近期论文
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1.MiaoLiu,ChengZhong*,Yu-MingZhang,Ze-MingXu,Chang-ShengQiao,Shi-RuJia*,MetabolicinvestigationinGluconacetobacterxylinusanditsbacterialcelluloseproductionunderadirectcurrentelectricfield,FrontiersinMicrobiology,2016,7,331
2.Pei-peiHan,Shi-gangShen,Hui-YanWang,Shun-yuYao,Zhi-leiTan,ChengZhong,Shi-ruJia*,ApplyingthestrategyoflightenvironmentcontroltoimprovethebiomassandpolysaccharideproductionofNostocflagelliforme,JournalofAppliedPhycology，2016,1-11
3.Xiao-NingYang,Dong-DongXue,Jia-YingLi,MiaoLiu,Shi-RuJia,Li-QiangChu,FazliWahid,Yu-MingZhang,ChengZhong*,ImprovementofAntimicrobialActivityofGrapheneOxide/BacterialCelluloseNanocompositesThroughtheElectrostaticModification,CarbohydratePolymers,2016,136:1152-1160
4.HexinLv*,FengXia,MiaoLiu,XiangganCui,FazliWahid,ShiruJia*,MetabolomicprofilingoftheastaxanthinaccumulationprocessinducedbyhighlightinHaematococcuspluvialis,AlgalResearch,2016,20,35-43
5.HexinLv*，XiangganCui，ShileiWang，ShiruJia*，MetabolicProfilingofDunaliellasalinaShiftingCultivationConditionstoNitrogenDeprivation，Metabolomics，2016,6(1)
6.TaoBo,Pei-PeiHan,Qin-ZhiSu,PingFu,Feng-ZhuGuo,Zuo-XingZheng,Zhi-LeiTan,ChengZhong,Shi-RuJia*，Antimicrobialε-poly-L-lysineinducedchangesincellmembranecompositionsandpropertiesofSaccharomycescerevisiae，FoodControl，2016,61,123-134
7.HexinLv*,XiangganCui,FazliWahid,FengXia,ChengZhong,ShiruJia*，AnalysisofthePhysiologicalandMolecularResponsesofDunaliellasalinatoMacronutrientDeprivation，PlosONE，2016,11（3）
8.Jian-DongCui*,Ya-MinZhao,Rong-LinLiu,ChengZhong,Shi-RuJia*,Surfactant-activatedlipasehybridnanoflowerswithenhancedenzymaticperformance，ScientificReport,2016,6，11.
2015年部分论文
1.Pei-peiHan，Shi-gangShen，Shi-ruJia.ComparisonofbacterialcommunitystructuresofterrestrialcyanobacteriumNostocflagelliformeinthreedifferentregionsofChinausingPCR-DGGEanalysis[J].WorldJournalofMicrobiologyandBiotechnology,2015,31(7):1061–1069.
2.Pei-peiHan,Shi-gangShen,Hui-YanWang,YingSun,Yu-jieDai,Shi-ruJia.ComparativemetabolomicanalysisoftheeffectsoflightqualityonpolysaccharideproductionofcyanobacteriumNostocflagelliforme[J].AlgalResearch,2015，9:143–150.
3.MiaoLiu,ChengZhong,Xiao-YingWu,Yu-QiaoWei,TaoBo,Pei-PeiHan,Shi-RuJia.MetabolomicprofilingcoupledwithmetabolicnetworkrevealsdifferencesinGluconacetobacterxylinusfromstaticandagitatedcultures[J].BiochemicalEngineeringJourna,2015,101:85–98.
4.JianhuaGuo,XiaolanLiu,ShiruJia.Effectofcellulase-producingbacteriaonthemetabolicactivitiesandfunctionaldiversityofbacterialcommunitiesinChineseliquorfermentinggrains[J].JournaloftheInstituteofBrewing,2015,121,(4):614-619.
5.Guo,JH(Guo,Jianhua),Jia,SR(Jia,Shiru).EffectofCellulase-ProducingBacteriaonEnzymeActivityandEsterProductioninFermentedGrainsofChineseLiquor[J].Journaloftheamericansocietyofbrewingchemists,2015,73(2):130-136.
6.JiandongCui，ShiruJia，LonghaoLiang，YaminZhao，YuxiaoFeng.MesoporousCLEAs-silicacompositemicroparticleswithhighactivityandenhancedstability[J].ScientificReports,2015,5,14203.
