●Part Ⅰ Conditional QTL Mapping and Their Applications to Wheat Breeding and Cultivation
●1 Concept and Research 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 Traits Genetic 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 Content in 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......
內容簡介
本書圍繞生物技術育種與傳統育種緊密結合的主題，繫統總結了作者16年來開展小麥分子遺傳圖構建、數量性狀遺傳解析(QTL分析)和分子標記輔助育種工作的成果。全書內容共分9章，靠前章和第二章分別簡單介紹了數量性狀的概念和研究方法，是闡明後幾章主題內容的必要鋪墊；第三章介紹了用SSR、DarT和SNP等標記構建的6張分子遺傳圖的特點和利用價值。第四至第七章分別為小麥主要產量、品質、生理和抗逆性狀的QTL定位和效應分析。為了使讀者全面了解有關研究的近期新進展，每個性狀都有靠前外同類研究的結果彙總和比較。第八章為解析QTL動態表達及關聯性狀間基因關繫的“條件QTL”。第九章為利用QTL定位和效應分析結果進行的分件創制和分子標記輔助選擇工作，在產量、品質、生理和抗逆性狀的分子標記輔助選擇方面均有應用實例。
