刘蛟 博士，天津科技大学生物工程学院教师，助理研究员。

工业微生物代谢机制模型模拟与组学解析； 工业微生物高附加值产品代谢调节与网络重构；

1)LiuJiao,QiHaishan,WangCheng,WenJianping*.Model-drivenintracellularredoxstatusmodulationforincreasingisobutanolproductioninEscherichiacoli.BiotechnologyforBiofuels,8:108,2015 2)LiuJiao,JiaXiaoqiang,WenJianping,ZhouZhengxi,SubstrateinteractionsandkineticsstudyofphenoliccompoundsbiodegradationbyPseudomonasspcbp1-3,BiochemicalEngineeringJournal,67:156-166,2012. 3)WeiLiang,LiuJiao,QiHaishan,WenJianping*,EngineeringScheffersomycesstipitisforfumaricacidproductionfromxylose,Bioresourcetechnology,187:246-254,2015 4)WangBaohua,LiuJiao,LiuHuanhuan,HuangDi,WenJianping*.ComparativemetabolicprofilingrevealsthekeyroleofaminoacidsmetabolismintherapamycinoverproductionbyStreptomyceshygroscopicus,JournalofIndustrialMicrobiology&Biotechnology,42(6):949-963,2015. 5)LiuYingjie,LiuJiao,LiChen,Wen,Jianping,BanRui,JiaXiaoqiang,Metabolicprofilinganalysisofthedegradationofphenoland4-chlorophenolbyPseudomonasspcbp1-3,BiochemicalEngineeringJournal,90:316-323,2014. 其他 6)Liangshaoxiong,ChenHong,LiuJiao,WenJianping,RationaldesignofasyntheticEntner–DoudoroffpathwayforenhancingglucosetransformationtoisobutanolinEscherichiacoli.JournalofIndustrialMicrobiology&Biotechnology,45(3):1-13,2018. 7)DangLanqing,LiuJiao,WangCheng,LiuHuanhuan,WenJianping*,EnhancementofrapamycinproductionbymetabolicengineeringinStreptomyceshygroscopicusbasedongenomescalemetabolicmodel,JournalofIndustrialMicrobiologyandBiotechnology,44(2):259-270,2017. 8)WangCheng,LiuJiao,LiuHuanhuan,LiangShaoxiong,WenJianping,CombiningmetabolomicsandnetworkanalysistoimprovetacrolimusproductioninStreptomycestsukubaensisusingdifferentexogenousfeedings,JournalofIndustrialMicrobiology&Biotechnology,44(11):1527–1540,2017. 9)WangCheng,LiuJiao,LiuHuanhuan,WangJunhua,WenJianping,Agenome-scaledynamicfluxbalanceanalysismodelofStreptomycestsukubaensisNRRL18488topredictthetargetsforincreasingFK506production,BiochemicalEngineeringJournal,123(15):45-56,2017. 10)SongKejing,WeiLiang,LiuJiao,WangJunhua,QiHaishan,WenJianping,EngineeringoftheLysRfamilytranscriptionalregulatorFkbR1anditstargetgenetoimproveascomycinproduction,AppliedMicrobiologyandBiotechnology,101(11):4581–4592,2017.