近期论文
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近期发表的部分论文：.
1)Niu,Y.,Wu,L.,Shen,Y.,Zhao,J.,Zhang,J.*,Yi,Y.,Li,H.*,Bao,X.Coexpressionofβ-xylosidaseandxyloseisomeraseinSaccharomycescerevisiaeimprovestheefficiencyofsaccharificationandfermentationfromxylo-oligosaccharides.Cellulose,2019,26(13),7923-7937.
2)YangX,TangH,SongM,ShenY,HouJ*,BaoX*.DevelopmentofnovelsurfacedisplayplatformsforanchoringheterologousproteinsinSaccharomycescerevisiae.MicrobCellFact.2019May18;18(1):85.
3)Wei,S.,P.Bai,Y.Liu,M.Yang,J.Ma,J.Hou,W.Liu,X.Bao,andY.Shen..'AThi2pRegulatoryNetworkControlsthePost-glucoseEffectofXyloseUtilizationinSaccharomycescerevisiae,2019,FrontMicrobiol,10:1649
4)汪城墙，李洪兴，徐丽丽，沈煜，侯进，鲍晓明*，酿酒酵母戊糖转运蛋白及C6/C5共代谢菌株的研究进展。生物工程学报，2018.34(10):1543-1555（第一单位：齐鲁工业大学）
5)TangH,WangJ,WangS,ShenY,PetranovicD,HouJ,BaoX*.“Efficientyeastsurface-displayofnovelcomplexsyntheticcellulosomes.”MicrobialCellFactories.2018,17:122.
6)Wei,S.,Liu,Y.,Wu,M.,Ma,T.,Bai,X.,Hou,J.,Shen,Y.,Bao,X.DisruptionofthetranscriptionfactorsThi2pandNrm1palleviatesthepost-glucoseeffectonxyloseutilizationinSaccharomycescerevisiae.BiotechnolBiofuels,2018,11,112.
7)Chen,X.,Yang,X.,Shen,Y.,Hou,J.,Bao,X.*,ScreeningPhosphorylationSiteMutationsinYeastAcetyl-CoACarboxylaseUsingMalonyl-CoASensortoImproveMalonyl-CoA-DerivedProduct.FrontMicrobiol.2018,9：47.2018.doi:10.3389/fmicb.2018.00047
8)Liu,Gang,Zhang,Qiang,Li,Hongxing,Qureshi,AbdulSattar,Zhang,Jian,BaoXiaoming*,BaoJie*.Drybiorefiningmaximizesthepotentialsofsimultaneoussaccharificationandco-fermentationforcellulosicethanolproduction.BiotechnologyandBioengineering.BiotechnolBioeng.2018Jan;115(1):60-69.
9)ChengqiangWang,YanweiLi1,ChenxiQiu,ShihaoWang,JinjinMa,YuShen,QingzhuZhang,BinghaiDu,YanqinDing,XiaomingBao*.IdentificationofimportantaminoacidsinGal2pforimprovingtheL-arabinosetransportandmetabolisminSaccharomycescerevisiae.FrontiersinMicrobiology,2017,8:1391.
10)ChengqiangWang,JianzhiZhang,ChenxiQiu,ShihaoWang,YuShen,BinghaiDu,YanqinDing*,XiaomingBao*.CoutilizationofD-Glucose,D-Xylose,andL-ArabinoseinSaccharomycescerevisiaebyCoexpressingtheMetabolicPathwaysandEvolutionaryEngineering.BioMedResearchInternational,2017,2017:5318232.
11)Liu,Gang,Zhang,Qiang,Li,Hongxing,Qureshi,AbdulSattar,Zhang,Jian,Bao,BaoXiaoming*,Jie.Drybiorefiningmaximizesthepotentialsofsimultaneoussaccharificationandco-fermentationforcellulosicethanolproduction.BiotechnologyandBioengineering.2017;1–10.
12)Wang,X.N.andX.M.Bao*.TheabsenceofthetranscriptionfactorYrr1p,identifiedfromcomparativegenomeprofiling,increasedvanillintoleranceduetoenhancementsofABCtransportersexpressing,rRNAprocessingandribosomebiogenesisinSaccharomycescerevisiaeFrontiersinmicrobiology2017,DOI:10.3389/fmicb.2017.00367.
