Acta Agron Sin ›› 2016, Vol. 42 ›› Issue (10): 1437-1447.
• CROP GENETICS & BREEDING·GERMPLASM RESOURCES·MOLECULAR GENETICS • Previous Articles Next Articles
CHEN Tian-Xiao1,2, ZHU Ya-Jun3, MI Xue-Fei3, CHEN Kai3, MENG Li-Jun3, ZUO Shi-Min1,*, and XU Jian-Long2,3,4,*
[1]MewTW.Currentstatusandfutureprospectsofresearchonbacterialblightofrice.AnnuRevPhytopathol,1987,25:359–382 [2]ChenS,LiuX,ZengL,Ou-YangDM,YangJ,ZhuX.Geneticanalysisandmolecularmappingofanovelrecessivegenexa34(t)forresistanceagainstXanthomonasoryzaepv.oryzae.TheorApplGenet,2011,122:1331–1338 [3]Ni?o-LiuDO,RonaldPC,BogdanoveAJ.Xanthomonasoryzaepathovars:Modelpathogensofamodelcrop.MolPlantPathol,2006,7:303–324 [4]虞玲锦,张国良,丁秀文,高雨,谢寅峰.水稻抗白叶枯病基因及其应用研究进展.植物生理学报,2012,48:223–231 YuLJ,ZhangGL,DingXW,GaoY,XieYF.Progressinidentificationandapplicationofresistancegenestobacterialblight.PlantPhysiolJ,2012,48:223–231(inChinesewithEnglishabstract) [5]罗利军,梅捍卫,赵新华,钟代彬,王一平,余新桥,应存山.水稻白叶枯病抗性基因定位及其小种专化性.中国科学,1998,28:536–541 LuoLJ,MeiHW,ZhaoXH,ZhongDB,WangYP,YuXQ,YingCS.Mappingofresistancegenestobacterialblightofriceandtheirracespecificityinrice.ChinSci,1998,28:536–541(inChinese) [6]KimSM,SuhJP,QinY,NohTH,ReinkeRF,JenaKK.Identificationandfine-mappingofanewresistancegene,Xa40,conferringresistancetobacterialblightracesinrice(OryzasativaL.).TheorApplGenet,2015,128:1933–1943 [7]章琦.中国杂交水稻白叶枯病抗性的遗传改良.中国水稻科学,2009,23:111–119 ZhangQ.GeneticsandimprovementofresistancetobacterialblightinhybridriceinChina.ChinJRiceSci,2009,23:111–119(inChinesewithEnglishabstract) [8]KhanMA,NaeemM,IqbalM.Breedingapproachesforbacterialleafblightresistanceinrice(OryzasativaL.),currentstatusandfuturedirections.EurJPlantPathol,2014,139:27–37 [9]PersonC,SamborskiDJ,RohringerR.Thegene-for-geneconcept.Nature,1962,194:561–562 [10]EaVDB,JonesJD.Plantdisease-resistanceproteinsandthegene-for-geneconcept.TrendsBiolchemSci,1998,23:454–456 [11]LiZK,LuoLJ,MeiHW,PatersonAH,ZhaoXH,ZhongDB,WangYP,YuXQ,ZhuL,TabienR,StanselJW,YingCS.A“defeated”riceresistancegeneactsasaQTLagainstavirulentstrainofXanthomonasoryzaepv.oryzae.MolGenGenet,1999,261:58–63 [12]ZhaoKY,TungCW,EizengaGC,WrightMH,AliML,PriceAH,NortonGJ,IslamMR,ReynoldsA,MezeyJ,McClungAM,BustamanteCD,McCouchSR.Genome-wideassociationmappingrevealsarichgeneticarchitectureofcomplextraitsinOryzasativa.NatCommun,2011,2:1–10 [13]MengLJ,ZhaoXQ,PonceK,LeungH,YeGY.QTLmappingforagronomictraitsusingmulti-parentadvancedgenerationinter-cross(MAGIC)populationsderivedfromdiverseeliteindicaricelines.FieldCropsRes,2016,189:19–42 [14]KauffmanHE,ReddyAPK,HsiehSPY,MercaSD.ImprovedtechniqueforevaluatingresistanceofricevarietiestoXanthomonasoryzae.PlantDisRep,1973,57:537–541 [15]BradburyP,ZhangZ,KroonD,CasstevensTY,BucklerE.TASSEL:softwareforassociationmappingofcomplextraitsindiversesamples.Bioinformatics,2007,23:2633–2635 [16]ValdarW,FlintJ,MottR.Simulatingthecollaborativecross:Powerofquantitativetraitlocidetectionandmappingresolutioninlargesetsofrecombinantinbredstrainsofmice.Genetics,2006,172:1783–1797 [17]CavanaghC,MorellM,MackayI,PowellW.FrommutationstoMAGIC,resourcesforgenediscovery,validationanddeliveryincropplants.CurrOpinPlantBiol,2008,11:215–221 [18]HuangBE,VerbylaKL,VerbylaAP,RaghavanC,SinghVK,GaurP,LeungH,VarshneyRK,CavanaghCR.MAGICpopulationsincrops:currentstatusandfutureprospects.TheorApplGenet,2015,128:999–1017 [19]BandilloN,RaghavanC,MuycoPA,SevillaMAL,LobinaIT,Dilla-ErmitaCJ,TungCW,McCouchS,ThomsonM,MauleonR,SinghRK,GregorioG,Redo?aE,LeungH.Multi-parentadvancedgenerationinter-cross(MAGIC)populationsinrice:progressandpotentialforgeneticsresearchandbreeding.Rice,2013,6:1–15 [20]LeungH,RaghavanC,ZhouB,OlivaR,ChoiIR,LacorteV,JubayML,CruzCV,GregorioG,SinghRK,UlatVJ,BorjaFN,MauleonR,AlexandrovNN,McNallyKL,HamiltonRS.Alleleminingandenhancedgeneticrecombinationforricebreeding.Rice,2015,8:1–11 [21]SunX,YangZ,WangS,ZhangQ.Identificationofa47-kbDNAfragmentcontainingXa4,alocusforbacterialblightresistanceinrice.TheorApplGenet,2003,106:683–687 [22]WangCT,TanMP,XuX,WenGS,ZhangDP,LinXH.Localizingthebacterialblightresistancegene,Xa22(t),toa100-Kilobasebacterialartificialchromosome.Phytopathology,2003,93:1258–1262 [23]郑崇珂,王春连,于元杰,梁云涛,赵开军.水稻抗白叶枯病新基因Xa32(t)的鉴定和初步定位.作物学报,2009,35:1173–1180 ZhengCK,WangCL,YuYJ,LiangYT,ZhaoKJ.IdentificationandmolecularmappingofXa32(t),anovelresistancegeneforbacterialblight(Xanthomonasoryzaepv.oryzae)inrice.ActaAgronSin,2009,35:1173–1180(inChinesewithEnglishabstract) [24]郭嗣斌,张端品,林兴华.小粒野生稻抗白叶枯病新基因的鉴定与初步定位.中国农业科学,2010,43:2611–2618 GuoSB,ZhangDP,LinXH.IdentificationandmappingofanovelbacterialblightresistancegeneXa35(t)originatedfromoryzaminuta.SciAgricSin,2010,43:2611–2618(inChinesewithEnglishabstract) [25]苗丽丽,王春连,郑崇珂,车晋英,高英,温义昌,李贵全,赵开军.水稻抗白叶枯病新基因的初步定位.中国农业科学,2010,43:3051–3058 MiaoLL,WangCL,ZhengCK,CheJY,GaoY,WenYC,LiGQ,ZhaoKJ.Molecularmappingofanewgeneforresistancetoricebacterialblight.SciAgricSin,2010,43:3051–3058(inChinesewithEnglishabstract) [26]XiangY,CaoYL,XuCG,LiXH,WangSP.Xa3,conferringresistanceforricebacterialblightandencodingareceptorkinase-likeprotein,isthesameasXa26.TheorApplGenet,2006,113:1347–1355 [27]WangY,ZhangQ,ZhengTQ,CuiYR,ZhangWZ,XuJL,LiZK.Drought-toleranceQTLscommonlydetectedintwosetsofreciprocalintrogressionlinesinrice.Crop&PastureSci,2014,65:171–184 [28]WangY,ZangJP,SunY,AliJ,XuJL,LiZK.Background-independentquantitativetraitlocifordroughttoleranceidentifiedusingadvancedbackcrossintrogressionlinesinrice.CropSci,2013,53:430–441 [29]ChengLR,WangY,MengLJ,HuX,CuiYR,SunY,ZhuLH,AliJ,XuJL,LiZK.Identificationofsalt-tolerantQTLswithstronggeneticbackgroundeffectusingtwosetsofreciprocalintrogressionlinesinrice.Genome,2012,55:45–55 [30]杨静,孙勇,程立锐,周政,王韵,朱苓华,苍晶,徐建龙,黎志康.