2000 03 248-251
叶绿素荧光分析技术及其在植物光合机理研究中的应用
基金项目(Foundation):
河南省自然科学基金资助项目! ( 9940 1190 0 )
邮箱(Email):
DOI:
10.16445/j.cnki.1000-2340.2000.03.014
中文作者单位:
河南农业大学农学院!河南郑州450002,山东农业大学!山东泰安271018,山东农业大学!山东泰安271018
摘要(Abstract):
介绍了叶绿素荧光分析的基本原理 ,综述了叶绿素荧光动力学在植物光合机理与逆境生理研究中的应用进展
关键词(KeyWords):
叶绿素;;荧光分析;;光合作用;;逆境生理
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参考文献
[1 ] KRAUSEGH ,WEISF .Chlorophyllfluorescenceandphotosynthesis :Thebasics[J].AnnRevPlantPhysiolPlantMolBiol,1 991 ,(42 ) :31 3- 34 9.
[2 ] BUTLERWL .Chlorophyllfluorescenceasaprobeforelectrontransferandenergytransfer[A].Encyclopediaofplantphysiology[C].Berlin :SpringerVerlag ,1 997,5 :1 4 9- 1 6 7.
[3] BALLMC ,BUTTERWORTHJA .Applicationsofchlorophyllfluorescencetoforestecology[J].AustJPlantPhysiol,1 994,2 2 :31 1- 31 9.
[4 ] BOLHAR NORDENKAMPF ,OQUISTG .Chorophyllfluorescenceasatoolinphotosynthesisresearch[A].Photosynthesisandproduc tioninachangingenvironment:afieldandlaboratorymanual[C].London :Chapman&Hall,1 993,5 :1 93- 2 0 6 .
[5 ] DAUH .MolecularmechanismsandquantitativemodelsofvariablephotosystemⅡfluorescence[J].PhotochemPhotobiol,1 994,6 0 :1 - 2 3.
[6 ] SCHRIEBERU ,NEUBAUERC .O2 dependentelectronflow ,membraneenergizationandthemechanismofnonphotochemicalquenchingofchlorophyllfluorescence[J].PhotosynthesisResearch ,1 990 ,2 5 :2 79- 2 93.
[7] OHADI ,ADIRN ,KOIKEH ,etal.Mechanismofphotoinhibitioninvivo[J].JBiolChem ,1 990 ,2 6 5 :1 0 972 - 1 0 979.
[8] SHARKYTD .Watertresseffectsonphotosynthesis[J].Photosynthetica ,1 990 ,2 4:6 5 - 70 .
[9] LONGSP ,HUMPHRIESS .Photoinhibitionofphotosynthesisinnature[J].AnnRevPlantPhysiolPlantMolBiol,1 994,45 :6 33-6 6 2 .
[1 0 ]MASSACCIA ,IANNELLIMA .Theeffectofgrowthatlowtemperatureonphotosyntheticcharacteristicsandmechanismsofphotopro tectionofmaizeleaves[J].JExpBot,1 995 ,46 :1 1 9- 1 2 7.
[1 1 ]SNELJFH .Theuseofchlorophyllfluorescenceandothernon invasivespectroscopictechniquesinplantstressphysiology[J].Pho tosynthesisResearch ,1 990 ,1 2 5 :1 4 6 - 332 .
[1 2 ]BUTLERWL .Energydistributioninthephotochemicalapparatusofphotosynthesis[J].AnnRevRevPlantPhysiol,1 978,2 9:34 5 -2 78.
[1 3]余叔文 ,汤章成 植物生理与分子生物学 第 2版 [M] 北京 :科学出版社 ,1 998 2 6 2 - 2 6 7
[1 4 ]BRADBURYM ,BAKERNR .Aquantitativedeterminationofphotochemicalandnon photochemicalquenchingduringtheslowphaseofchlorophyllfluorescenceinductioncurveofbeanleaves[J].BiochemBiophysActa ,1 984,76 5 :2 75 - 2 81 .
[1 5 ]PETERSONRB ,SIVAKMN ,WALKERDA .Relationshipbetweensteady statefluorescenceyieldandphotosyntheticefficiencyinspinachleaftissue[J].PlantPhysiol,1 998,88:1 5 8- 1 6 3.
[1 6 ]BJOKMANO ,DemmingB .PhotonyieldofO2 evolutionandchlorophyllfluorescencecharacteristicsat77Kamongvascularplantsofdiverseorigins[J].Planta ,1 987,1 70 :489- 5 0 4.
[1 7]OGRENE ,EvansJR .PhotoinhibitioninsituinsixspeciesofEucalyptus[J].AustJPlantPhysiol,1 992 ,1 9:2 2 3- 2 32 .
