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1、JOURNALOFPROTEOMICS74(2011)1301–1322availableatwww.sciencedirect.comwww.elsevier.com/locate/jprotReviewPlantproteomechangesunderabioticstress—ContributionofproteomicsstudiestounderstandingplantstressresponseKláraKosováa,⁎,PavelVítámvása,IljaTomPrášila,JennyRenautbaDepartmentofGeneticsandPlantBreedin
2、g,CropResearchInstitute,DrnovskáStreet507,16106Prague6–Ruzyně,theCzechRepublicbCentredeRecherchePublic,GabrielLippmann,RueduBrill,4422Belvaux,LuxembourgARTICLEINFOABSTRACTArticlehistory:Plantacclimationtostressisassociatedwithprofoundchangesinproteomecomposition.SinceReceived15December2010proteinsar
3、edirectlyinvolvedinplantstressresponse,proteomicsstudiescansignificantlyAccepted2February2011contributetounravelthepossiblerelationshipsbetweenproteinabundanceandplantstressAvailableonline15February2011acclimation.Inthisreview,proteomicsstudiesdealingwithplantresponsetoabroadrangeofabioticstressfact
4、ors—cold,heat,drought,waterlogging,salinity,ozonetreatment,hypoxiaandKeywords:anoxia,herbicidetreatments,inadequateorexcessivelightconditions,disbalancesinmineralPlantproteomenutrition,enhancedconcentrationsofheavymetals,radioactivityandmechanicalwoundingareAbioticstressdiscussed.Moststudieshavebeen
5、carriedoutonmodelplantsArabidopsisthalianaandriceduetoStresstolerancelargeproteinsequencedatabasesavailable;however,thevarietyofplantspeciesusedforProteinbiomarkersproteomicsanalysesisrapidlyincreasing.Proteinresponsepathwayssharedbydifferentplantspeciesundervariousstressconditions(glycolyticpathway
6、,enzymesofascorbate–glutathionecycle,accumulationofLEAproteins)aswellaspathwaysuniquetoagivenstressarediscussed.Resultsfromproteomicsstudiesareinterpretedwithrespecttophysiologicalfactorsdeterminingplantstressresponse.Inconclusion,examplesofapplicationofproteomicsstudiesinsearchforproteinmarkersunde
7、rlyingphenotypicvariationinphysiologicalparametersassociatedwithplantstresstolerancearegiven.©2011ElsevierB.V.Allrightsreserved.Abbreviations:ABA,abscisicacid;ADH,alcoholdehydrogenase;ADK,adenosinekin