7.JianDongCui，ShiRuJia.Optimizationprotocolsandimprovedstrategiesofcross-linkedenzymeaggregatestechnology:currentdevelopmentandfuturechallenges[J].CriticalReviewsinBiotechnology,2015,35(1),15-28.
8.HexinLv，FengXia，ShiruJia，XiangganCui，NannanYuan．EffectsofK2HPO4ontheGrowthofNostocFlagelliformeinLiquidMediawithDifferentCarbonSources[M]．AdvancesinAppliedBiotechnology．SpringerBerlinHeidelberg，2015：407-415．
9.LifangYue,YupengXiao,GuojuanSun,ShiruJia,YujieDai,XingZheng.Thesemi-continuouscultivationofNostocflagelliformecells[C].AdvancesinAppliedBiotechnology.2015,332:453-460.
10.HongleiFu,YujieDai,YueHan,LifangYue,FengXia,ShiruJia.EffectofiodineonthegrowthandqualityofNostocflagelliforme[J].LectureNotesinElectricalEngineering.2015,333:335-341.
2014年部分论文
1.ChengZhong，FeiLi，MiaoLiu，Xiao-NingYang，Hui-XiaZhu，Yuan-YuanJia，Shi-RuJia，LucianoPiergiovanni.RevealingDifferencesinMetabolicFluxDistributionsbetweenaMutantStrainandItsParentStrainGluconacetobacterxylinusCGMCC2955[J].Plosone,2014,9(6):1-9.
2.TaoBo，MiaoLiu，ChengZhong，QianZhang，Qin-ZhiSu，Zhi-LeiTan，Pei-PeiHan，andShi-RuJia.MetabolomicAnalysisofAntimicrobialMechanismsofε_x001e_Poly_x001e_L_x001e_lysineonSaccharomycescerevisiae[J].JournalofAgriculturalandFoodChemistry,2014,4454-4465.
3.ChengZhong，ZhaoZhou，Yu‐MingZhang，Shi‐RuJia，ZhuoSun，BruceE.Dale.IntegratingKineticswithThermodynamicstoStudytheAlkalineExtractionofProteinfromCaraganakorshinskiiKom.[J].BiotechnologyandBioengineering,2014,111(9):1801-1808.
4.Pei-peiHan，Shi-ruJia，YingSun，Zhi-leiTan，ChengZhong，Yu-jieDai，NingTan，Shi-gangShen.MetabolomicapproachtooptimizingandevaluatingantibiotictreatmentintheaxeniccultureofcyanobacteriumNostocflagelliforme[J].WorldJournalofMicrobiologyandBiotechnology,2014,30(9):2407-2418.
5.Jian-JunDong，Qing-LiangLi，HuaYin，ChengZhong，Jun-GuangHao，Pan-FeiYang，Yu-HongTian，Shi-RuJia.Predictiveanalysisofbeerqualitybycorrelatingsensoryevaluationwithhigheralcoholandesterproductionusingmultivariatestatisticsmethods[J].FoodChemistry,2014,161:376-82.
6.Pei-peiHan，YingSun，Xiao-yingWu，Ying-jinYuan，Yu-jieDai，Shi-ruJia.Emulsifying,Flocculating,andPhysicochemicalPropertiesofExopolysaccharideProducedbyCyanobacteriumNostocflagelliforme[J]．AppliedBiochemistryandBiotechnology，2014,172(1):36-49.
7.Pei-PeiHan，YingSun，ChengZhong，Zhi-leiTan，Shi-ruJia．EffectsoflightwavelengthsonextracellularandcapsularpolysaccharideproductionbyNostocflagelliforme[J].CarbohydratePolymers,2014,105:145-151.
8.ChengZhong，ZhuoSun，ZhaoZhou，Ming-JieJin，Zhi-LeiTan，Shi-RuJia.ChemicalCharacterizationandNutritionalAnalysisofProteinIsolatesfromCaraganakorshinskiiKom.[J].JournalofAgriculturalandFoodChemistry,2014,62(14):3217–3222(SCI).
9.HexinLv，ShiruJia，YupengXiao，NannanYuanandYujieDai.GrowthcharacteristicsofNostocflagelliformeatintermittentelevatedCO2concentrations[J].PhycologicalResearch,2014,62(4):250–256(SCI).
