The data from several complementation experiments involving rapid-lysis mutations in genes rIIA and rIIB is given. The strain designated L51 is known to have a mutation in rIIB. Phage Mixture Complementation L91 and L65 No L65 and L62 No L33 and L47 Yes L40 and L51 No L47 and L92 No L51 and L47 Yes L51 and L92 Yes L33 and L40 No L91 and L92 Yes L91 and L33 No Using this information, list which groups of mutations are in the rIIA gene and which groups are in the rIIB gene. Introduction: A complementation test is used to test whether mutations are in the different gene or in same genes. Benzer performed a complementation test to study whether rII mutations are in the same gene or in different genes. He used a single trait of phage – the capability to form plaques. In a complementation test, two mutant strains exhibiting a phenotype that is different from the wild type strain are analyzed.

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Answer 1

Question

Chapter 7, Problem 20EQ

Summary Introduction

To analyze:

The data from several complementation experiments involving rapid-lysis mutations in genes rIIA and rIIB is given. The strain designated L51 is known to have a mutation in rIIB.

Phage Mixture Complementation

L91 and L65 No

L65 and L62 No

L33 and L47 Yes

L40 and L51 No

L47 and L92 No

L51 and L47 Yes

L51 and L92 Yes

L33 and L40 No

L91 and L92 Yes

L91 and L33 No

Using this information, list which groups of mutations are in the rIIA gene and which groups are in the rIIB gene.

Introduction:

A complementation test is used to test whether mutations are in the different gene or in same genes. Benzer performed a complementation test to study whether rII mutations are in the same gene or in different genes. He used a single trait of phage – the capability to form plaques. In a complementation test, two mutant strains exhibiting a phenotype that is different from the wild type strain are analyzed.

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Answer 2

Question

Chapter 7, Problem 20EQ

Summary Introduction

To analyze:

The data from several complementation experiments involving rapid-lysis mutations in genes rIIA and rIIB is given. The strain designated L51 is known to have a mutation in rIIB.

Phage Mixture Complementation

L91 and L65 No

L65 and L62 No

L33 and L47 Yes

L40 and L51 No

L47 and L92 No

L51 and L47 Yes

L51 and L92 Yes

L33 and L40 No

L91 and L92 Yes

L91 and L33 No

Using this information, list which groups of mutations are in the rIIA gene and which groups are in the rIIB gene.

Introduction:

A complementation test is used to test whether mutations are in the different gene or in same genes. Benzer performed a complementation test to study whether rII mutations are in the same gene or in different genes. He used a single trait of phage – the capability to form plaques. In a complementation test, two mutant strains exhibiting a phenotype that is different from the wild type strain are analyzed.

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Answer 3

Question

Chapter 7, Problem 20EQ

Summary Introduction

To analyze:

The data from several complementation experiments involving rapid-lysis mutations in genes rIIA and rIIB is given. The strain designated L51 is known to have a mutation in rIIB.

Phage Mixture Complementation

L91 and L65 No

L65 and L62 No

L33 and L47 Yes

L40 and L51 No

L47 and L92 No

L51 and L47 Yes

L51 and L92 Yes

L33 and L40 No

L91 and L92 Yes

L91 and L33 No

Using this information, list which groups of mutations are in the rIIA gene and which groups are in the rIIB gene.

Introduction:

A complementation test is used to test whether mutations are in the different gene or in same genes. Benzer performed a complementation test to study whether rII mutations are in the same gene or in different genes. He used a single trait of phage – the capability to form plaques. In a complementation test, two mutant strains exhibiting a phenotype that is different from the wild type strain are analyzed.

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Answer 4

Question

Chapter 7, Problem 20EQ

Summary Introduction

To analyze:

The data from several complementation experiments involving rapid-lysis mutations in genes rIIA and rIIB is given. The strain designated L51 is known to have a mutation in rIIB.

Phage Mixture Complementation

L91 and L65 No

L65 and L62 No

L33 and L47 Yes

L40 and L51 No

L47 and L92 No

L51 and L47 Yes

L51 and L92 Yes

L33 and L40 No

L91 and L92 Yes

L91 and L33 No

Using this information, list which groups of mutations are in the rIIA gene and which groups are in the rIIB gene.

