While focusing on various interactions between trait genes/QTI， and dynamic expressions of conditional QTL genes， this book also discusses aspects of molecular markcr-assisted breeding， and applications of molecular markers associated with yield， quality， physiology and disease resistance in wheat. It covers QTL studies in wheat breeding and presents the available information on wheat MAS breeding. This volume provides a wealth of novel information， a wide range of applications and deep insights into crop genetics and molecular breeding， which is valuable not only for plant breeders but also for academic faculties， senior researchers and advanced graduate students who are involved in plant breeding and genetics. Dr. Jichun Tian is a professor at the Department of Agronomy， Shandong Agricultural University， Iaian， China.

Part I Conditional QTL Mapping and Their Applications to WheatBreeding and Cultivation
1 Concept and Researcb Contents of Conditional QTL Mapping
1．1 Concept of Conditional QTL and Differences Between the Conditional QTL and Unconditional QTL
1．1．1 Concept of Conditional QTL Mapping
1．1．2 Differences Between the Conditional QTL and Unconditional QTL
1．2 Contents of Conditional QTL Analysis
1．2．1 Conditional QTL Mapping for Developmental Dynamic Genetic Effects
1．2．2 Conditional QTL Mapping for Associated TraitsGenetic Effects
1．2．3 Conditional QTL Mapping for Agronomic Measure Coupling Genetic Effects
References
2 Conditional QTL Mapping of Major Quality Traits
2．1 Conditional QTL Mapping for Protein Dynamic Accumulation Pattern in Wheat Grain
2．1．1 Materials and Methods
2．1．2 Result and Analysis
2．1．3 Comparison with Previous Researches
2．2 Conditional QTL Mapping for Developmental Behavior of Total Starch and Its Components Contentin Wheat Grain
2，2．1 Materials and Methods
2．2．2 Result and Analysis
2．2．3 Comparsion of the Results with Ones of Previous Studies
2．3 Conditional QTL Mapping for Protein and Starch Interaction in Wheat Grain
2．3．1 Materials and Methods
2．3．2 Result and Analysis
2．3．3 Comparison of the Results with Ones of Previous Studies
2．4 Conditional QTL Mapping for Sedimentation Values on Seven Quality Traits in Common Wheat
2．4．1 Materials and Methods
2．4．2 Result and Analysis
2．4．3 Comparison of the Results with the Previous Studies
2．5 Genetic Analysis of Wheat Four Whiteness ConductedThrough Conditional and Unconditional QTL Mappings
2．5．1 Materials and Methods
2．5．2 Result and Analysis
2．6 Epistatic Effects of Unconditional and Conditional QTLMapping of Flour Whiteness
2．6．1 Comparison of the Results with the PreviousStudies
2．7 Conditional QTL Mapping for Wheat Seed Protein-Fraction Contents at Different Developmental Stages
2．7．1 Materials and Methods
2．7．2 Result and Analysis
2．7．3 Comparison of the Results with the Previous Studies
References
3 Conditional QTL Mapping of Wheat Main Yield Traits
3．1 Conditional QTL Mapping for Wheat Canopy Traits Under Two Nitrogen Application Levels
3．1．1 Materials and Methods
3．1．2 Result and Analysis
3．1．3 Comparison of the Results with the Previous Studies
3．2 Conditional QTL Mapping for Plant Height at Different Developmental Stages
3．2．1 Materials and Methods
3．2．2 Result and Analysis
3．2．3 Comparison of the Results with Ones of Previous Studies
3．3 Conditional QTL Mapping for Wheat Spike Dry Weightand Thousand-Kernel Weight at Different Developmental Stages
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4 Roles of Conditional QTL in Crop Breeding and Cultivation

Part II Molecular Marker-Assisted Breeding in Wheat

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