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FKM多光谱荧光动态显微成像系统部分文献目录
1. Exposito-RodriguezM,etal.2017.Photosynthesis-dependentH2O2transferfromchloroplaststonucleiprovidesahigh-lightsignallingmechanism.NatureCommunications,8:49
2. HigoS,etal.2017.Applicationofapulse-amplitude-modulation(PAM)fluorometerrevealsitsusefulnessandrobustnessinthepredictionofKareniamikimotoiblooms:AcasestudyinSaseboBay,Nagasaki,Japan.HarmfulAlgae,61:63-70
3. JacobsM,etal.2016.PhotonicmultilayerstructureofBegoniachloroplastsenhancesphotosyntheticefficiency.NaturePlants,doi:10.1038/nplants.2016.162
4. AndresenE,etal.2016.CadmiumtoxicityinvestigatedatthephysiologicalandbiophysicallevelsunderenvironmentallyrelevantconditionsusingtheaquaticmodelplantCeratophyllumdemersum.NewPhytol.,210(4):1244-1258
5. ThomasG,etal.2016.DeficiencyandtoxicityofnanomolarcopperinlowirrADIance—AphysiologicalandmetalloproteomicstudyintheaquaticplantCeratophyllumdemersum.AquaticToxicology,177:226-236
6. FujiseL,etal.2014.ModerateThermalStressCausesActiveandImmediateExpulsionofPhotosyntheticallyDamagedZooxanthellae(Symbiodinium)fromCorals.PLOSONE, DOI:10.1371/journal.pone.0114321
7. GoreckaM,etal.2014.Abscisicacidsignallingdeterminessusceptibilityofbundlesheathcellstophotoinhibitioninhighlight-exposedArABIdopsisleaves.PhilosophicalTransactionsoftheRoyalSocietyB,369(1640),DOI:10.1098/rstb.2013.0234
8. MishraS,etal.2014.Adifferentsequenceofeventsthanpreviouslyreportedleadstoarsenic-induceddamageinCeratophyllumdemersumL.Metallomics,6:444-454
9. FerimazovaN, etal.2013.RegulationofphotosynthesisduringheterocystdifferentiationinAnabaenasp.strainPCC7120investigatedinvivoatsingle-celllevelbychlorophyllfluorescencekineticmicroscopy.PhotosynthesisResearch,116(1):79-91
10. AndresenE,etal.2013.EffectsofCd&NitoxicitytoCeratophyllumdemersumunderenvironmentallyrelevantconditionsinsoft&hardwaterincludingaGermanlake.AquaticToxicology.142–143,15:387–402
11. PengH,etal.2013.ToxicityandDeficiencyofCopperinElsholtziasplendensAffectPhotosynthesisBiophysics,PigmentsandMetalAccumulation.Environ.Sci.Technol.,47(12):6120-6128
12. PilátZ,etal.2013.Opticaltrappingofmicroalgaeat735–1064nm:Photodamageassessment.JournalofPhotochemistryandPhotoBIOLOGyB:Biology,121:27-31
13. PengH,etal.2012.Differencesincopperaccumulationandcopperstressbetweeneightpopulationsof Haumaniastrumkatangense,EnvironmentalandExperimentalBotany,79:58-65
14. LeitenmaierB,etal.2011.CadmiumuptakeandsequestrationkineticsinindividualleafcellprotoplastsoftheCd/ZnhyperaccumulatorThlaspicaerulescens.Plant,CellandEnvironment,34:208-219
15. ŠerýM,etal.2010.Activesortingswitchforbiologicalobjects.OpticalTrappingandOpticalMicromanipulationVII,Proc.ofSPIE,7762
16. KomárekO,etal.2010.MicroscopicMeasurementsoftheChlorophyllaFluorescenceKinetics.ChlorophyllaFluorescenceinAquaticSciences:MethodsandApplications.DevelopmentsinAppliedPhycology,4:91-101
17. AndresenE,etal.2010.AcclimationofTrichodesmiumerythraeumISM101tohighandlowirradianceanalysedonthephysiological,biophysicalandbiochemicallevel.NewPhytologist,185(1):173-188
18. KüpperH,etal.2009.ReversIBLecouplingofindividualphycobiliproteinisoformsduringstatetransitionsinthecyanobacteriumTrichodesmiumanalysedbysingle-cellfluorescencekineticmeasurements.BiochimicaetBiophysicaActa(BBA)–Bioenergetics,1787(3):155-167
19. KüpperH,etal.2009.ComplexationandToxicityofCopperinHigherPlants.I.CharacterizationofCopperAccumulation,Speciation,andToxicityinCrassulahelmsiiasaNewCopperAccumulator.PlantPhysiology,151:702-714
20. MijovilovichA,etal.2009.ComplexationandToxicityofCopperinHigherPlants.II.DifferentMechanismsforCopperversusCadmiumDetoxificationintheCopper-SensitiveCadmium/ZincHyperaccumulatorThlaspicaerulescens(GangesEcotype).PlantPhysiology, 151:715-731
21. RocchettaI,etal.2009.Chromium-andcopper-inducedinhibitionofphotosynthesisinEuglenagracilisanalysedonthesingle-celllevelbyfluorescencekineticmicroscopy.NewPhytologist,182(2):405-420
22. KüpperH,etal.2008.IronlimitationinthemarinecyanobacteriumTrichodesmiumrevealsnewinsightsintoregulationofphotosynthesisandnitrogenfixation.NewPhytologist,179(3): 784-798
23. KüpperH,etal.2007.Cadmium-inducedinhibitionofphotosynthesisandlong-termacclimationtocadmiumstressinthehyperaccumulatorThlaspicaerulescens.NewPhytologist,175:655-674
24. VáchaF,SarafisV,BenediktyováZ,etal.2007.IdentificationofPhotosystemIandPhotosystemIIenrichedregionsofthylakoidmembranebyopticalmicroimagingofcryo-fluorescenceemissionspectraandofvariablefluorescence.Micron.,38:170-175
25. GachonC,etal.2006.Single-cellchlorophyllfluorescencekineticmicroscopyofPylaiellalittoralis(Phaeophyceae)infectedbyChytridiumpolysiphoniae(Chytridiomycota).Eur.J.Phycol.,41(4):395-403
26. ŠetlíkováE,etal.2005.ThephotosynthesisofindividualalgalcellsduringthecellcycleofScenedesmusquadricaudastudiedbychlorophyllfluorescencekineticmicroscopy.PhotosynthesisResearch,84(1-3):113-120
27. KüpperH,FerimazovaN,ŠetlíkI,etal.2004.TrafficLightsinTrichodesmium.RegulationofPhotosynthesisforNitrogenFixationStudiedbyChlorophyllFluorescenceKineticMicroscopy.PlantPhysiology,135:2120-2133.
28. FerimazovaN,etal.2002.NewInsightsintoPhotosyntheticOscillationsRevealedbyTwo-dimensionalMicroscopicMeasurementsofChlorophyllFluorescenceKineticsinIntactLeavesandIsolatedProtoplasts.PhotochemistryandPhotobiology,76(5):501-508
29. Berman-FrankI,etal.2001.SegregationofNitrogenFixationandOxygenicPhotosynthesisintheMarineCyanobacteriumTrichodesmium.Science,294:1534-1537
30. KüpperH,SetlíkI,TrtílekM,NedbalL.2001.Amicroscopefortwo-dimensionalmeasurementsofvivochlorophyllfluorescencekineticsusingpulsedmeasuringlight,continuousactiniclightandsaturatingflashes.Photosynthetica,38:553-570
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