13)XiaoxuChen,XiaoyuYang,YuShen,JinHou,andXiaomingBao,IncreasingMalonyl-CoADerivedProductthroughControllingtheTranscriptionRegulatorsofPhospholipidSynthesisinSaccharomycescerevisiae,ACSSynth.Biol.2017,DOI:10.1021/acssynbio.6b00346
14)HongtingTang,MeihuiSong,YaoHe,JiajingWang,ShenghuanWang,YuShen,JinHou*andXiaomingBao1,2EngineeringvesicletrafckingimprovestheextracellularactivityandsurfacedisplayeffciencyofcellulasesinSaccharomycescerevisiae.BiotechnologyforBiofuels.DOI10.1186/s13068-017-0738-8
15)ZhaoJ,LiC,ZhangY,ShenY,HouJ,BaoX*.DynamiccontrolofERG20expressioncombinedwithminimizedendogenousdownstreammetabolismcontributestotheimprovementofgeraniolproductioninSaccharomycescerevisiae.MicrobCellFact.2017Jan31;16(1):17.doi:10.1186/s12934-017-0641-9.
16)Chen,L.,Wang,M.,Hou,J.,Fu,J.,Shen,Y.,Liu,F.,&Bao*,X.,HAL2overexpressioninducesironacquisitioninbdf1Δcellsandenhancestheirsaltresistance.CurrentGenetics,2016,63(2),229-239,DOI10.1007/s00294-016-0628-9.
17)WangX,LiangZ,HouJ,BaoX*,ShenY:IdentificationandfunctionalevaluationofthereductasesanddehydrogenasesfromSaccharomycescerevisiaeinvolvedinvanillinresistance.BMCBiotechnology2016,16(1):1-9.
18)JianzhiZhao#,XiaomingBao#,ChenLi,YuShen,JinHou.ImprovingmonoterpenegeraniolproductionthroughgeranyldiphosphatesynthesisregulationinSaccharomycescerevisiae,ApplMicrobiolBiotechnol.2016May;100(10):4561-71,DOI10.1007/s00253-016-7375-1
19)HongtingTang,ShenghuanWang,JiajingWang,MeihuiSong,MengyangXu,MengyingZhang,YuShen,JinHou&XiaomingBao*,N-hypermannoseglycosylationdisruptionenhancesrecombinantproteinproductionbyregulatingsecretorypathwayandcellwallintegrityinSaccharomycescerevisiae.ScientificRepoRts|6:25654|DOI:10.1038/srep25654.
20)Li,H.,Shen,Y.,Wu,M.,Hou,J.,Jiao,C.,Li,Z.,Liu,X.,Bao,X*.2016.Engineeringawild-typediploidSaccharomycescerevisiaestrainforsecond-generationbioethanolproduction.BioresourcesandBioprocessing,3(1),51.
21)HouJ,JiaoC,PengB,ShenY,BaoX,”MutationofaregulatorAsk10pimprovesxyloseisomeraseactivitythroughup-regulationofmolecularchaperonesinSaccharomycescerevisiae”MetabolicEngineering,2016,(38):241-250
22)JinHou,YuShen,ChunleiJiao,XingjingZhang,XiaomingBao*,CharacterizationandevolutionofxyloseisomerasescreenedfromthebovinerumenmetagenomeinSaccharomycescerevisiae.JBiosciBioeng.2016,Jul6,121(2):160-165.
23)C.Wang#,X.Bao#,Y.Li,C.Jiao,J.Hou,Q.Zhang,W.Zhang,W.Liu,Y.Shen,CloningandcharacterizationofheterologoustransportersinSaccharomycescerevisiaeandidentificationofimportantaminoacidsforxyloseutilization,Metab.Eng.30(2015)79–88.
24)Wang,C#.,Bao,X#.,Li,Y.,Jiao,C.,Hou,J.,Zhang,Q.,Zhang,W.,Liu,W.,Shen,Y.*DatasetforcloningandcharacterizationofheterologoustransportersinSaccharomycescerevisiaeandidentificationofimportantaminoacidsforxyloseutilization.DataBrief,2015.4,119-26.
25)TangH#,BaoX#,ShenY,SongM,WangS,WangC,HouJ:EngineeringproteinfoldingandtranslocationimprovesheterologousproteinsecretioninSaccharomycescerevisiae.BiotechnologyandBioengineering,2015,112(9):1872-82
26)Fang,Z.,Liu,X.,Chen,L.,Shen,Y.,Zhang,X.,Fang,W.,Wang,X.,Bao,X*.,Xiao,Y*.IdentificationofalaccaseGlac15fromGanodermalucidum77002anditsapplicationinbioethanolproduction.BiotechnolBiofuels,2015，8:54.