10.LVHe-xin,JIAShi-ru,SHENShi-gang,CUIXiang-gan,YUANNan-nan.EffectofNaNO3onNostocflagelliformeGrowthunderIntermittentFlowofCO2[J].ModernFoodScienceandTechnology,2014,30(9):186-191(SCI).
11.JiandongCui,JiqiongQiu,XianweiFan,ShiruJia,ZhileiTan.Biotechnologicalproductionandapplicationsofmicrobialphenylalanineammonialyase:arecentreview[J].CriticalReviewsinBiotechnology,2014,34(3):258-268(SCI).
2013年部分论文
1.ChengZhong,Gui-CaiZhang,MiaoLiu,Xin-TongZheng,Pei-PeiHan,Shi-RuJia.MetabolicfluxanalysisofGluconacetobacterxylinusforbacterialcelluloseproduction.ApplMicrobiolBiotechnol,2013,97:6189–6199.
2.YujieDai,JingLi,ShumeiWei,NanChen,YupengXiao,ZhileiTan,ShiruJia,NannanYuan,NingTanandYijieSong.EffectoflightwithdifferentwavelengthsonNostocflagelliformecellsinliquidculture[J].JournalofMicrobiologyandBiotechnology,2013,23(4):534-538.
3.ZhenDing,ShiruJia,PeipeiHan,NannanYuan,NingTan.EffectsofcarbonsourcesongrowthandextracellularpolysaccharideproductionofNostocflagelliformeunderheterotrophichigh-cell-densityfed-batchcultures.JApplPhyool.2013,25(4):1017-1021.
4.Zhi-leiTan，Yu-QiaoWei，ShuangLiang，RanZhang，MiaoLiu，Shi-RuJia.RapidIdentificationofMicroorganismsIsolatedfromPickledVegetablesbyMALDI-TOFMassSpectrometry[J].AdvancedMaterialsResearch.2013.712-715:494-497.
2012部分论文
1.ChengZhong,RuiWang,ZhaoZhou,Shi-RuJia,Zhi-LeiTan,Pei-PeiHan.FunctionalPropertiesofProteinIsolatesfromCaraganaKorshinskiiKomExtractedbyThreeDifferentMethods.JournalofAgriculturalandFoodChemistry2012,60:10337-10342.
2.YanqingZhang,ShiruJia,WujiuZhang.Predictingaceticacidcontentinthefinalbeerusingneuralnetworksandsupportvectormachine.JournaloftheInstituteofBrewing.2012,118:361-36.
3.NingTan,Shi-RuJia,Pei-PeiHan,WeiGuo,Yu-JieDai.TheopencultureofNostocflagelliformewitha25Lopenpond.AdvancedMaterialsResearchVols.554-556(2012).
4.ShiruJia,ZhenDing,NingTan,NaWang,PeipeiHan,NannanYuan.HeterotrophicFed-batchCulturesofNostocflagelliformeandProductionofExtracellularPolysaccharides.AdvancedMaterialsResearchVols.518-523(2012):5468-5471.
5.SijunYue,JingLiu,RuiZheng,YujieDai,YuanyuanJia,ShiruJia.ThegrowthofNostocflagelliformecellsindesertsoilanditsecologicaleffects.AdvancedMaterialsResearchVols.518-523(2012):5500-5505.
6.YANLin,JIAShi-ru,ZHENGXin-tong,ZHONGCheng,LIUMiao,XUGuo-juan.Theeffectofgrowth,migrationandbacterialcellulosesynthesisofGluconacetobacterxylinusinpresenceofdirectcurrentelectricfieldcondition.AdvancedMaterialsResearchVols.550-553(2012):1108-1113.
7.ChengZhong,RuiWang,LihuaFan,Shi-RuJia,ZhaoZhou.DevelopingahighefficientprocessintegratingproteinextractionwithcellulosicethanolproductionfromCaraganaKorshinskiiKom.AdvancedMaterialsResearchVols.518-523(2012):5545-5549.
8.JinYingGuo,MingKeShi,GuoYanRen,YongYin,ShiRuJia.ResponseofNostocflagelliformecelltoHyperthermiaStress.AdvancedMaterialsResearch(Volumes518-523):614-618(2012).
