通过对抽穗期相关基因分子诊断，Molecular Diagnostic

通过对抽穗期相关基因分子诊断，Molecular Diagnostics对抽穗期关键基因组合进行分子设计，以抽穗期关键基因目标等位型携带材料为供体亲本，日本特优质品种为轮回亲本，利用标记辅助选择连续回交。或通过建立遗传群体定位抽穗期相关关键基因，通过分子标记辅助以日本特优质亲本为轮回亲本连续回交，创制日本特优质品种遗传背景、抽穗期关键基因重新组合的新材料，使得新材料抽穗期延迟，产量大幅提高。

通过对抽穗期相关基因分子诊断，Molecular Diagnostics对抽穗期关键基因组合进行分子设计，以抽穗期关键基因目标等位型携带材料为供体亲本，日本特优质品种为轮回亲本，利用标记辅助选择连续回交。 或通过建立遗传群体定位抽穗期相关关键基因，通过分子标记辅助以日本特优质亲本为轮回亲本连续回交，创制日本特优质品种遗传背景、抽穗期关键基因重新组合的新材料，使得新材料抽穗期延迟，产量大幅提高。

Based on molecular diagnosis of heading date related genes, molecular diagnostics carried out molecular design of key gene combinations at heading date. The target allele carrying materials of key genes at heading date were used as donor parents, and Japanese super quality varieties were used as recurrent parents. Or through the establishment of a genetic population to locate the key genes related to heading date, through molecular marker assisted continuous backcross with Japanese super high quality parents as recurrent parents, to create new materials with the genetic background of Japanese super high quality varieties and the recombination of key genes related to heading date, so as to delay the heading date of new materials and greatly improve the yield.<br>