27)Li,H.,Wu,M.,Xu,L.,Hou,J.,Guo,T.,Bao,X.,Shen,Y*.EvaluationofindustrialSaccharomycescerevisiaestrainsasthechassiscellforsecond-generationbioethanolproduction.MicrobialBiotechnology，20158(2),266-74.
28)Fu,J.,Hou,J.,Chen,L.,Wang,M.,Shen,Y.,Zhang,Z.,Bao,X*.,TheYeastBDF1RegulatesEndocytosisviaLSP1UnderSaltStress.CurrMicrobiol.2015May;70(5):671-8.
29)YuShen,HongxingLi,XinningWang,XiaoranZhang,JinHou,LinfengWang,NanGao,XiaomingBao*.ThehighvanillintoleranceofanevolvedSaccharomycescerevisiaeindustrystrainduetoitsenhancedvanillinreductionandantioxidantivecapacity.JournalofIndustrialMicrobiology&Biotechnology,2014,41,11,1637-1645
30)LiliXu,YuShen,JinHou,HongtingTang,ChengqiangWang,XiaomingBao*,PromotionofExtracellularActivityofCellobiohydrolaseIfromTrichodermareeseibyProteinGlycosylationEngineeringinSaccharomycescerevisiae,CurrentSyntheticandSystemsBiology2014,2:2
31)LeiChen,MingpengWang,JinHou,LiangyuLiu,JiafangFu,YuShen,ZhaojieZhang,XiaomingBao*,RegulationofSaccharomycescerevisiaeMEF1byHda1paffectssaltresistanceofbdf1Δmutant,FEMSYeastRes(2014)14(4):575-85.
32)LiliXu,YuShen,JinHou,BingyinPeng,HongtingTang,XiaomingBao*，SecretorypathwayengineeringenhancessecretionofcellobiohydrolaseIfromTrichodermareeseiinSaccharomycescerevisiae,JournalofBioscienceandBioengineering,2014,117(1),45-52
33)JinHou,FanSuo,YuShen,XiaomingBao*，Fine-tuningofNADHOxidaseDecreasesByproductAccumulationinRespirationDeficientXyloseMetabolicSaccharomycescerevisiae,BMCBiotechnology2014,14,13
34)WeixinZhang,YanboKou,JintaoXu,YanliCao,GuoleiZhao,JingShao,HaiWang,ZhixingWang,XiaomingBao,GuanjunChen,WeifengLiu,TwoMajorFacilitatorSuperfamilySugarTransportersfromTrichodermareeseiandTheirRolesinInductionofCellulaseBiosynthesis,JournalofBiologicalChemistry,2013,288(46):32861-72
35)ChengqiangWang,YuShen,YanyanZhang,FanSuo,JinHou,XiaomingBao*,ImprovementofL-ArabinoseFermentationbyModifyingtheMetabolicPathwayandTransportinSaccharomycescerevisiae.BiomedResInt.2013:461204,1-9.
36)HongtingTang,JinHou,YuShen,LiliXu,HuiYang,XuFang,XiaomingBao*，Highβ-glucosidasesecretioninSaccharomycescerevisiaeimprovestheefficiencyofcellulasehydrolysisandethanolproductioninsimultaneoussaccharificationandfermentation,JournalofMicrobiologyandBiotechnology,2013,23(11):1577-85
37)ChengqiangWang,YuShen,JinHou,FanSuo,XiaomingBao*,AnassayforfunctionalxylosetransportersinSaccharomycescerevisiae，Analyticalbiochemistry,2013,442(2013)241-248
38)ShenY,HouJ,XiaomingBao*.EnhancedxylosefermentationcapacityrelatedtoanalteredglucosesensingandrepressionnetworkinarecombinantSaccharomycescerevisiae.Bioengineered.2013Jun26:4(6),1-3.
39)LeiChen,LiangyuLiu,MingpengWang,JiafangFu,ZhaojieZhang,JinHou,XiaomingBao*.Hal2pfunctionsinBdf1p-involvedSaltStressResponseinSaccharomycescerevisiae.PLOSONE.2013Apr17;8(4):e62110.
40)JiafangFu,JinHou,LiangyuLiu,LeiChen,MingpengWang,YuShen,ZhaojieZhang,XiaomingBao*.InterplaybetweenBDF1andBDF2andtheirrolesinregulatingtheyeastsaltstressresponse.FEBSJ.2013,280:1991-2001.
