5篇
您的检索式：作者名="ZHENGKangle"
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| 1 | Tagging the gene Wbph2 in ARC 10239 resistant to the white-backed planthopper Sogatella furcifera by using RFLP markers显示文摘Gene tagging is the base of marker-assisted breeding for insect resistance in rice. Five genes (Wbph1, Wbph2, Wbph3, Wbph4, and Wbph5) were identified to be responsible for the resistance to the whitebacked planthopper. The gene Wbph2 in ARC 10239 was clarified as a dominant resistant gene to S.furcifera. In present study, ARC 10239 and susceptible Minghui 63 were selected as parents to make a cross for gene tagging. | LIUZhiyan LIUGuangjie KSOGAWA ZHENGKangle | 2001 | Chinese Rice Research Newsletter2001，9，2： | 4 |
| 2 | Mapping of QTL for salt tolerance in rice (Oryza sativa L. ) via molecular markers显示文摘A recombination inbred (RI) population was developed by single seed decent from a combination,Tesanai 2/CB. | LINHongxuan S.Yangihara ZHUANGJieyun T.Senboku ZHENGKangle S.Yashima | 1997 | Chinese Rice Research Newsletter1997，5，4： | 2 |
| 3 | Performance of resistance gene pyramids to races of rice bacterial blight in Zhejiang Province显示文摘The effect of gene pyramiding on resistance to bacterial blight (BB) in rice was evahlated among the IR24-based near isogenic lines conraining single resistance gene and gene pyramids containing two, three or lour resistancegenes (see table). | ZHENGKangle ZHUANGJieyun WANGHanrong | 1998 | Chinese Rice Research Newsletter1998，6，2： | 1 |
| 4 | The International workshop on anther culture for rice breeders显示文摘To transfer the rice anther culture technology from successfully employing programs to emerging programs in rice-producing countries, the International Workshop on Anther Culture for Rice Breeders was held at CNRRI, 12-24 Oct, 1992. The Sponsors were Chinese Commission on Science and Technology and Rockefeller Foundation. | ZHENGKangle | 1992 | Chinese Rice Research Newsletter1992，，3： | 0 |
| 5 | Genetic analysis of blast resistance on rice cultivars with wide-spectrum resistance显示文摘In recent years,indirect selection based ontightly linked genetic markers has been sug-gested to pyramid the resistance genes.How-ever,resistance parents used in the linkagestudies were usually near isogenic lines possessing a single resistance gene derived fromthe original resistance donor.Little was knownon the interaction among the genes at differentloci.In the present study,the genetic controlof blast resistance in two wide—spectrum re-vistance rice cultivars was analyzed.A susceptible indica varieties Xianfenglwas used as the female parent,and the blastresistance cultivars Tetep and Hongjiaozhanwere used as the male parents.The threeparental lines were inoculated with each of 20races of Pyricularia oryzae Cav at tilleringstage.The race ZC_(13) was selected to inoculatethe 161 F_3 lines of Xianfeng1/Tetep and 175 F,lines of Xianfengl/Hongjiaozhan.Eighteen in-dividuals of each line were inoculated.In both populations,all the individualsdemonstrated extreme reaction to the blast dis-ease.In the F_3 | CHAIRongyao JINMinzhong ZHUANGJieyun ZHENGKangle | 1996 | Chinese Rice Research Newsletter1996，4，1： | 0 |
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