Gene variability can be defined as the difference in DNA sequence of a gene. It can be quantified as average heterozygous loci percentage present on the locus. Whereas, the nucleotide variability is the average number of nucleotide differences per locus between two randomly chosen sequences.

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Chapter 23, Problem 3TYU

Summary Introduction

Introduction: Gene variability can be defined as the difference in DNA sequence of a gene. It can be quantified as average heterozygous loci percentage present on the locus. Whereas, the nucleotide variability is the average number of nucleotide differences per locus between two randomly chosen sequences.

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Answer 2

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Chapter 23, Problem 3TYU

Summary Introduction

Introduction: Gene variability can be defined as the difference in DNA sequence of a gene. It can be quantified as average heterozygous loci percentage present on the locus. Whereas, the nucleotide variability is the average number of nucleotide differences per locus between two randomly chosen sequences.

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Answer 3

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Chapter 23, Problem 3TYU

Summary Introduction

Introduction: Gene variability can be defined as the difference in DNA sequence of a gene. It can be quantified as average heterozygous loci percentage present on the locus. Whereas, the nucleotide variability is the average number of nucleotide differences per locus between two randomly chosen sequences.

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Answer 4

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Chapter 23, Problem 3TYU

Summary Introduction

Introduction: Gene variability can be defined as the difference in DNA sequence of a gene. It can be quantified as average heterozygous loci percentage present on the locus. Whereas, the nucleotide variability is the average number of nucleotide differences per locus between two randomly chosen sequences.

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Answer 5

Chapter 23, Problem 3TYU

Summary Introduction

Introduction: Gene variability can be defined as the difference in DNA sequence of a gene. It can be quantified as average heterozygous loci percentage present on the locus. Whereas, the nucleotide variability is the average number of nucleotide differences per locus between two randomly chosen sequences.

Answer 6

Chapter 23, Problem 3TYU

Summary Introduction

Introduction: Gene variability can be defined as the difference in DNA sequence of a gene. It can be quantified as average heterozygous loci percentage present on the locus. Whereas, the nucleotide variability is the average number of nucleotide differences per locus between two randomly chosen sequences.

Answer 7

Chapter 23, Problem 3TYU

Summary Introduction

Introduction: Gene variability can be defined as the difference in DNA sequence of a gene. It can be quantified as average heterozygous loci percentage present on the locus. Whereas, the nucleotide variability is the average number of nucleotide differences per locus between two randomly chosen sequences.

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Gene variability can be defined as the difference in DNA sequence of a gene. It can be quantified as average heterozygous loci percentage present on the locus. Whereas, the nucleotide variability is the average number of nucleotide differences per locus between two randomly chosen sequences.

Solution Summary: The author explains that gene variability can be quantified as the difference in DNA sequence of a gene.

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