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冬小麦光合及产量性状的SSR标记和候选基因Rubisco Activase的关联分析

摘要第7-9页
ABSTRACT第9-11页
Chapter 1 Review of Literature第15-22页
    1.1 INTRODUCTION TO GLOBAL WHEAT PRODUCTION AND THE CHALLENGES第15-16页
        1.1.1 Climate effects on wheat yields第15页
        1.1.2 Effect of drought on plant growth第15-16页
    1.2 IMPROVING WHEAT YIELDS第16-19页
        1.2.1 Photosynthesis第16-17页
        1.2.2 Impact of drought stress on photosynthesis第17页
        1.2.3 Rubisco and photosynthesis第17页
        1.2.4 Rubisco activase (Rca)第17-18页
        1.2.5 Rubisco activase isoforms第18-19页
    1.3 ASSOCIATION MAPPING AND APPLICATIONS第19-20页
        1.3.1 Association mapping withmolecular markers第19-20页
        1.3.2 Association mapping with candidate genes第20页
    1.4 MAIN RESEARCH WORKS AND OUTLINE OF EXPERIMENTAL DESIGN第20-21页
        1.4.1 Main research works第20-21页
        1.4.2 Outline of experimental design第21页
    1.5 Objectives of the study第21-22页
Chapter 2 Association mapping for Pn, and yield traits under two moisture conditions and their drought tolerance indices in winter bread wheat (Triticum aestivem L.) with SSR markers第22-53页
    2.1 INTRODUCTION第22-23页
    2.2 MATERIALS AND METHODS第23-27页
        2.2.1 Plant material and growth conditions第23-24页
        2.2.2 Genotyping with SSR markers第24-25页
        2.2.3 Net photosynthesis rate (Pn) (μmol m-2 s-1)第25页
        2.2.4 Measurement of agronomic traits第25页
        2.2.5 Data analysis第25-27页
    2.3 RESULTS第27-46页
        2.3.1 Variations of phenotypic traits among wheat genotypes第27-29页
        2.3.2 Variations for drought tolerance indices among wheat genotypes第29-31页
        2.3.3 Genetic diversityamong wheat genotypes and population structure第31-34页
        2.3.4 Marker-trait Associations第34-40页
        2.3.5 Marker-trait associations for drought tolerance indices第40-46页
    2.4 DISCUSSION第46-52页
        2.4.1 GENETIC DIVERSITY, LINKAGE DISEQUILIBRIUM AND POPULATION STRUCTURE第46-48页
        2.4.2 MARKER-TRAIT ASSOCIATIONS FOR PHOTOSYNTHESIS RELATED TRAITS第48-51页
        2.4.3 Marker-trait associations for drought tolerance indices第51页
        2.4.4 Marker-trait associations across environments and across seasons第51-52页
    2.5 CONCLUSIONS第52-53页
Chapter 3 The expression of TaRca2-α gene associated with Pn, biomass and grain yieldin bread wheat (Triticumaestivum L.) under field condition第53-82页
    3.1 INTRODUCTION第53-54页
    3.2 MATERIALS AND METHODS第54-58页
        3.2.1 Plant material and growth conditions第54页
        3.2.2 Candidate gene analysis第54-56页
        3.2.3 Rubisco activase activity in leaf extracts第56-57页
        3.2.4 Phenotypic evaluation第57-58页
        3.2.5 Data analysis第58页
    3.3 RESULTS第58-76页
        3.3.1 Sequence search and analysis第58-60页
        3.3.2 Confirmation of genome-specificity of the primer pairs第60-61页
        3.3.3 Expression of TaRca2-α copies in bread wheat第61-62页
        3.3.4 Rubisco activase activity in flag leaf of 59 bread wheat genotypes第62-64页
        3.3.5 Clustering of wheat genotypes based on TaRca2-α expression第64-69页
        3.3.6 Correlation between TaRca2-α copies expression and Pn第69-71页
        3.3.7 Correlation between TaRca2-α copies expression with BMPP and GYPP第71-74页
        3.3.8 Correlation between Rubisco activase activity with BMPP and GYPP第74-76页
    3.4 DISCUSSION第76-81页
        3.4.1 Expression patterns of TaRca2-α in wheat第76-78页
        3.4.2 Correlation of TaRca2-α copies’ expression with Pn第78页
        3.4.3 Correlation of TaRca2-α copies’ expression with BMPP第78-79页
        3.4.4 Correlation of TaRca2-α copies’ expression with GYPP第79-80页
        3.4.5 Correlation of TaRca2-α expression with Rubisco activase activity第80-81页
    3.5 CONCLUSIONS第81-82页
Chapter4 General Conclusions第82-85页
    4.1 VARIABILITY FOR PHENOTYPIC TRAITS IN THE TEST PANEL第82页
    4.2 MARKER-TRAIT ASSOCIATION ANALYSES第82-83页
    4.3 CANDIDATE GENE ANALYSIS AND ENZYME ACTIVITY第83-84页
    Further works第84-85页
References第85-97页
Appendix 1第97-99页
Appendix 2第99-101页
ACKNOWLEDGEMENTS第101-102页
CURRICULUM VITAE第102页

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