9.YujieDai,NanChen,ShiruJia,NannanYuan,NingTanJingLi.PurificationofPolysaccharidefromPhotoautotrophicCultivationofNostocflagelliformeCellswithSectorRadialFlowChromatography.BiomedicalEngineeringandBiotechnology(iCBEB),2012InternationalConferenceon.2012.5:465-468.
10.TianWANG,ShiruJIA,ZhileiTAN,YujieDAI,ShuaiSONG,GuoliangWANG.Mutagenesisandselectivebreedingofahighproducingε-ploy-L-lysinestain.FrontiersofChemicalScienceandEngineeering.2012,6(2):179-183.
11.FeifeiWang,JianchunZhang,LiminHao,ShiruJia,JianmingBaandShuangNiu.OptimizationofSubmergedCultureConditionsforMycelialGrowthandExtracellularPolysaccharideProductionbyCoriolusversiolor.Bioprocessing&Biotechniques.2012,2:42(4).
2011年部分论文
[1]HuixiaZhu,ShiruJia,HongjiangYang,YuanyuanJia,LinYan,JingLi.(2011)Peparationandapplicationofbacterialcellulosesphere:anovelbiomaterial.Biotechnol.&Biotechnol.Eq.,25(1):233-2236.
[2]DexiBi,ZhenXu,EwanM.Harrison,CuiTai,YiqingWei,XinyiHe,ShiruJia,ZixinDeng,KumarRajakumar,andHong-YuOu.(2011)ICEberg:aweb-basedresourceforintegrativeandconjugativeelementsfoundinBacteria.NucleicAcidsResearch,1-6.doi:1093/nar/gkr846.
[3]HuiXiaZhu,ShiruJia,TongWang,HongjiangYang,JingLi,LinYan,ChengZhong..(2011)BiosynthesisofsphericalFe3O4/bacterialcellulosenanocompositesasadsorbentsforheavymetalions.CarbohydratePolymers,86(4):1558-1564.
[4]JieZhang,JonJurriaanvanAartsen,XiaofeiJiang,YuchengShao,CuiTai,XinyiHe,ZhileiTan,ZixinDeng,ShiruJia,KumarRajakumar,Hong-YuOu.(2011)ExpansionoftheknownKlebsiellapneumoniaespeciesgenepoolbycharacterizationofnovelalienDNAislandsintegratedintotmRNAgenesites.JournalofMicrobiologicalMethods,84(2),283-289.
[5]XueFengChen,Shi-RuJia,YueWangandNingWang.(2011)BiologicalcrustofNostocflagelliforme(cyanobacteria)onsandbedmaterials[J].JApplPhycol,23:67~71.
2010年部分论文
[1]Shirujia,BaoqingFan,YujieDai,GuoliangWang,PengPeng,YuanyuanJia.Fractionationandcharacterizationofe-poly-L-lysinefromStreptomycesalbulusCGMCC1986[J].FoodScienceandBiotechnology,2010,19(2):361-366.
[2]YurongGao,ShiruJia,QiangGao,ZhileiTan.AnovelbacteriocinwithabroadinhibitoryspectrumproducedbyLactobacillussakeC2,isolatedfromtraditionalChinesefermentedcabbage[J].FoodControl,2010,21(1):76-81.
[3]WeihuaTang,ShiruJia,YuanyuanJia,HongjiangYang.Theinfluenceoffermentationconditionsandpost-treatmentmethodsonporosityofbacterialcellulosemembrane[J].WorldJMicrobiolBiotechnol,2010,26(1):125-131.
[4]XuefengChen,ShiruJia,SijunYue,NingWang,ChengtaoLi,YueWang.Effectofsolidbed-materialsonvegetativecellsofNostocflagelliforme[J].JApplPhycol,2010,22(3):341-347.
[5]ChangshengQiao,ShiruJia,YujieDai,RuiWang,AiyouSun.Trehalosebiosynthesisenhancementforsixyeaststrainsunderpressurizedculture[J].ApplBiochemBiotechnol,2010,160:613-620.
[6]HaifengYu,ShiruJia,YujieDai.AccumulationofExopolysaccharidesinliquidsuspensioncultureofNostocflagelliformecells[J].ApplBiochemBiotechnol,2010,160:552-560.
[7]LiminHao,XinhuiXing,ZhengLi,JianchunZhang,JinxuSun,ShiruJia,ChangshengQiao,TianyiWu.OptimizationofeffectfactorsformycelialgrowthandexopolysaccharideproductionbySchizophyllumcommune[J].ApplBiochemBiotechnol,2010,160(2):621-631.
