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Physiological Response of Transgenic Tobacco Carrying AtCIPK23 Genes to Drought Stress

拟南芥AtCIPK23基因对烟草抗旱能力的影响



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,2016,36(8):1534-1540
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犃狋犆犐犘犓23犌犲狀犲狊狋狅犇狉狅狌犵犺狋犛狋狉犲狊狊
YANGLinglong1,LIKe1,LULiming1,2
(1ColegeofAgronomy,SichuanAgriculturalUniversity,Chengdu611130,China;2StateKeyLaboratoryofPlantPhysiology
andBiochemistry,Beijing100094,China)
犃犫狊狋狉犪犮狋:InordertostudytherolesofArabidopsis犃狋犆犐犘犓23geneplayedinresponsetodroughtstress,
wetreatedthree犃狋犆犐犘犓23genetransgeniclinesandwidetypetobaccoK326bydroughtstress.Theleaf
waterlossrate,proline,chlorophyl,solublesugarcontentsandelectricalconductivityweremeasured.
Meanwhile,ROSeliminationability,andgeneexpressionofROSeliminationanddroughtresistancerelat
edgeneswereanalyzed.Theresultsshowedthat:(1)thewaterlossspeedofleavesdetachedfromtrans
geniclinesdistinctlyslowerthanthatofK326.After7daysofdroughtstresstreatmentinnaturalenviron
ment,K326plantsshowedyelowishandwithered.Therewateringsurvivalrateoftransgeniclineswas
higherthanthatofK326after7daysdroughtstress.(2)Theconcentsofproline,chlorophylandsoluble
sugarintransgeniclineswereobvioushigherthanthatofK326.Theelectricalconductivityoftransgenic
linesleaveswassignificantlylowerthanthatofK326.(3)Underdroughtstress,theaccumulationof
H2O2inK326wassignificantlyhigherthanthatofthreetransgeniclines,andthreeROSeliminationrelated
genes犖狋犛犗犇,犖狋犆犃犜and犖狋犃犘犡wereupregulatedonlyinthetransgeniclines.(4)Thedroughtresistancere
latedgenes犖狋犃犚犈犅,犖狋犔犈犃5and犖狋犆犇犘犓2wereinducedbydroughtstressintransgenictobaccoplants.These
resultssuggestthatthe犃狋犆犐犘犓23genecanimprovethedroughtstressabilityoftransgenictobacco.
犓犲狔狑狅狉犱狊:tobacco;transgenicplants;犃狋犆犐犘犓23gene;Ca2+signal;droughtstress
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Table1 PrimersforqRTPCR
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Primername
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犃犮狋犻狀R AGAGGTGCCTCAGTGAGAAG
犃狋犆犐犘犓23F TTACTTCCAAATCTTCGGCTAATGAG
犃狋犆犐犘犓23R GTCCCGTGGTAAGGTTCTTGTAAAAC
犖狋犛犗犇F AGCTACATGACGCCATTTCC
犖狋犛犗犇R CCCTGTAAAGCAGCACCTTC
犖狋犃犘犡F CAAATGTAAGAGGAAACTCAGAGGA
犖狋犃犘犡R AGCAACAACTCCAGCTAATTGATAG
犖狋犆犃犜F AGGTACCGCTCATTCACACC
犖狋犆犃犜R AAGCAAGCTTTTGACCCAGA
犖狋犇犚犈犅F GGACCCACTTGCTGATTCTT
犖狋犇犚犈犅R GCGCCTCCTCATCCATATAA
犖狋犔犈犃5F TTGTTAGCAGGCGTGGGTAT
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犖狋犆犇犘犓2F AGGTGAGCTTTTCGATAGGATTATT
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Fig.2 TheeffectofdroughtstressontransgenictobaccoandDABstaining
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Fig.6 Expressionprofilesof3droughtrelativegenesinWTandtransgeniclinesat0and7daysafterdroughtstress
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