Whether the process given in the statement “duplication of genes to create extra copies that can acquire new functions” contributes significantly to the evolution of new protein-coding genes. Concept introduction: Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

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Answer 1

Question

Chapter 9, Problem 16Q

A.

Summary Introduction

To find: Whether the process given in the statement “duplication of genes to create extra copies that can acquire new functions” contributes significantly to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

B.

Summary Introduction

To find: Whether the process given in the statement “formation of genes de novo from noncoding DNA in the genome” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Summary Introduction

C.

To find: Whether the process given in the statement “Horizontal transfer of DNA between cells of different species” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

D.

Summary Introduction

To find: Whether the process given in the statement “Mutation of existing genes to create new functions” significantly contributes to the evolution of new protein-coding gene.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

E.

Summary Introduction

To find: Whether the process given in the statement “Shuffling of protein domains by gene arrangement” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

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Limetown S1E4 Transcript: E n 2025SP-BIO-111-PSNT1: Natu X Natural Selection in insects X + newconnect.mheducation.com/student/todo CA NATURAL SELECTION NATURAL SELECTION IN INSECTS (HARDY-WEINBERG LAW) INTRODUCTION LABORATORY SIMULATION A Lab Data Is this the correct allele frequency? Is this the correct genotype frequency? Is this the correct phenotype frequency? Total 1000 Phenotype Frequency Typica Carbonaria Allele Frequency 9 P 635 823 968 1118 1435 Color Initial Frequency Light 0.25 Dark 0.75 Frequency Gs 0.02 Allele Initial Allele Frequency Gs Allele Frequency d 0.50 0 D 0.50 0 Genotype Frequency Moths Genotype Color Moths Released Initial Frequency Frequency G5 Number of Moths Gs NC - X

Which of the following is not a sequence-specific DNA binding protein? 1. the catabolite-activated protein 2. the trp repressor protein 3. the flowering locus C protein 4. the flowering locus D protein 5. GAL4 6. all of the above are sequence-specific DNA binding proteins

Which of the following is not a DNA binding protein? 1. the lac repressor protein 2. the catabolite activated protein 3. the trp repressor protein 4. the flowering locus C protein 5. the flowering locus D protein 6. GAL4 7. all of the above are DNA binding proteins

Answer 2

Question

Chapter 9, Problem 16Q

A.

Summary Introduction

To find: Whether the process given in the statement “duplication of genes to create extra copies that can acquire new functions” contributes significantly to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

B.

Summary Introduction

To find: Whether the process given in the statement “formation of genes de novo from noncoding DNA in the genome” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Summary Introduction

C.

To find: Whether the process given in the statement “Horizontal transfer of DNA between cells of different species” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

D.

Summary Introduction

To find: Whether the process given in the statement “Mutation of existing genes to create new functions” significantly contributes to the evolution of new protein-coding gene.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

E.

Summary Introduction

To find: Whether the process given in the statement “Shuffling of protein domains by gene arrangement” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

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Answer 3

Question

Chapter 9, Problem 16Q

A.

Summary Introduction

To find: Whether the process given in the statement “duplication of genes to create extra copies that can acquire new functions” contributes significantly to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

B.

Summary Introduction

To find: Whether the process given in the statement “formation of genes de novo from noncoding DNA in the genome” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Summary Introduction

C.

To find: Whether the process given in the statement “Horizontal transfer of DNA between cells of different species” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

D.

Summary Introduction

To find: Whether the process given in the statement “Mutation of existing genes to create new functions” significantly contributes to the evolution of new protein-coding gene.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

E.

Summary Introduction

To find: Whether the process given in the statement “Shuffling of protein domains by gene arrangement” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

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Answer 4

Question

Chapter 9, Problem 16Q

A.

Summary Introduction

To find: Whether the process given in the statement “duplication of genes to create extra copies that can acquire new functions” contributes significantly to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

B.

Summary Introduction

To find: Whether the process given in the statement “formation of genes de novo from noncoding DNA in the genome” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Summary Introduction

C.

To find: Whether the process given in the statement “Horizontal transfer of DNA between cells of different species” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

D.

Summary Introduction

To find: Whether the process given in the statement “Mutation of existing genes to create new functions” significantly contributes to the evolution of new protein-coding gene.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

E.

Summary Introduction

To find: Whether the process given in the statement “Shuffling of protein domains by gene arrangement” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 5

Chapter 9, Problem 16Q

A.

Summary Introduction

To find: Whether the process given in the statement “duplication of genes to create extra copies that can acquire new functions” contributes significantly to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

B.

Summary Introduction

To find: Whether the process given in the statement “formation of genes de novo from noncoding DNA in the genome” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Summary Introduction

C.

To find: Whether the process given in the statement “Horizontal transfer of DNA between cells of different species” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

D.

Summary Introduction

To find: Whether the process given in the statement “Mutation of existing genes to create new functions” significantly contributes to the evolution of new protein-coding gene.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

E.

Summary Introduction

To find: Whether the process given in the statement “Shuffling of protein domains by gene arrangement” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 6

Chapter 9, Problem 16Q

A.

Summary Introduction

To find: Whether the process given in the statement “duplication of genes to create extra copies that can acquire new functions” contributes significantly to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 7

Chapter 9, Problem 16Q

A.

Summary Introduction

To find: Whether the process given in the statement “duplication of genes to create extra copies that can acquire new functions” contributes significantly to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 8

B.

Summary Introduction

To find: Whether the process given in the statement “formation of genes de novo from noncoding DNA in the genome” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 9

B.

Summary Introduction

To find: Whether the process given in the statement “formation of genes de novo from noncoding DNA in the genome” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 10

Summary Introduction

C.

To find: Whether the process given in the statement “Horizontal transfer of DNA between cells of different species” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 11

Summary Introduction

C.

To find: Whether the process given in the statement “Horizontal transfer of DNA between cells of different species” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 12

D.

Summary Introduction

To find: Whether the process given in the statement “Mutation of existing genes to create new functions” significantly contributes to the evolution of new protein-coding gene.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 13

D.

Summary Introduction

To find: Whether the process given in the statement “Mutation of existing genes to create new functions” significantly contributes to the evolution of new protein-coding gene.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 14

E.

Summary Introduction

To find: Whether the process given in the statement “Shuffling of protein domains by gene arrangement” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 15

E.

Summary Introduction

To find: Whether the process given in the statement “Shuffling of protein domains by gene arrangement” significantly contributes to the evolution of new protein-coding genes.

Concept introduction:

Genes are the functional unit of heredity and variation. It is a segment of DNA with specific nucleotide sequences coding for specific amino acids. Most of the genes contain information essential for the production of many functional proteins. There are many ways by which new genes can be evolved. Certain mutations in the nucleotide bases of an existing gene may also lead to the production of functionally new genes.

Answer 16

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Answer 17

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Answer 18

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Answer 19

Ch. 9 - Prob. 1Q Ch. 9 - Prob. 2Q Ch. 9 - Prob. 3Q Ch. 9 - Prob. 4Q Ch. 9 - Prob. 5Q Ch. 9 - Prob. 6Q Ch. 9 - Prob. 7Q Ch. 9 - Prob. 8Q Ch. 9 - Prob. 9Q Ch. 9 - Prob. 10Q

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