2009年部分论文
[1]AnovelbacteriocinwithabroadinbitoryspectrumproducedbyLactobacillussakeC2,isolatedfromtraditionalChinesefermentedcabbage.FoodControl,2010,21(1):76-81.
[2]GrowthcharacteristicsofthecyanobacteriumNostocflagelliformeinphotoautotrophic,mixotrophicandheterotrophiccultivation.JApplPhycol,2009,21(1):127-133.
[3]ProductionofhydrocortisonebyAbsidiacoeruleainmoderatepressurebioconversionsystem.KoreanJChemEng,2009,26(4):1084-1089.
[4]Effectofsolidbed-materialsonvegetativecellsofNostocflagelliforme.JApplPhycol,2009,DIO:10.1007/s10811-009-9464-3.
[5]ComputationalStudyontheConformationandVibrationFrequenciesofβ-Sheetofε-PolylysineinVacuum,Int.J.Mol.Sci,2009,10(8):3358-3370.
[6]TheinfluenceoffermentationConditionsandpost-treatmentmethodsonporosityofbacterialcellulosemembrane.WorldJMicrobiolBiotechnol,2009,DIO:10.1007/s11274-009-0151-y
2008年部分论文
[1]Influenceofaminoacids,organicsolventsandsurf-actantsforphenylalanineammonialyaseactivityinrecombinantEscherichi-a.Coli.LettersinAppliedMicrobiology,2008,46(6):631-635.
[2]Rapiddeterminationoflow-levelsulfurcom-poundsinbeerbyheadspacegaschromatographywithapulsedflamepho-tometricdetector.J.Am.Soc.Brew.Chem.2008,66(3):188-191.
[3]ProductionofL-phenylalaninefromtrans-cinnamicacidsbyhigh-levelexpressionofphenylalanineammonialya-segenefromRhodosporidiumtoruloidesinEscherichiacoli.BiochemicalEngineeringJournal,2008,42(3):193-197.
[4]GrowthcharacteristicsofthecyanobacteriumN-ostocflagelliformeinphotoautotrophic,mixotrophicandheterotrophicculti-vation.JournalofAppliedPhycology2008（onlinefirst）DOI：10.1007/s10811-008-9341-5.
[5]Morphology,cellgrowth,andpol-ysaccharideproductionofNostocflagelliformeinliquidsuspensioncultureatdifferentagitationrates.JAppliedPhycology,2008,20:213-217,DOI：10.1007/s10811-007-9221-4.
2007年以前部分论文
[1]CharacterizationofExtracellularPolysaccharidesfromNostocflagelliformeCellsinLiquidSuspensionCulrure[J].BiotechnologyandBioprocessEngineering,2007,12(3):271—276
[2]PreparationandCharacterizationofHydroxyapatite/BacterialCelluloseNanocompositeScaffoldsforBoneTissueEngineeringKeyEngineeringMaterials,2007,330/332;No.Pt2；
[3]Morphology,cellgrowth,andpolysaccharideproductionofNostocflagelliformeinliquidsuspensioncultureatdifferentagitationrates.JApplPhycol.2007,10
[4]Synthesisandcharacterizationofhydroxyapatite-bacterialcellulosenanocompositesCompositesScienceandTechnology,2006(66)1825-1832
[5]Hydroxyapatite/bacterialcellulosecompositessynthesizedviaabiomimeticrouteMaterialsLetter,2006,(60)1710-1713
[6]PreparationandcharacterizationoffinesilverpowderwithcolloidalemulsionaphronJournalofMembraneScience,2006,281:685–691
[7]CultivationofNostocflagelliformeonSolidMedium.ReprintedfromtheKoreanJournalofEnvironmentalBiology,Vol.23,No.2,June2005:(135-140)
[8]ColluloseProductionfromGluconobacterOxydansTQ-B2,Biotech.BioprocessEng.2004,Vol9(3),166~170
[9]ToleranceofAnaerobicGranularSludgetoOxygen,TheKoreanJournalofEnvironmentalBiology,2003,December
[10]CharacteristicsandModelforGrowthofRhizopusoryzaeontheSimulatedGas-solidInterface.ReprintedfromtheKoreanJournalofEnvironmentalBiology,Vol.22,No.4,December2004:(494-500)
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