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[1]Shi-gangShen,Shi-ruJia,Yi-kaiWu,Rong-rongYan,Ya-HuiLin,Dong-xueZhao,Pei-peiHan*.EffectofcultureconditionsonthephysicochemicalpropertiesandantioxidantactivitiesofpolysaccharidesfromNostocflagelliforme.2018,https://doi.org/10.1016/j.carbpol.2018.06.111(IF4.811,JCR一区)
[2]Pei-peiHan*,Shun-yuYao,Rong-junGuo,Shi-gangShen,Rong-rongYan,Zhi-leiTan,Shi-ruJia*.TherelationshipbetweenmonosaccharidecompositionofextracellularpolysaccharideandactivitiesofrelatedenzymesinNostocflagelliformeunderdifferentcultureconditions.CarbohydratePolymers174(2017)111–119.(IF4.811,JCR一区)
[3]Pei-peiHan*,Shi-gangShen,Rong-junGuo,Shun-yuYao,YingSun,Zhi-leiTan,Shi-ruJia*.TheregulationofphotosyntheticpigmentsinterrestrialNostocflagelliformeinresponsetodifferentlightcolors.AlgalResearch25(2017)128–135(IF5.014,JCR二区)
[4]Shi-gangShen,Shi-ruJia,Rong-rongYan,Yi-kaiWu,Hui-yanWang,Ya-huiLin,Dong-xueZhao,Zhi-leiTan,He-xinLvandPei-peiHan*.ThephysiologicalresponsesofterrestrialcyanobacteriumNostocflagelliformetodifferentintensitiesofultraviolet-Bradiation.RSCAdvances,2018,8,21065-21074(IF3.612,JCR二区)
[5]Pei-peiHan*,Rong-junGuo,Shi-gangShen,Rong-rongYan,Yi-kaiWu,Shun-yuYao,Hui-yanWang,Shi-ruJia*.ProteomicprofilingofNostocflagelliformerevealsthecommonmechanisminpromotingpolysaccharideproductionbydifferentlightqualities.BiochemicalEngineeringJournal132(2018)68–78.(IF2.934,JCR二区)
[6]Pei-peiHan*Shun-yuYao,Rong-junGuo,Rong-rongYan,Yi-kaiWu,Shi-gangShen,Shi-ruJia*.InfluenceofcultureconditionsonextracellularpolysaccharideproductionandtheactivitiesofenzymesinvolvedinthepolysaccharidesynthesisofNostocflagelliforme.RSCAdvances,2017,7,45075-45084(IF3.612,JCR二区)
[7]Pei-peiHan,Shi-gangShen,Hui-YanWang,Shun-yuYao,Zhi-leiTan,ChengZhong,Shi-ruJia*.ApplyingthestrategyoflightenvironmentcontroltoimprovethebiomassandpolysaccharideproductionofNostocflagelliforme.JournalofAppliedPhycology,2017,29(1):55-65.(IF2.474,JCR二区)
[8]Pei-peiHan,Shi-gangShen,Hui-YanWang,YingSun,Yu-jieDai,Shi-ruJia*.ComparativemetabolomicanalysisoftheeffectsoflightqualityonpolysaccharideproductionofcyanobacteriumNostocflagelliforme.AlgalResearch-BiomassBiofuelsandBioproducts,2015,9:143-150.(IF5.014,JCR二区)
[9]Pei-peiHan,Shi-gangShen,Shi-ruJia,Hui-yanWang,ChengZhong,Zhi-leiTan,He-xinLv.ComparisonofbacterialcommunitystructuresofterrestrialcyanobacteriumNostocflagelliformeinthreedifferentregionsofChinausingPCR-DGGEanalysis.WorldJournalofMicrobiologyandBiotechnology,2015,31(7):1061-1069.(IF1.555,JCR三区)
[10]Pei-peiHan,YingSun,Shi-ruJia*,ChengZhong,Zhi-leiTan.EffectsoflightwavelengthsonextracellularandcapsularpolysaccharideproductionbyNostocflagelliforme.CarbohydratePolymers,2014,105:145–151.(IF4.811,JCR一区)