41)YuShen;XiaoChen;BingyinPeng;LiyuanChen;JinHou;XiaomingBao*,Anefficientxylose-fermentingrecombinantSaccharomycescerevisiaestrainobtainedthroughadaptiveevolutionanditsglobaltranscriptionprofile,AppliedMicrobiologyandBiotechnology,2012,96:1079–1091。
42)BingyinPeng,YuShen,XiaoweiLi,XiaoChen,JinHou,XiaomingBao*,Improvementofxylosefermentationinrespiratory-deficientxylose-fermentingSaccharomycescerevisiae,MetabolicEngineering,2012,14:9-18
43)QiuqiangGao,QunRen,Liang-ChunLiou,XiaomingBao*,ZhaojieZhang,MitochondrialDNAprotectsagainstsaltstress-inducedcytochromec-mediatedapoptosisinyeast，FEBSLetters,2011585(15):2507-2512
44)LeiJi,YuShen,LiliXu,BingyinPeng,YazhongXiao,XiaomingBao*EnhancedresistanceofSaccharomycescerevisiaetovanillinbyexpressionoflacAfromTrametessp.AH28-2,BioresourceTechnology2011,102,8105–8109
45)彭炳银，陈晓，沈煜*，鲍晓明，不同启动子控制下木酮糖激酶的差异表达及其对酿酒酵母木糖代谢的影响，微生物学报（ActaMicrobiologicaSinica），2011，51,914-922
46)徐丽丽,沈煜，鲍晓明*，酿酒酵母纤维素乙醇统合加工(CBP)的策略及研究进展，生物工程学报，2010,25;26(7):1–10
47)XiaoranZhang,YuShen,WenlongShi,XiaomingBao*,EthanolicCofermentationwithGlucoseandXylosebytheRecombinantIndustrialStrainSaccharomycescerevisiaeNAN-127andtheEffectofFurfuralonXylitolProduction,BioresourceTechnology,2010,101(18):7104–7110
48)HuaiweiLiu,BoZhang,ChangsongLi,XiaomingBao*,KnockdownofchitosanaseexpressioninthephytopathogenicfungusFusariumsolanianditseffectonpathogenicity,CurrGenet，2010，56:275–281
49)XuFang,YuShen,JianZhao,XiaomingBao,YinboQu*.StatusandProspectofLignocellulosicBioethanolProductioninChina.BioresourceTechnology，2010,4814–4819
50)刘怀伟,鲍晓明*,腐皮镰孢菌壳聚糖酶的酶学性质研究及其在酿酒酵母工业菌株中的表达，微生物学报,2009,49(12):1607-1612
51)李洪兴，张笑然，沈煜，鲍晓明，纤维素乙醇生物加工过程中的抑制物对酿酒酵母影响及应对措施，生物工程学报，2009,25(9)：1321-1328
52)JinHou,GouthamN.Vemuri,XiaomingBao,LisbethOlsson,ImpactofoverexpressingNADHkinaseonglucoseandxylosemetabolisminrecombinantxylose-utilizingSaccharomycescerevisiae,ApplMicrobiolBiotechnol,2009，82:909-919
53)HuaiweiLiu,XiaomingBao*,OverexpressionofthechitosanasegeneinFusariumsolaniviaAgrobacteriumtumefaciens-mediatedtransformation,CurrentMicrobiology,2009,58(3):279-282.
54)XiangyongLiu,HuiYang,XiaohuaZhang,LiangyuLiu,MingLei,ZhaojieZhangXiaomingBao*,Bdf1pDeletionAffectsMitochondrialFunctionandCausesApoptoticCellDeathunderSaltStress,FEMSYeastResearch,20099:240-246
55)YuShen,YanZhang,TaoMa,XiaomingBao*,FengguangDu,GuoqiangZhuang,YinboQu，Simultaneoussaccharificationandfermentationofacid-pretreatedcorncobswitharecombinantSaccharomycescerevisiaeexpressingβ-glucosidase，BioresourceTechnology，2008,99:5099–5103
56)J.Hou,Y.Shen,X.P.LiandXiaomingBao*,EffectofthereversalofcoenzymespecificitybyexpressionofmutatedPichiastipitisxylitoldehydrogenaseinrecombinantSaccharomycescerevisiae,LettersinAppliedMicrobiology,2007,45：184-189
57)XiangyongLiu,XiaohuaZhang,ChaoWang,LiangyuLiu,MingLei,XiaomingBao，Geneticandcomparativetranscriptomeanalysisofbromodomainfactor1inthesaltstressresponseofSaccharomycescerevisiae,CurrentMicrobiology,2007,54：325–330
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