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[1]ShenYB,NiuLL,YuZQ,WangM*,ShangZH,YangY.Sodiumalginate-graftedβ-cyclodextrinsasamatrixforimmobilizedArthrobactersimplexforcortisoneacetatebiotransformation[J].AppliedSurfaceScience,2018,444:42-47.
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[4]ZhengY,MouJ,NiuJW,YangS,ChenL,XiaML,WangM*.Successionsequenceoflacticacidbacteriadrivenbyenvironmentalfactorsandsubstratesthroughoutthebrewingprocessofshanxiagedvinegar[J].AppliedMicrobiology&Biotechnology.2018,(17),1-14.
[5]XiaT,ZhangJ,YaoJH,ZhengB,DuanWH,SongJ,ZhengY,WangM*.Shanxiagedvinegarprotectsagainstalcohol-inducedliverinjuryviaactivatingNrf2-mediatedantioxidantandinhibitingTLR4-inducedinflammatoryresponse[J].Nutrients,2018,10(7):805.
[6]XiaT,ZhangJ,YaoJH,ZhengB,DuanWH,SongJ,ZhengY,WangM*.ShanxiagedvinegarpreventsalcoholicliverinjurybyinhibitingCYP2E1andNADPHoxidaseactivities[J].Journaloffunctionalfoods,2018,47:575-584.
[7]ZhengY,ZhangRK,YinHS,BaiXL,ChangYG,XiaML,WangM*.Acetobacterpasteurianusmetabolicchangeinducedbyinitialaceticacidtoadapttoaceticacidfermentationconditions[J].AppliedMicrobiology&Biotechnology,2017(15):1-10.
[8]YinHS,ZhangRK,XiaML,BaiXL,MouJ,ZhengY,WangM*.EffectofasparticacidandglutamateonmetabolismandacidstressresistanceofAcetobacterpasteurianus[J].MicrobCellFact,2017,16:109
[9]XiaT,YaoJH,ZhangJ,ZhengY,SongJ,WangM*.ProtectiveeffectsofShanxiagedvinegaragainsthydrogenperoxide-inducedoxidativedamageinLO2cellsthroughNrf2-mediatedantioxidantresponses[J].RSCadvance.2017;7,17377-17386.
[10]SuLQ,ShenYB*,ZhangWK,GaoT,ShangZH,WangM*.CofactorengineeringtoregulateNAD+/NADHratiowithitsapplicationtophytosterolsbiotransformation[J].MicrobialCellFactories,2017,16(1):182.
[11]ShenYB,YuZQ,YangX,WangF,WangM*.Anewtechniqueforpromotingcyclicutilizationofcyclodextrinsinbiotransformation,JournalofIndustrialMicrobiologyandBiotechnology,2017,44(1):1-7.
[12]TangR,ShenYB,WangM*,ZhaiY,GaoQ.Highlychemoselectiveandefficientproductionof2,6-difluorobenzamideusingRhodococcusruberCGMCC3090restingcells.[J].JournalofBioscience&Bioengineering,2017,124(6):641-646.
[13]ShenYB,WangLF,LiangJT,TangR,WangM*.Effectsoftwokindsofimidazolium-basedionicliquidsonthecharacteristicsofsteroid-transformationArthrobactersimplex[J].MicrobialCellFactories,2016,15:118.
[14]ShenYB,WangF,WangYP,ZhaoQ,WangM*.CyclicutilizationofHP-b-CDinthebioconversionofcortisoneacetatebyArthrobactersimplex[J].BiotechnolLett,2016,38:597-602.
[15]NieZQ,ZhengY,DuHF,XieSK,WangM*.DynamicsanddiversityofmicrobialcommunitysuccessionintraditionalfermentationofShanxiagedvinegar[J].FoodMicrobiology,2015,47:62-68.
[16]XieRL,ShenYB,QinN,WangYB,SuLQ,WangM*.GeneticdifferencesinksdDinfluenceontheADD/ADratioofMycobacteriumneoaurum[J].JournalofIndustrialMicrobiologyandBiotechnology,2015,42:507-513.
[17]ShenYB,LiangJT,LiHN,WangM*.Hydroxypropyl-β-cyclodextrin-mediatedalterationsincellpermeability,lipidandproteinprofilesofsteroid-transformingArthrobactersimplex[J].AppliedMicrobiologyandBiotechnology,2015,99(1):387-397.
[18]ChenC,WeiD,ShiJP,WangM*,HaoJ*.Mechanismof2,3-butanediolstereoisomerformationinKlebsiellapneumoniae[J].AppliedMicrobiologyandBiotechnology,2014,98(10):4603-4613.
[19]ChenX,ShenYB,LiangQK,FlavellR,HongZY,YinZN,WangM*.EffectofBavachininanditsderivativesonTcelldifferentiation[J].InternationalImmunopharmacology,2014,19(2):399-404.
[20]LuoJM,LiangQK,ShenYB,ChenX,YinZN,WangM*.Biotransformationofbavachininbythreefungalcellcultures[J].JournalofBioscienceandBioengineering,2014,117(2):191-196.
[21]NieZQ,ZhengY,WangM*,HanY,WangYN,LuoJM,NiuDD.Exploringmicrobialsuccessionanddiversityduringsolid-statefermentationofTianjinduliumaturevinegar[J].BioresourceTechnology,2013,148:325-333.
[22]ChengX,WenT,WeiJ,WuZZ,WangPY,HongZY,LiqingZhaoLQ,BinWang,RichardFlavell,ShumeiGao,MinWang*,ZhinanYin.Treatmentofallergicinflammationandhyperresponsivenessbyasimplecompound,Bavachinin,isolatedfromChineseherbs[J].Cellular&MolecularImmunology,2013,10,497–505.