 1RA

Summary Introduction

To determine: The degeneracy of genetic code.

Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

Answer 8

Summary Introduction

To determine: The implication of non-degeneracy on the number of sense and nonsense codons.

Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

Answer 9

Summary Introduction

To determine: The implication of non-degeneracy on the number of sense and nonsense codons.

Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

Answer 10

Summary Introduction

To determine: The effect of the random mutation on the non-degeneracy of the code.

Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.

Answer 11

Summary Introduction

To determine: The effect of the random mutation on the non-degeneracy of the code.

Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.

Answer 12

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Answer 13

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Answer 14

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Answer 15

Ch. 10.1 - Prob. 1LO Ch. 10.1 - Prob. 2LO Ch. 10.1 - Prob. 3LO Ch. 10.1 - Prob. 4LO Ch. 10.1 - Prob. 5LO Ch. 10.1 - Prob. 1I Ch. 10.1 - Prob. 2I Ch. 10.1 - Prob. 3I Ch. 10.1 - Prob. 1FQ Ch. 10.1 - Prob. 1RA

The degeneracy of genetic code. Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

Concept explainers

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To determine: The degeneracy of genetic code.

Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

To determine: The implication of non-degeneracy on the number of sense and nonsense codons.

Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

To determine: The effect of the random mutation on the non-degeneracy of the code.

Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.

Want to see the full answer?

Chapter 10 Solutions

The degeneracy of genetic code. Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

Concept explainers

Videos

To determine: The degeneracy of genetic code. Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

To determine: The implication of non-degeneracy on the number of sense and nonsense codons. Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

To determine: The effect of the random mutation on the non-degeneracy of the code. Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.

Want to see the full answer?

Chapter 10 Solutions

To determine: The degeneracy of genetic code.

Introduction: Genetic code is a triplet of ribonucleotide of mRNA which codes for an amino acid through the process of translation using DNA as a template. Degeneracy suggests the coding of a single amino acid by more than one genetic code.

To determine: The implication of non-degeneracy on the number of sense and nonsense codons.

Introduction: The sense codons are the one which codes for an amino acid, which is to be added into a polypeptide chain. The non-sense codon are the stop codons, terminating the process of translation.

To determine: The effect of the random mutation on the non-degeneracy of the code.

Introduction: Random mutation causes change in the sequence of the nucleotides in the DNA, hence changing the sequence of the codon on mRNA.