[1 8]许大全 ,张玉忠 ,张荣铣 植物光合作用的光抑制 [J] 植物生理学通讯 ,1 992 ,2 8(4) :2 37- 2 43
[1 9]赵世杰 ,许长成 ,孟庆伟 ,等 田间小麦叶片光合作用的光抑制 [J] 西北植物学报 ,1 998,1 8(4) :5 2 1 - 5 2 6
[2 ] BUTLERWL .Chlorophyllfluorescenceasaprobeforelectrontransferandenergytransfer[A].Encyclopediaofplantphysiology[C].Berlin :SpringerVerlag ,1 997,5 :1 4 9- 1 6 7.
[3] BALLMC ,BUTTERWORTHJA .Applicationsofchlorophyllfluorescencetoforestecology[J].AustJPlantPhysiol,1 994,2 2 :31 1- 31 9.
[4 ] BOLHAR NORDENKAMPF ,OQUISTG .Chorophyllfluorescenceasatoolinphotosynthesisresearch[A].Photosynthesisandproduc tioninachangingenvironment:afieldandlaboratorymanual[C].London :Chapman&Hall,1 993,5 :1 93- 2 0 6 .
[5 ] DAUH .MolecularmechanismsandquantitativemodelsofvariablephotosystemⅡfluorescence[J].PhotochemPhotobiol,1 994,6 0 :1 - 2 3.
[6 ] SCHRIEBERU ,NEUBAUERC .O2 dependentelectronflow ,membraneenergizationandthemechanismofnonphotochemicalquenchingofchlorophyllfluorescence[J].PhotosynthesisResearch ,1 990 ,2 5 :2 79- 2 93.
[7] OHADI ,ADIRN ,KOIKEH ,etal.Mechanismofphotoinhibitioninvivo[J].JBiolChem ,1 990 ,2 6 5 :1 0 972 - 1 0 979.
[8] SHARKYTD .Watertresseffectsonphotosynthesis[J].Photosynthetica ,1 990 ,2 4:6 5 - 70 .
[9] LONGSP ,HUMPHRIESS .Photoinhibitionofphotosynthesisinnature[J].AnnRevPlantPhysiolPlantMolBiol,1 994,45 :6 33-6 6 2 .
[1 0 ]MASSACCIA ,IANNELLIMA .Theeffectofgrowthatlowtemperatureonphotosyntheticcharacteristicsandmechanismsofphotopro tectionofmaizeleaves[J].JExpBot,1 995 ,46 :1 1 9- 1 2 7.
[1 1 ]SNELJFH .Theuseofchlorophyllfluorescenceandothernon invasivespectroscopictechniquesinplantstressphysiology[J].Pho tosynthesisResearch ,1 990 ,1 2 5 :1 4 6 - 332 .
[1 2 ]BUTLERWL .Energydistributioninthephotochemicalapparatusofphotosynthesis[J].AnnRevRevPlantPhysiol,1 978,2 9:34 5 -2 78.
[1 3]余叔文 ,汤章成 植物生理与分子生物学 第 2版 [M] 北京 :科学出版社 ,1 998 2 6 2 - 2 6 7
[1 4 ]BRADBURYM ,BAKERNR .Aquantitativedeterminationofphotochemicalandnon photochemicalquenchingduringtheslowphaseofchlorophyllfluorescenceinductioncurveofbeanleaves[J].BiochemBiophysActa ,1 984,76 5 :2 75 - 2 81 .
[1 5 ]PETERSONRB ,SIVAKMN ,WALKERDA .Relationshipbetweensteady statefluorescenceyieldandphotosyntheticefficiencyinspinachleaftissue[J].PlantPhysiol,1 998,88:1 5 8- 1 6 3.
[1 6 ]BJOKMANO ,DemmingB .PhotonyieldofO2 evolutionandchlorophyllfluorescencecharacteristicsat77Kamongvascularplantsofdiverseorigins[J].Planta ,1 987,1 70 :489- 5 0 4.
[1 7]OGRENE ,EvansJR .PhotoinhibitioninsituinsixspeciesofEucalyptus[J].AustJPlantPhysiol,1 992 ,1 9:2 2 3- 2 32 .
[1 8]许大全 ,张玉忠 ,张荣铣 植物光合作用的光抑制 [J] 植物生理学通讯 ,1 992 ,2 8(4) :2 37- 2 43
[1 9]赵世杰 ,许长成 ,孟庆伟 ,等 田间小麦叶片光合作用的光抑制 [J] 西北植物学报 ,1 998,1 8(4) :5 2 1 - 5 2 6
基本信息:
DOI：10.16445/j.cnki.1000-2340.2000.03.014
中图分类号:Q945.11;;Q65739
引用信息:
[1]赵会杰,邹琦,于振文.叶绿素荧光分析技术及其在植物光合机理研究中的应用[J].河南农业大学学报,2000(03):248-251.DOI:10.16445/j.cnki.1000-2340.2000.03.014.
基金信息:
河南省自然科学基金资助项目! ( 9940 1190 0 )
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