大口黑鲈遗传育种与分子标记辅助选择育种（英文版）

本书系统总结了作者团队对大口黑鲈遗传理论与新品种培育实践的研究成果.全书共分5章,分别对大口黑鲈种质资源、数量性状遗传、选择育种、杂交育种和分子辅助选择育种的研究成果进行了介绍,重点阐述了大口黑鲈新品种'优鲈1号'培育的理论与实践.本书为大口黑鲈品种的遗传改良提供了理论依据与技术支撑,也是其他养殖鱼类遗传育种研究的有益参考.

CONTENTS
Foreword
Preface
Chapter 1 Germplasm Resources of Largemouth Bass 1
1.1 Introduction 1
1.2 Morphological Characteristics of Largemouth Bass Subspecies 2
1.3 To Identify Largemouth Bass Subspecies Using Microsatellite Markers 6
1.4 Difference in mtDNA Between Largemouth Bass Subspecies 9
1.5 DNA Fingerprint Chromatogram of Microsatellite DNA in Largemouth Bass 13
1.6 Microsatellite Analysis of Genetic Diversity of Largemouth Bass in China 24
1.7 Genetic Diversities of Largemouth Bass in China and America 32
References 39
Chapter 2 The Genetic Parameters of Growth Traits and Breeding Value Estimation in Largemouth Bass (Micropterus salmoides) 43
2.1 Early-Stage Growth of Largemouth Bass 43
2.2 Morphological Traits of Largemouth Bass in Different Families During Early-Stage Growth 55
2.3 Influence of Morphological Traits on the Body Weight of Largemouth Bass 64
2.4 Heredity Parameters of Growth Traits in Largemouth Bass 74
2.5 The Breeding Value of the Growth Traits of Largemouth Bass 80
References 85
Chapter 3 Breeding New Varieties of Largemouth Bass 89
3.1 Largemouth Bass Population Selection 89
3.2 Selective Breeding of New Variety Youlu No.1 Largemouth Bass 96
3.3 Genetic Structure Changes During the Selection of Youlu No.1 Largemouth Bass 102
3.4 Nutritional Components and Quality Evaluation of Muscle in Youlu No.1 Largemouth Bass 109
3.5 Pyramiding of Growth-Related Genotypes in Selected Varieties of Youlu No.1 Largemouth Bass 119
3.6 Rearing Model for Youlu No.1 Largemouth Bass With High Yield and High Efficiency 125
References 129
Chapter 4 Hybridization Between Subspecies of Largemouth Bass 133
4.1 Growth and Morphological Differences Among Northern and Florida Subspecies of Largemouth Bass and Their Hybrids 133
4.2 Low Temperature Tolerance and Oxygen Consumption Rates of the Northern Subspecies and Florida Subspecies of Largemouth Bass, and Their Hybrid Offspring 147
4.3 Genetic Structure of the Northern and Florida Subspecies of Largemouth Bass and Their Hybrids 156
References 164
Chapter 5 Molecular Marker-Assisted Selective Breeding of Largemouth Bass 169
5.1 Microsatellite Markers Associated With Growth Traits of Largemouth Bass 170
5.2 Correlation Analysis of SNPs Screened in the Largemouth Bass Transcriptome Associated With Growth Traits 182
5.3 A 66-bp Deletion in Growth Hormone Releasing Hormone Gene 5'-Flanking Region With Largemouth Bass Recessive Embryonic Lethal 193
5.4 Effects of SNPs in the POU1F1 Promoter Region on Growth of Largemouth Bass 201
5.5 SNP Screening of the Myostatin Gene in Largemouth Bass and Analysis of Its Correlation With Growth Traits 209
5.6 Effect of SNPs in the Promoter Region of the PSSII Gene on Growth of Largemouth Bass 218
5.7 Correlation of Promoter Polymorphism of the IGF-I Gene in Largemouth Bass With Growth Traits 229
5.8 Correlation of IGF-II Gene Polymorphism With Growth Traits of Largemouth Bass 237
5.9 SNPs in the Ghrelin Gene and Associations With Growth Traits in Largemouth Bass 246
5.10 SNP Detection of High-Density Lipoprotein Binding Protein Gene and Its Correlations With Growth Traits in Largemouth Bass 253
5.11 SNP Detection in PACAP and the Association With Growth Traits in Largemouth Bass 260
5.12 Polymorphism of Apolipoprotein Genes and Its Correlation With Growth Traits in Largemouth Bass 267
5.13 Pyramiding Analysis of Dominant Genotypes in Different Generation of Youlu No.1 Largemouth Bass 271
5.14 Pyramiding With Growth Trait Related-Markers in Largemouth Bass 276
5.15 Looking Forward to Molecular-Assisted Selective Breeding of Largemouth Bass 283
References 287
Index 299
Photographs 315