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[1]NingY,WuX,ZhangC,XuQ,ChenN,XieX*.PathwayconstructionandmetabolicengineeringforfermentativeproductionofectoineinEscherichiacoli.MetabEng,2016,36:10-18.IF:8.201
[2]WuH,LiY,MaQ,LiQ,JiaZ,YangB,XuQ,FanX,ZhangC,ChenN,XieX*.MetabolicengineeringofEscherichiacoliforhigh-yielduridineproduction.MetabEng,2018,49:248-256.IF:8.201
[3]ZhangC,LiY,MaJ,LiuY,HeJ,LiY,ZhuF,MengJ,ZhanJ,LiZ,ZhaoL,MaQ,FanX,XuQ,XieX,ChenN*.Highproductionof4-hydroxyisoleucineinCorynebacteriumglutamicumbymultistepmetabolicengineering.MetabEng,2018,49:287-298.IF:8.201
[4]FanX,WuH,JiaZ,LiG,LiQ,ChenN,XieX*.MetabolicengineeringofBacillussubtilisfortheco-productionofuridineandacetoin.ApplMicrobiolBiotechnol,2018,102(20):8753-8762.IF:3.340
[5]ZhangC,QiJ,LiY,FanX,XuQ,ChenN,XieX*.Productionofα-ketobutyrateusingengineeredEscherichiacoliviatemperatureshift.BiotechnolBioeng,2016,113(9):2054-9.IF:4.126
[6]LiY,WeiH,WangT,XuQ,ZhangC,FanX,MaQ,ChenN,XieX*.Currentstatusonmetabolicengineeringfortheproductionofl-aspartatefamilyaminoacidsandderivatives.BioresourTechnol,2017,245:1588-1602.IF:5.651
[7]MaY,ChenQ,CuiY,DuL,ShiT,XuQ,MaQ,XieX,ChenN.ComparativegenomicandgeneticfunctionalanalysisofindustrialL-leucine-andL-valine-producingCorynebacteriumglutamicumstrains.JMicrobiolBiotechnol,2018,doi:10.4014/jmn.1805.05013.IF:1.650
[8]FanX,WuH,LiG,YuanH,ZhangH,LiY,XieX*,ChenN.ImprovementofuridineproductionofBacillussubtilisbyatmosphericandroomtemperatureplasmamutagenesisandhigh-throughputscreening.PLoSOne,2017,12(5):e0176545.IF:3.234
[9]QianMa,QuanweiZhang,QingyangXu,ChenglinZhang,YanjunLi,XiaoguangFan,XixianXie*,NingChen,Systemsmetabolicengineeringstrategiesfortheproductionofaminoacids.SynthSystBiotechnol,2017,2:87-96.
[10]GuiY,MaY,XuQ,ZhangC,XieX*,ChenN.CompletegenomesequenceofCorynebacteriumglutamicumCP,aChinesel-leucineproducingstrain.JBiotechnol,2016,220:64-65.IF:2.871
[11]LiY,SunL,FengJ,WuR,XuQ,ZhangC,ChenN,XieX*.Efficientproductionofα-ketoglutarateinthegdhdeletedCorynebacteriumglutamicumbynoveldouble-phasepHandbiotincontrolstrategy.BioprocessBiosysEng,2016,39(6):967-76.IF:1.997
[12]XieX,LiangY,LiuH,LiuY,XuQ,ZhangC,ChenN*.ModificationofglycolysisanditseffectontheproductionofL-threonineinEscherichiacoli.JIndMicrobiolBiotechnol,2014,41:1007-1015.IF:2.439
[13]WangJ,WenB,WangJian,XuQ,ZhangC,ChenN,XieX*.Enhancingl-isoleucineproductionbythrABCoverexpressioncombinedwithalaTdeletioninCorynebacteriumglutamicum.ApplBiochemBiotech,2013,171(1):20-30.IF:1.893
[14]GuoX,WangJ,XieX,XuQ,ZhangC,ChenN*.EnhancingthesupplyofoxaloacetateforL-glutamateproductionbypycoverexpressionindifferentCorynebacteriumglutamicum.BiotechnolLett.2013,35(6):943-950.IF:1.736
[15]LiangJ,ZhangD,GuoX,XuQ,XieX,ZhangC,BaiG,XiaoX,ChenN*.At-linenear-infraredspectroscopyformonitoringconcentrationsintemperature-triggeredglutamatefermentation.BioprocessBiosystEng.2013,36(12):1879-1887.IF:1.823
[16]FangH,XieX,XuQ,ZhangC,ChenN*.Enhancementofcytidineproductionbycoexpressionofgnd,zwf,andprsgenesinrecombinantEscherichiacoliCYT15.BiotechnolLett.2013,35(2):245-251.IF:1.736
[17]LiuQ,ChengY,XieX,XuQ,ChenN*.ModificationoftryptophantransportsystemanditsimpactonproductionofL-tryptophaninEscherichiacoli.BioresourTechnol.2012,114:549-554.IF:4.75
[18]XieX,HuoW,XiaJ,XuQ,ChenN*.Structure-activityrelationshipofacold-adaptedpurinenucleosidephosphorylasebysite-directedmutagenesis.EnzymeMicrobTechnol.2012,51(1):59-65.IF:2.592
[19]XieX,XuL,ShiJ,XuQ,ChenN*.EffectoftransportproteinsonL-isoleucineproductionwiththeL-isoleucine-producingstrainCorynebacteriumglutamicumYILW.JIndMicrobiolBiotechnol.2012,39(10):1549-1556.IF:2.321
[20]ShenT,LiuQ,XieX,XuQ,ChenN*.ImprovedproductionoftryptophaningeneticallyengineeredEscherichiacoliwithTktAandPpsAoverexpression.JBiomedBiotechnol.2012,2012:605219.IF:2.88
[21]XieX,XiaJ,XuQ,HeK,LuL,ChenN*.Low-molecular-masshomotrimerpurinenucleotidephosphorylase:characterizationandapplicationinenzymaticsynthesisofnucleosideantiviraldrugs.BiotechnolLett.2011,33(6):1107-1112.IF:1.683
[22]XieX,WangG,XiaJ,ChenN.Characterizationofarecombinantcold-adaptedpurinenucleosidephosphorylaseanditsapplicationinribavirinbioconversion.WorldJMicrobiolBiotechnol.2011,27:1175-1181.IF:1.532