Acta Agron Sin ›› 2016, Vol. 42 ›› Issue (11): 1638-1646.
• CROP GENETICS & BREEDING·GERMPLASM RESOURCES·MOLECULAR GENETICS • Previous Articles Next Articles
ZHU Ya-Jun1,**, SUN Qiang2,**, WANG Jin-Ming2, CHEN Kai1, FENG Bo1, FANG Ya-Jie1, LIN Xiu-Yun2,*, and XU Jian-Long1,3,*
[1]WilsonRA,TalbotNJ.Underpressure:investigatingthebiologyofplantinfectionbyMagnaportheoryzae.NatReviMicrobiol,2009,7:185–195 [2]孙国昌,杜新法,陶荣祥,孙淑沅.水稻稻瘟病防治策略和21世纪研究展望.植物病理学报,1998,28:289–292 SunGC,DuXF,TaoRX,SunSY.Controltacticsandprospectofriceblastresearchin21thcentury.ActaPhytopathSin,1998,28:289–292(inChinese) [3]MoytriR,JiaYL,RichardDC.Structure,function,andco-evolutionofriceblastresistancegenes.ActaAgrinoSin,2012,38:381–393 [4]全国农业技术推广服务中心.2012年全国农作物重大病虫害呈重发态势.农药市场信息,2012,(5):49 Thenationalagro-techextensionandservicecenter.Thetrendscausedbymajordiseasesandpestsincropswillbeseverein2012inChina.PestcidemarketNews,2012,(5):49(inChinese) [5]江南,刘雄伦,戴良英,王国梁.水稻抗稻瘟病基因的定位与克隆研究进展.中国农学通报,2010,26(10):270–275 JiangN,LiuXL,DaiLY,WangGL.Advancesonthemappingandcloningofblastresistancegeneinrice.ChinAgricSciBull,2010,26(10):270–275(inChinesewithEnglishabstract) [6]韦新宇,许旭明,张锐,陈美莲,马彬林,邹文广,杨旺兴,卓伟,王宗华,梁康迳.籼粳交新种质康丰A对稻瘟病抗性的遗传.植物遗传资源学报,2014,15:113–1137 WeiXY,XuXM,ZhangR,ChenML,MaBL,ZouWG,YangWX,ZhuoW,WangZX,LiangKJ.InheritanceofblastresistanceinnewgermplasmkangfengAfromjndica-japonicacrosses.JPlantGenetRes,2014,15:113–1137(inChinesewithEnglishabstract) [7]何秀英,王玲,吴伟怀,陈钊明,林菲,程永盛,刘维,陈粤汉,廖耀平.水稻稻瘟病抗性基因的定位、克隆及育种应用进展.中国农学通报,2014,30(6):1–12 HeXY,WangL,WuWH,ChenZM,LinF,ChengYS,LiuW,ChenYH,LiaoYP.Theprogressofmapping,isolationofthegenesresistingtoblastandtheirbreedingapplicationinrice.ChinAgricSciBull,2014,30(6):1–12(inChinesewithEnglishabstract) [8]BalliniE,MorelJB,DrocG,PriceA,CourtoisB,NotteghemJL,TharreauD.Genome-widemeta-analysisofriceblastresistancegenesandquantitativetraitlociprovidesnewinsightsintopartialandcompleteresistance.MolPlantMicrobeInterac,2008,21:859–868 [9]LiuY,LiuB,ZhuXY,YangJY,BordeosA,WangGL,LeachJ,LeungH.Fine-mappingandmolecularmarkerdevelopmentforPi56(t),aNBS-LRRgeneconferringbroad-spectrumresistancetoMagnaportheoryzaeinrice.TheorApplGenet,2013,126:985–998 [10]国家水稻数据中心.稻瘟病主效抗性基因列表.[2012-06-20],http://www.ricedata.cn/gene/gene_pi.htm Chinaricedatacenter.Listofmaineffectgenesresistanttoriceblast.[2012-06-20],http://www.ricedata.cn/gene/gene_pi.htm(inChinese) [11]杨勤忠,林菲,冯淑杰,王玲,潘庆华.水稻稻瘟病抗性基因的分子定位及克隆研究进展.中国农业科学,2009,42:1601–1615 YangQZ,LinF,FengSJ,WangL,PanQH.Recentprogressonmolecularmappingandcloningofblastresistancegenesinrice(OryzasativaL.).SciAgricSin,2009,42:1601–1615(inChinesewithEnglishabstract) [12]SharmaTR,RaiAK,GuptaSK,VijayanJ,DevannaBN,RayS.Riceblastmanagementthroughhost-plantresistance:retrospectandprospects.AgricRes,2012,1:37–52 [13]张俊国,张三元,全成哲,杨春刚,郭桂珍,孙强.