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时间:2020-04-12
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1、北方园艺2014(15):112~115植物保护EMBOJournal。2001,20(20):5587—5594.tionandlowtemperatureacclimationincoldtolerantplants[J].Photosynthe—[183XuK,GuoY,ZhangS,eta1.ResponseofstrawberryleavesphotosynsisResearch,1993,37(1):19-39.thesistostronglightanditsmechanism[J].TheJournalofAppliedEcology[21]马忠
2、华,周明国,叶钟音.非杀菌性化合物诱导水稻对稻瘟病的抗性2005,16(1):73.[J].植物保护,I997,23(1):39—40.[19]苏秀荣,王秀峰,杨凤娟,等.硝酸根胁迫对黄瓜幼莳叶片光合速率[22]陈学平,姚忠达,郭家明,等.不同烟草品种感染TMV病程过程中PSI,光化学效率及光能分配的影响EJ3.应Hj生态学报,2007,18(7)CAT、PAl活力变化研究[J].安徽农业大学学报.2002,29(2):103—107.1441-1446.[23]高德霖.化学农药的全新机制[J].现代化_T,1999,19(4):15—18.[2o]HunerN
3、PA,(~uistG,HurryVM,eta1.Photosynthesis,photoinhibiEffectofnthomonasoryzaeInfectiononChlorophyllFluorescenceSystemicofBeanLeavesFENGHan-qing,JIAOQing—song,TIANWu-ying,WUFf1ng—yi(CollegeofIifeSciences,NorthwestNorma1University.Ianzhou,Gansu730070)Abstract:FakingPhaseolusvulgarisI.asmat
4、erial,theeffectoftheinfectionwithXanthomonasoryzaeonthebehaviorsofphotosystem[[(PS[[)intheinfectedareaandinthenon-infectedareaofthesamebean(PhaseolusvulgarisI)leaveswereinvestigatedbymeasuringtheirchlorophyllfluorescenceparameters.Theresultsshowedthatthevaluesofmaximalphotochemicalef
5、ficiencyOfPSH(F/),themaximalphotochemicalefficiencyoflightadaptation(/F,),andpotentialactivityofPSlI(/F))weresignificantlydecreasedinboththeinfectedareaandthenon—infectedareaofthesameleaf,comparedwiththoseofthecontro1.TheseobservationssuggestthatthereactioncentersanddonorsidesofPSl1w
6、eresystemiclyinhibitedbyXanthomonasoryzaeinfection.FheinfectionwithXanthomonasoryzaecausedasignificax,tincreaseofnon—photochemicalquenchingcoefficient(NPQandqN)andquantumyieldofregulatedenergydissipation~-Y(NPQ)]butcausedadecreaseofthequantumyieldofnon-regulatedenergydissipation[y(N0
7、)].Theseobervationssuggestthatthepathogeninfectioncausedasystemicenhancementoftheenergydissipationintheformofthermaloflightenergyandtheprotectioncapabilityoflightreaction.AlloftheseresultsindicatedthattheinfectionwithXanthomonasoryzaehadasystemicimpactonchlorophyllfluorescencecharact
8、eristicsofbe
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