利用双向导入系群体检测遗传背景对耐盐QTL定位的影响.作物学报,2009,35:974?982 YangJ,SunY,ChengLR,ZhouZ,WangY,ZhuLH,CangJ,XuJL,LiZK.GeneticbackgroundeffectonQTLmappingforsalttolerancerevealedbyasetofreciprocalintrogressionlinepopulationsinrice.ActaAgronSin,2009,35:974?982(inChinesewithEnglishabstract) [31]BanerjeeD,ZhangX,BentAF.Theleucine-richrepeatdomaincandetermineeffectiveinteractionbetweenRPS2andotherhostfactorsinArabidopsisRPS2-mediateddiseaseresistance.Genetics,2001,158:439–450 [32]徐建龙,林贻滋,张炳林,翁锦屏.水稻白叶枯病抗性基因Xa-21的初步利用.浙江农业学报,1996,8:70–73 XuJL,LinYZ,ZhangBL,WengJP.StudyonutilizationofXa-21generesistanttobacterialblightinrice.ActaAgricZhejianggensis,1996,8:70–73(inChinesewithEnglishabstract) [33]SunXL,GaoYL,YangZF,XuCG,LiXH,WangSP,ZhangQF.Xa26,ageneconferringresistancetoXanthomonasoryzaepv.oryzaeinrice,encodesanLRRreceptorkinase-likeprotein.PlantJ,2004,37:517–527 [34]于彦春,滕胜,曾大力,董国军,钱前,黄大年,朱立煌.水稻抗白叶枯病微效QTL的定位分析.中国水稻科学,2003,17:315–318 YuYC,TengS,ZengDL,DongGJ,QianQ,HuangDN,ZhuLH.AnalysisofQTLsforresistancetoricebacterialbight.ChinJRiceSci,2003,17:315–318(inChinesewithEnglishabstract) [35]WangCM,SuCC,ZhaiHQ,WanJM.IdentificationofQTLsunderlyingresistancetoavirulentstrainofXanthomonasoryzaepv.oryzaeinricecultivarDV85.FieldCropsRes,2005,91:337–343 [36]LiZK,ArifM,ZhongDB,FuBY,Domingo-ReyJ,AliJ,VijayakumarCHM,YuSB,KhushGS.Complexgeneticnetworksunderlyingthedefensivesystemofrice(OryzasativaL.)toXanthomonasoryzaepv.oryzae.ProcNatlAcadSciUSA,2006,103:7994–7999 [37]ZhangF,XieXW,XuMR,WangWS,XuJL,ZhouYL,LiZK.DetectingmajorQTLassociatedwithresistancetobacterialblightusingasetofricereciprocalintrogressionlineswithhighdensitySNPmarkers.PlantBreed,2015,134:286–292 [38]ZhouYL,UzokweVNE,ZhangCH,ChengLR,WangL,ChenK,GaoXQ,SunY,ChenJJ,ZhuLH,ZhangQ,AliJ,XuJL,LiZK.ImprovementofbacterialblightresistanceofhybridriceinChinausingtheXa23genederivedfromwildrice(Oryzarufipogon).CropProtection,2011,30:637–644 [39]LeeSW,ChoiSH,HanSS,LeeDG,LeeBY.DistributionofXanthomonasoryzaepv.oryzaestrainsvirulenttoXa21inKorea.Phytopathology,1999,89:928–933 [40]ShantiML,GeorgeMLC,CruzCMV,BernardoMA,NelsonRJ,LeungH,ReddyJN,SridharR.IdentificationofresistancegeneseffectiveagainstricebacterialblightpathogenineasternIndia.PlantDis,2001,85:506–512 [41]曾列先,黄少华,伍尚忠.IRBB21(Xa21)对广东稻白叶枯病菌5个小种的抗性反应.植物保护学报,2002,29:97–100 ZengLX,HuangSH,WuSZ.ResistanceofIRBB21(Xa21)tofiveracesofbacterialblightinGuangdong.ActaPhytophylSin,2002,29:97–100(inChinese) [42]GuKY,YangB,TianDS,WuLF,WangDJ,SreekalaC,YangF,ChuZQ,WangGL,WhiteFF,YinZC.Rgeneexpressioninducedbyatype-IIIeffectortriggersdiseaseresistanceinrice.Nature,2005,435:1122–1125 |
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