超级稻吉粳88的优异特性及推广应用.中国稻米,2008,31(3):42–44 ZhangJG,ZhangSY,QuanCZ,YangCG,GuoGZ,SunQ.ThepropertiesandapplicationofJijing88,asuperrice.Chinarice,2008,31(3):42–44(inChinese) [14]王金明,战长春,高明晶,孙强,林秀云.水稻新品种吉粳809选育报告.北方水稻,2013,43(3):58–59 WangJM,ZhanCC,GaoMJ,SunQ,LinXY.BreedingreportonJijing88,anewricevariety.NorthRice,2013,43(3):58–59(inChinese) [15]张三元,张俊国,赵劲松,李彻,林秀云,郭桂珍,杨春刚,孙强.优质、高产、多抗水稻新品种吉粳88选育研究.作物研究,2007,3:222–226 ZhangSY,ZhaoJS,LiC,LinXY,GuoGZ,YangCG,SunQ.BreedingofJijing88,ahighquality,highyieldandmulti-resistancericevariety.CorpRes,2007,3:222–226(inChinese) [16]杨健源,陈深,曾列先,李亦龙,陈珍,朱小源.稻瘟病主效抗性基因对广东省籼稻稻瘟病菌的抗性评价.中国水稻科学,2008,22:190–196 YangJY,ChenS,ZengLX,LiYL,ChenZ,ZhuXY.EvaluationonresistanceofmajorriceblastresistancegenestoMagnaporthegriseaisolatescollectedfromindicariceinGuangdongprovince,china.ChinJRiceSci,2008,22:190–196(inChinesewithEnglishabstract) [17]IRRI.Standardevaluationsystemforrice.Manila,Philippines:IRRI,2002 [18]TanCX,JiXM,YangY,PanXY,ZuoSM,ZhangYF,ZouJH,ChenZX,ZhuLH,PanXB.Identificationandmarker-assistedselectionoftwomajorquantitativegenescontrollingricesheathblightresistanceinbackcrossgenerations.ActaGenetSin,32:399–405 [19]AlexandrovN,TaiS,WangWS,MansuetoL,PalisK,FuentesRR,UlatVJ,ChebotarovD,ZhangGY,LiZK,MauleonR,HamiltonRS,McNallyKL.SNP-SeekdatabaseofSNPsderivedfrom3000ricegenomes.NuclAcidsRes,2015,43:D1023–D1027 [20]FjellstromR,Conaway-BormansCA,McClungAM,MarchettiMA,ShankAR,ParkWD.DevelopmentofDNAmarkerssuitableformarkerassistedselectionofthreePigenesconferringresistancetomultiplePyriculariagriseapathotypes.CropSci,2004,44:1790–1798 [21]KoideY,KawasakiA,Telebanco-YanoriaMJ,HairmansisA,NguyetNTM,BigirimanaJ,FujitaD,KobayashiN,FukutaY.Developmentofpyramidedlineswithtworesistancegenes,PishandPib,forblastdisease(MagnaportheoryzaeB.Couch)inrice(OryzasativaL.).PlantBreed,2010,129:670–675 [22]沈海波,付胜,杜文鑫,林秀云,孙强,张海波,王金明.吉林省主推水稻品种抗稻瘟病基因的分子检测.安徽农业科学,2013,41:9186–9189 ShenHB,FuS,DuWX,LinXY,SunQ,ZhangHB,WangJM.MoleculardetectionofblastresistancegenesofmajorvarietiesofriceinJilinprovince.JAnhuiAgricSci,2013,41:9186–9189(inChinesewithEnglishabstract) [23]TanweerFA,RafiiMY,SijamS,RahimHA,AhmedF,AshkanS,LatifA.IdentificationofsuitablesegregatingSSRmarkersforblastresistanceinriceusinginheritanceanddiseasereactionanalysisinbackcrossfamilies.AustPlantPath,2015,44:619–627 [24]PanQH,TanisakaT,IkehashiH.StudiesonthegeneticsandbreedingofblastresistanceinriceVI.GeneanalysisfortheblastresistanceoftwoYunnannativecultivarsGA20andGA25.BreedSci,1996,46:70 [25]LiLY,WangL,JingJX,LiZQ,LinF,HuangLF,PanQH.ThePikmgene,conferringstableresistancetoisolatesofMagnaportheoryzae,wasfinelymappedinacrossover-coldregiononricechromosome11.MolBreed,2007,20:179–188 [26]HuangHM,HuangL,FengGP,WangSH,WangY,LiuJL,JiangN,YanWT,XuLC,SunPY,LiuZQ,PanSJ,LiuXL,XiaoYH,LiuEM,DaiLY,WangGL.MolecularmappingofthenewblastresistancegenesPi47andPi48inthedurablyresistantlocalricecultivarXiangzi3150.Phytopathology,2011,101:620–626 [27]LiZK,PinsonSRM,PatemonAH,ParksWD,StanselJW.Geneticsofhybridsterilityandhybridbreakdowninanintersubspecificrice(OryzasativaL.)population.Genetics,1997,145:1139–1148 [28]ZhangF,ZhuoDL,ZhangLY,WangWS,XuJL,Vera-CruzCM,LiZK,ZhouYL.Xa39,anoveldominantgeneconferringbroad-spectrumresistancetoXanthomonasoryzaepv.oryzaeinrice.PlantPathol,2015,64:568–575 [29]ServinB,MartinOC,Me’zardM,HospitalF.Towardatheoryofmarker-assistedgenepyramiding.Genetics,2004,168:513–523 [30]沈瑛,AderitH,朱旭东,MilazzoJ,陈红旗,TharreauD.中国部分杂交稻和常规早籼、晚粳品种(系)的抗瘟性.中国农业科学,2004,37:362?369 ShenY,AdreitH,ZhuXD,MilazzoJ,ChenH-Q,TharreauD.Evaluationofresistanceofsomehybridrice,conventionalearlyindicaandlatejaponicaricetoMagnaporthegriseainChina.SciAgricSin,2004,37:362–369(inChinesewithEnglishabstract) [31]HittalmaniS,ParcoA,MewTV,ZeiglerRS,HuangH.FinemappingandDNAmarker-assistedpyramidingofthethreemajorgenesforblastresistanceinrice.TheorApplGenet,2000,100:1121–1128 [32]柳武革,王丰,金素娟,朱小源,李金华,刘振荣,廖亦龙,朱满山,黄慧君,符福鸿,刘宜柏.利用分子标记辅助选择聚合Pi-1和Pi-2基因改良两系不育系稻瘟病抗性.作物学报,2008,34:1128–1136 LiuWG,WangF,JinSJ,ZhuXY,LiJH,LiuZR,LiaoYL,ZhuMS,HuangHJ,FuFH,LiuYB.ImprovementofriceblastresistanceinTGMSlinebypyramidingofPi-1andPi-2throughmolecularmarker-assistedselection.ActaAgronSin,2008,34:1128–1136(inChinesewithEnglishabstract) [33]李洪亮,李荣田.稻瘟病抗性基因Pi1和Pi2的聚合及其育种价值分析.北方水稻,2010,40(5):7–12 LiHL,LiRT.Thepolymerizationofrice-blastresistancegenesPi1andPi2andanalysisonbreedingvalue.NorthRice,2010,40(5):7–12(inChinesewithEnglishabstract) [34]王军,杨杰,陈志德,范方军,朱金燕,杨金欢,仲维功.利用分子标记辅助选择聚合水稻抗病基因Pi-ta、Pi-b和Stv-bi.作物学报,2011,37:975–981 WangJ,YangJ,ChenZD,FanFJ,ZhuJY,YangJH,ZhongWG.PyramidingresistancegenePi-ta,Pi-b,andStv-bibymarker-assistedselectioninrice(OryzasativaL.).ActaAgronSin,2011,37:975–981(inChinesewithEnglishabstract) [35]向小娇,张建,郑天清,徐建龙.应用分子标记技术改良京作1号的稻瘟病抗性.植物遗传资源学报,2016,17:772–779 XiangXJ,ZhangJ,ZhengTQ,XuJL.Improvingblastresistanceofjingzuo1usingmolecularmarkertechnique.JPlantGenetRes,2016,17:772–779(inChinesewithEnglishabstract) [36]程芳艳,李春光,刘永巍,孙翊轩,孟昭河,徐正进.水稻抗瘟基因Pi-b与Pi-5的分子检测及外引抗源的利用评价.核农学报,2016,30:11–18 ChenYF,LiCG,LiuYW,SunYX,MZH,XuZJ.MoleculardetectionofblastresistancegenesPi-bandPi-5innortheastricevarietiesandutilizationevaluationofintroducedresistantdonors.ActaAgricNuclSin,2016,30:11–18(inChineseEnglishabstract) [37]LiZK,LuoLJ,MeiHW,PatersonH,ZhaoXH,ZhongDB,WangYP,XuXQ,ZhuLH,TabienRE,StanselJW,YingCS.A“defeated”riceresistancegeneactsasaQTLagainstavirulentstrainofXanthomonasoryzaepv.oryzae.MolGenGenet,1999,261:58–63 |
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