首页--农业科学论文--畜牧、动物医学、狩猎、蚕、蜂论文--家畜论文--山羊论文

全基因组重测序和SNP芯片对埃塞俄比亚和中国山羊群体的全基因组种质特性研究

附表第5-6页
摘要第6-8页
Abstract第8-9页
Abbreviations第15-16页
Chapter 1.INTRODAUCTION第16-19页
    1.1.General Introductions第16-19页
        1.1.1.General objective第18页
        1.1.2.Specific objectives第18-19页
Chapter 2.LITERATURE REVIEW第19-37页
    2.1.Origin and Domestications of Goat第19-20页
    2.2.Goat Genetic Resources in Asia and Africa第20-21页
    2.3.Overview of Ethiopia Indigenous Goat Genetic Resources and Distributions第21-24页
    2.4.Methods of Molecular Characterization Techniques in Animal第24-26页
        2.4.1.Whole genome sequence approach第25页
        2.4.2.Single nucleotide polymorphism genotyping platforms第25-26页
    2.5.Genetic Diversity and Population Structure in Goat Populations第26-37页
        2.5.1.Estimation of within breed genetic diversity第27-28页
        2.5.2.Level of inbreeding第28-29页
        2.5.3.Analysis of molecular variance and population differentiation第29-30页
        2.5.4.Linkage disequilibrium and effective population size第30-31页
        2.5.5.Detection of selection signature using genomic information第31-37页
Chapter 3.GENETIC DIVERSITY AND POPULATION STRUCTURE IN CHINESE GOAT POPULATIONS USING SNP PANEL第37-51页
    3.1.Introduction第37-38页
    3.2.Materials and Methods第38-41页
        3.2.1.Sample collection and DNA extraction第38-39页
        3.2.2.DNA quantification第39页
        3.2.3.Agarose gel electrophoresis第39-40页
        3.2.4.Genotyping and quality control第40页
        3.2.5.Data analysis第40-41页
    3.3.Results第41-47页
        3.3.1.Genetic variants第41-43页
        3.3.2.Genetic diversity analysis第43-44页
        3.3.3.Genetic differentiation,AMOVA,and structure第44-47页
    3.4.Discussions第47-51页
        3.4.1.Genetic diversity of Chinese goat populations第47-48页
        3.4.2.Population genetic structure第48-49页
        3.4.3.Genetic differentiation and AMOVA第49-51页
Chapter 4.GENOME-WIDE LINKAGE DISEQUILIBRIUM AND EXTENT OF EFFECTIVE POPULATION SIZES IN SIX CHINESE GOAT POPULATIONS第51-62页
    4.1.Introduction第51-53页
    4.2.Materials and Methods第53-54页
        4.2.1.Sampling units and data pruning第53页
        4.2.2.Data analysis第53-54页
    4.3.Results第54-59页
        4.3.1.Descriptive statistics第54-55页
        4.3.2.Minor allele frequency第55-56页
        4.3.3.Linkage disequilibrium and inbreeding coefficient第56-58页
        4.3.4.Effective population size(Ne)第58-59页
    4.4.Discussion第59-62页
Chapter 5.WHOLE GENOME GENETIC DIVERSITY AND POPULATION STRUCTURE OF FIVE ETHIOPIAN GOAT POPULATIONS第62-72页
    5.1.Introduction第62-63页
    5.2.Materials and Methods第63-65页
        5.2.1.Sampling animals第63-64页
        5.2.2.DNA extraction and whole genome sequencing第64页
        5.2.3.Data analysis第64-65页
    5.3.Results第65-69页
        5.3.1.Variant statics第65-67页
        5.3.2.Population genetic relationships第67-68页
        5.3.3.Genetic differentiation between populations第68-69页
    5.4.Discussion第69-72页
Chapter 6.WHOLE GENOME RE-SEQUENCING REVEALS SELECTION OF ETHIOPIAN INDIGENOUS GOAT POPULATIONS第72-85页
    6.1.Introduction第72-73页
    6.2.Materials and Methods第73-76页
        6.2.1.Population sample and DNA extraction第73-74页
        6.2.2.Mapping and SNP calling第74-75页
        6.2.3.Detection of positive selection signature in Begiat goat第75-76页
        6.2.4.Characterization of candidate genes under selection第76页
    6.3.Results第76-81页
        6.3.1.Genome sequence mapping and SNPs calling第76-78页
        6.3.2.Genome-wide selective sweep signals第78-81页
    6.4.Discussion第81-85页
        6.4.1.Candidate genes associated with reproduction traits第82-83页
        6.4.2.Candidate genes associated with production traits第83-84页
        6.4.3.Adaptive and immune response related genes第84-85页
7.CONCLUSIONS AND RECOMMENDATIONS第85-87页
    7.1.Conclusions第85-86页
    7.2.Recommendation第86-87页
8.REFERENCES第87-103页
9.APPENDIX第103-110页
ACKNOWLEDGEMENTS第110-112页
AUTHOR RESUME第112页

论文共112页,点击 下载论文
上一篇:基于深度学习的小麦外观品质机器视觉检测研究
下一篇:多泥沙条件下蜗壳设计方法研究