Introduction:

A complementation test is used to test whether mutations are in the different gene or in same genes. Benzer performed a complementation test to study whether rII mutations are in the same gene or in different genes. He used a single trait of phage – the capability to form plaques. In a complementation test, two mutant strains exhibiting a phenotype that is different from the wild type strain are analyzed.

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Check out a sample textbook solution

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Answer 5

Chapter 7, Problem 20EQ

Summary Introduction

To analyze:

The data from several complementation experiments involving rapid-lysis mutations in genes rIIA and rIIB is given. The strain designated L51 is known to have a mutation in rIIB.

Phage Mixture Complementation

L91 and L65 No

L65 and L62 No

L33 and L47 Yes

L40 and L51 No

L47 and L92 No

L51 and L47 Yes

L51 and L92 Yes

L33 and L40 No

L91 and L92 Yes

L91 and L33 No

Using this information, list which groups of mutations are in the rIIA gene and which groups are in the rIIB gene.

Introduction:

A complementation test is used to test whether mutations are in the different gene or in same genes. Benzer performed a complementation test to study whether rII mutations are in the same gene or in different genes. He used a single trait of phage – the capability to form plaques. In a complementation test, two mutant strains exhibiting a phenotype that is different from the wild type strain are analyzed.

Answer 6

Chapter 7, Problem 20EQ

Summary Introduction

To analyze:

The data from several complementation experiments involving rapid-lysis mutations in genes rIIA and rIIB is given. The strain designated L51 is known to have a mutation in rIIB.

Phage Mixture Complementation

L91 and L65 No

L65 and L62 No

L33 and L47 Yes

L40 and L51 No

L47 and L92 No

L51 and L47 Yes

L51 and L92 Yes

L33 and L40 No

L91 and L92 Yes

L91 and L33 No

Using this information, list which groups of mutations are in the rIIA gene and which groups are in the rIIB gene.

Introduction:

A complementation test is used to test whether mutations are in the different gene or in same genes. Benzer performed a complementation test to study whether rII mutations are in the same gene or in different genes. He used a single trait of phage – the capability to form plaques. In a complementation test, two mutant strains exhibiting a phenotype that is different from the wild type strain are analyzed.

Answer 7

Chapter 7, Problem 20EQ

Summary Introduction

To analyze:

The data from several complementation experiments involving rapid-lysis mutations in genes rIIA and rIIB is given. The strain designated L51 is known to have a mutation in rIIB.

Phage Mixture Complementation

L91 and L65 No

L65 and L62 No

L33 and L47 Yes

L40 and L51 No

L47 and L92 No

L51 and L47 Yes

L51 and L92 Yes

L33 and L40 No

L91 and L92 Yes

L91 and L33 No

Using this information, list which groups of mutations are in the rIIA gene and which groups are in the rIIB gene.

Introduction:

A complementation test is used to test whether mutations are in the different gene or in same genes. Benzer performed a complementation test to study whether rII mutations are in the same gene or in different genes. He used a single trait of phage – the capability to form plaques. In a complementation test, two mutant strains exhibiting a phenotype that is different from the wild type strain are analyzed.

Answer 8

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Answer 11

Ch. 7.1 - 1. A form of genetic transfer that involves the...Ch. 7.2 - 1. A bacterial cell with an F factor conjugates...Ch. 7.2 - 2. Which of the following is a type of plasmid?...Ch. 7.3 - 1. With regard to conjugation, a key difference...Ch. 7.3 - 2. In mapping experiments, ______ strains are...Ch. 7.4 - Prob. 1COMQ Ch. 7.4 - Cotransduction may be used to map bacterial genes...Ch. 7.5 - Prob. 1COMQ Ch. 7.5 - Prob. 2COMQ Ch. 7.6 - 1. Which of the following is an example of...

Solution Summary: The author explains that a complementation test is used to study whether rII mutations are in the same gene or in different genes.

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Chapter 7 Solutions

Phage Mixture	Complementation
L91 and L65	No
L65 and L62	No
L33 and L47	Yes
L40 and L51	No
L47 and L92	No
L51 and L47	Yes
L51 and L92	Yes
L33 and L40	No
L91 and L92	Yes
L91 and L33	No