The evidence based on Table 1 that proves that gigas ( gi ) mutant is incapable of contributing a mobile floral signal that helps a pea plant in flowering: Table 1: Gigas allele that is incapable of contributing a mobile signal. Graft partners (root/stem) Number of nodes present at first flowering WT/WT (wild type) 15 gi/gi Vegetative gi/WT 17 WT/gi 16 Introduction: The flowering of a pea plant gets affected by the presence of different alleles. The gigas allele ( gi ) is the mutant form of the FT gene (flowering locus-T), which helps in the flowering of the plant. The plants with wild type allele take less time to flower. The plants with mutant alleles take longer time to achieve flowering stage.

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Answer 1

Question

Chapter 37, Problem 2Q

Summary Introduction

To analyze:

The evidence based on Table 1 that proves that gigas (gi) mutant is incapable of contributing a mobile floral signal that helps a pea plant in flowering:

Table 1: Gigas allele that is incapable of contributing a mobile signal.

Graft partners (root/stem) Number of nodes present at first flowering

WT/WT (wild type) 15

gi/gi Vegetative

gi/WT 17

WT/gi 16

Introduction:

The flowering of a pea plant gets affected by the presence of different alleles. The gigas allele (gi) is the mutant form of the FT gene (flowering locus-T), which helps in the flowering of the plant. The plants with wild type allele take less time to flower. The plants with mutant alleles take longer time to achieve flowering stage.

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Answer 2

Question

Chapter 37, Problem 2Q

Summary Introduction

To analyze:

The evidence based on Table 1 that proves that gigas (gi) mutant is incapable of contributing a mobile floral signal that helps a pea plant in flowering:

Table 1: Gigas allele that is incapable of contributing a mobile signal.

Graft partners (root/stem) Number of nodes present at first flowering

WT/WT (wild type) 15

gi/gi Vegetative

gi/WT 17

WT/gi 16

Introduction:

The flowering of a pea plant gets affected by the presence of different alleles. The gigas allele (gi) is the mutant form of the FT gene (flowering locus-T), which helps in the flowering of the plant. The plants with wild type allele take less time to flower. The plants with mutant alleles take longer time to achieve flowering stage.

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See solution

Answer 3

Question

Chapter 37, Problem 2Q

Summary Introduction

To analyze:

The evidence based on Table 1 that proves that gigas (gi) mutant is incapable of contributing a mobile floral signal that helps a pea plant in flowering:

Table 1: Gigas allele that is incapable of contributing a mobile signal.

Graft partners (root/stem) Number of nodes present at first flowering

WT/WT (wild type) 15

gi/gi Vegetative

gi/WT 17

WT/gi 16

Introduction:

The flowering of a pea plant gets affected by the presence of different alleles. The gigas allele (gi) is the mutant form of the FT gene (flowering locus-T), which helps in the flowering of the plant. The plants with wild type allele take less time to flower. The plants with mutant alleles take longer time to achieve flowering stage.

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Answer 4

Question

Chapter 37, Problem 2Q

Summary Introduction

To analyze:

The evidence based on Table 1 that proves that gigas (gi) mutant is incapable of contributing a mobile floral signal that helps a pea plant in flowering:

Table 1: Gigas allele that is incapable of contributing a mobile signal.

Graft partners (root/stem) Number of nodes present at first flowering

WT/WT (wild type) 15

gi/gi Vegetative

gi/WT 17

WT/gi 16

Introduction:

The flowering of a pea plant gets affected by the presence of different alleles. The gigas allele (gi) is the mutant form of the FT gene (flowering locus-T), which helps in the flowering of the plant. The plants with wild type allele take less time to flower. The plants with mutant alleles take longer time to achieve flowering stage.

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Answer 5

Chapter 37, Problem 2Q

Summary Introduction

To analyze:

The evidence based on Table 1 that proves that gigas (gi) mutant is incapable of contributing a mobile floral signal that helps a pea plant in flowering:

Table 1: Gigas allele that is incapable of contributing a mobile signal.

Graft partners (root/stem) Number of nodes present at first flowering

WT/WT (wild type) 15

gi/gi Vegetative

gi/WT 17

WT/gi 16

Introduction:

The flowering of a pea plant gets affected by the presence of different alleles. The gigas allele (gi) is the mutant form of the FT gene (flowering locus-T), which helps in the flowering of the plant. The plants with wild type allele take less time to flower. The plants with mutant alleles take longer time to achieve flowering stage.

Answer 6

Chapter 37, Problem 2Q

Summary Introduction

To analyze:

The evidence based on Table 1 that proves that gigas (gi) mutant is incapable of contributing a mobile floral signal that helps a pea plant in flowering:

Table 1: Gigas allele that is incapable of contributing a mobile signal.

Graft partners (root/stem) Number of nodes present at first flowering

WT/WT (wild type) 15

gi/gi Vegetative

gi/WT 17

WT/gi 16

Introduction:

The flowering of a pea plant gets affected by the presence of different alleles. The gigas allele (gi) is the mutant form of the FT gene (flowering locus-T), which helps in the flowering of the plant. The plants with wild type allele take less time to flower. The plants with mutant alleles take longer time to achieve flowering stage.

Answer 7

Chapter 37, Problem 2Q

Summary Introduction

To analyze:

The evidence based on Table 1 that proves that gigas (gi) mutant is incapable of contributing a mobile floral signal that helps a pea plant in flowering:

Table 1: Gigas allele that is incapable of contributing a mobile signal.

Graft partners (root/stem) Number of nodes present at first flowering

WT/WT (wild type) 15

gi/gi Vegetative

gi/WT 17

WT/gi 16

Introduction:

The flowering of a pea plant gets affected by the presence of different alleles. The gigas allele (gi) is the mutant form of the FT gene (flowering locus-T), which helps in the flowering of the plant. The plants with wild type allele take less time to flower. The plants with mutant alleles take longer time to achieve flowering stage.

Answer 8

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Answer 9

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Answer 11

Ch. 37.1 - Prob. 1R Ch. 37.1 - Prob. 2R Ch. 37.1 - Prob. 3R Ch. 37.1 - Prob. 4R Ch. 37.2 - Prob. 1R Ch. 37.2 - Prob. 2R Ch. 37.2 - Prob. 3R Ch. 37.3 - Prob. 1R Ch. 37.3 - Prob. 2R Ch. 37.3 - Prob. 3R

Solution Summary: The author analyzes the evidence based on Table 1 that proves that gigas mutant is incapable of contributing a mobile floral signal.

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Chapter 37 Solutions

Graft partners (root/stem)	Number of nodes present at first flowering
WT/WT (wild type)	15
gi/gi	Vegetative
gi/WT	17
WT/gi	16