[11]Pei-peiHan,YingSun,Xiao-yingWu,Ying-jinYuan,Yu-jieDai,Shi-ruJia*.Emulsifying,Flocculating,andPhysicochemicalPropertiesofExopolysaccharideProducedbyCyanobacteriumNostocflagelliforme.AppliedBiochemistryandBiotechnology,2014,172(1):36-49.(IF1.676,JCR三区)
[12]Pei-peiHan,Shi-ruJia*,YingSun,Zhi-leiTan,ChengZhong,Yu-jieDai,NingTan,Shi-gangShen.MetabolomicapproachtooptimizingandevaluatingantibiotictreatmentintheaxeniccultureofcyanobacteriumNostocflagelliforme.WorldJournalofMicrobiology&Biotechnology2014,30(9):2407-2418.(IF1.555,JCR三区)
[13]Pei-peiHan,Ting-xiangYe,BinQiao,Ying-jinYuan*.TaxoidsprofilingofsuspensionTaxuschinensisvar.maireicellsinresponsetoshearstress.BiochemicalEngineeringJournal.2013,77:66-73.(IF2.934,JCR二区)
[14]Pei-PeiHanandYing-JinYuan*.LipidomicanalysisrevealsactivationofphospholipidsignalinginmechanotransductionofTaxuscuspidatacellsinresponsetoshearstress.FASEBJournal.2009,23:623-630.(IF5.280,JCR二区top)
[15]Pei-PeiHanandYing-JinYuan*.MetabolicprofilingasatoolforunderstandingdefenseresponseofTaxuscuspidatacellstoshearstress.BiotechnologyProgress.2009,25:1244-1253.(IF2.101,JCR二区)
[16]Pei-peiHan,JianZhouandYing-jinYuan*.Analysisofphospholipids,sterols,andfattyacidsinTaxuschinensisvar.maireicellsinresponsetoshearstress.BiotechnologyandAppliedBiochemistry.2009,54:105–112.(IF1.401,JCR三区)
[17]TaoBo,Pei-PeiHan,Qin-ZhiSu,PingFu,Feng-ZhuGuo,Zuo-XingZheng,Zhi-LeiTan,ChengZhong,Shi-RuJia*,Antimicrobialepsilon-poly-L-lysineinducedchangesincellmembranecompositionsandpropertiesofSaccharomycescerevisiae,FoodControl,2016,61:123-134.
[18]TaoBo,MiaoLiu,ChengZhong,QianZhang,Qin-zhiSu,Zhi-leiTan,Pei-peiHan,ShiruJia.MetabolomicAnalysisofAntimicrobialMechanismsofepsilon-Poly-L-lysineonSaccharomycescerevisiae.JournalofAgriculturalandFoodChemistry,2014,62(19):4454-4465.
[19]ChengZhong,Gui-CaiZhang,MiaoLiu,Xin-TongZheng,Pei-PeiHan,Shi-RuJia*,MetabolicfluxanalysisofGluconacetobacterxylinusforbacterialcelluloseproduction,AppliedMicrobiologyandBiotechnology,2013,97:6189-6199
[20]ZhenDing,ShiruJia,Pei-peiHan,NannanYuan,NingTan.EffectsofcarbonsourcesongrowthandextracellularpolysaccharideproductionofNostocflagelliformeunderheterotrophichigh-cell-densityfed-batchcultures.JournalofAppliedPhycology,2013,25(4):1017-1021
[21]ChengZhong,RuiWang,ZhaoZhou,Shi-RuJia*,Zhi-LeiTan,Pei-PeiHan,FunctionalpropertiesofproteinisolatesfromCaraganaKorshinskiiKom.extractedbythreedifferentmethods,JournalofAgriculturalandFoodChemistry,2012,60:10337-10342
[22]韩培培,贾士儒。发菜细胞培养的研究进展。天津科技大学学报,2016,31(2):1-5.