丛枝菌根共生体中碳_氮代谢及其相互关系_李元敬(7)

时间:2026-01-20

3期李元敬等:丛枝菌根共生体中碳、氮代谢及其相互关系

phatidylcholineisasignalinthearbuscularmycorrhizalsymbiosis.Science,2007,318:265-268

909

rhizalfungiincreaseorganiccarbondecompositionunder2012,337:1084-1087elevatedCO2.Science,

[51]Maldonado-MendozaIE,DewbreGR,HarrisonMJ.A

phosphatetransportergenefromtheextra-radicalmyceli-umofanarbuscularmycorrhizalfungusGlomusintrara-dicesisregulatedinresponsetophosphateintheenvi-ronment.MolecularPlant-MicrobeInteractions,2001,14:1140-1148

[52]HammerEC,PallonJ,WallanderH,etal.Titfortat?

Amycorrhizalfungusaccumulatesphosphorusunderlowplantcarbonavailability.FEMSMicrobiologyEcology,2011,76:236-244

[53]BuckingH,Shachar-HillY.Phosphateuptake,trans-portandtransferbythearbuscularmycorrhizalfungusGlomusintraradicesisstimulatedbyincreasedcarbohy-drateavailability.NewPhytologist,2005,165:899-912

[54]ZhangJ-L(张俊伶),LiX-L(李晓林),YangZ-F

32

(杨志福).Ptransferviavamycorrhizalhyphaelinks

betweenrootsofredclover.PlantNutritionandFertili-zerScience(植物营养与肥料学报),1997,3(2):129-136(inChinese)

[55]LiuW-K(刘文科),FengG(冯固),LiX-L(李晓

林).EffectsofinoculationwithdifferentAMisolateson

themaizegrowthandPuptakeinacidicsoil.ChineseJournalofEco-Agriculture(中国生态农业学报),

2006,14(2):116-118(inChinese)

[56]ZhaoD-K(赵第锟),ZhangR-P(张瑞萍),RenL-X(任丽轩),etal.Expressionofricephosphatetrans-porterinducedbymycorrhizalhyphallinksbetweenaero-bicriceandwatermelonanditseffectsonphosphorusabsorption.ActaPedologicaSinica(土壤学报),2012,49(2):339-346(inChinese)

[57]Campos-SorianoL,SegundoBS.Newinsightsintothe

signalingpathwayscontrollingdefensegeneexpressioninricerootsduringthearbuscularmycorrhizalsymbiosis.PlantSignalandBehavior,2011,6:553-557

[58]JavotH,PumplinN,HarrisonMJ.Phosphateinthear-buscularmycorrhizalsymbiosis:Transportpropertiesandregulatoryroles.Plant,CellandEnvironment,2007,30:310-322

[59]WangS-H(王树和),WangC(王昶),WangX-J

(王晓娟),etal.Molecularbasicsoftripartitesymbio-sisformedbyrhizobia,arbuscularmycorrhizal(AM)fungiandlegumes.ChineseJournalofAppliedandEnvi-ronmentalBiology(应用与环境生物学报),2008,14(5):721-725(inChinese)

60]SchusslerA,MartinH,CohenD,etal.Characteriza-[

tionofacarbohydratetransporterfromsymbioticglomer-omycotanfungi.Nature,2006,444:933-936

[61]WallanderH.Anewhypothesistoexplainallocationof

[39]XuG,FanX,MillerAJ.Plantnitrogenassimilation

anduseefficiency.AnnualReviewofPlantBiology,2012,63:153-182

[40]ChalotM,BlaudezD,BrunA.Ammonia:Acandidate

fornitrogentransferatthemycorrhizalinterface.TrendsinPlantScience,2006,11:263-266

[41]LiY-J(李元敬),LiuZ-L(刘智蕾),HeX-Y(何兴

元),etal.Nitrogentransferandmetabolisminthear-buscularmycorrhizaanditsecologicalimplication.Chi-neseJournalofAppliedEcology(应用生态学报),2013,24(3):861-868(inChinese)

[42]JinHR,LiuJ,LiuJ,etal.Formsofnitrogenuptake,

translocation,andtransferviaarbuscularmycorrhizal2012,55:fungi:Areview.ScienceChinaLifeSciences,474-482

[43]KaldorfMM,SchmelzerE,BotheH.Expressionof

maizeandfungalnitratereductaseinarbuscularmycor-rhiza.MolecularPlant-MicrobeInteractions,1998,11:439-448

[44]JinHR,TianMM.Differentformsofnitrogenutilization

andeffectofexogenousglucoseontheirmetabolismingerminationsporesofAMfungus.ScienceChinaLifeSciences,2010,40:239-249

[45]LiuY-J(刘永俊),ShiG-X(石国玺),MaoL(毛琳),etal.Effectsoffertilizationonarbuscularmycor-rhizalfungiinElymusnutansroots.ChineseJournalofAppliedEcology(应用生态学报),2011,22(12):3131-3137(inChinese)

[46]LiuJ(刘洁),LiuJ(刘静),JinH-R(金海

sN如).Advancementinarbuscularmycorrhizalfungi’

metabolicandCmetabolism.JournalofMicobiology(微生物学杂志),2011,31(6):70-75(inChi-nese)

[47]TianM-M(田萌萌),JiC-L(吉春龙),LiuJ(刘

洁),etal.Effectsofglucose,rootexudatesontheas-similationofdifferentformsofnitrogenandproductionofargininebyarbuscularmycorrhizalfungus.MicrobiologyChina(微生物学通报),2011,38(1):14-20(inChinese)

48]TianM-M(田萌萌),LiuJ(刘静),LiuJ(刘[

洁),etal.Effectsofdifferentcarbonformsonassimila-tionofnitrogenandproductionofargininebyarbuscularmycorrhizalfungus.PlantNutritionandFertilizerSci-ence(植物营养与肥料学报),2011,17(6):1495-1499(inChinese)

49]KiersET,DuhamelM,BeesettyY,etal.Reciprocal[

rewardsstabilizecooperationinthemycorrhizalsymbio-sis.Science,2011,333:880-882

[50]ChengL,BookerFL,TuC,etal.Arbuscularmycor-

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