个人简历

教育背景
2016.01至2016.07，美国伦斯勒理工大学生物技术和跨学科研究中心访问学者；
2011.09至2016.12，江南大学生物工程学院获博士学位；
2008.09至2011.09，江南大学生物工程学院获学士学位。
荣誉/称号
1.江苏省百篇优秀博士论文（2018）
2.国家人社部/博管办“博新计划”获得者（2018，江苏大学第一位获奖者）

近期论文

1.Fang,Z.,Jones,J.A.,Zhou,J.,&Koffas,M.A.(2018).EngineeringEscherichiacoliCo‐CulturesforProductionofCurcuminoidsFromGlucose.Biotechnologyjournal,13(5),1700576.（杂志当月封面文章）
2.Zhang,C.L.,Yu,Y.Y.,Fang,Z.,Naraginti,S.,Zhang,Y.,&Yong,Y.C.(2018).Recentadvancesinnitroaromaticpollutantsbioreductionbyelectroactivebacteria.ProcessBiochemistry.70,129-135
3.Zhu,Z.,Zhang,J.,Ji,X.,Fang,Z.,Wu,Z.,Chen,J.,&Du,G.(2018).Evolutionaryengineeringofindustrialmicroorganisms-strategiesandapplications.Appliedmicrobiologyandbiotechnology,102(11),4615-4627.
4.Yu,Y.Y.,Fang,Z.,Gao,L.,Song,H.,Yang,L.,Mao,B.,...&Yong,Y.C.(2018).Engineeringofbacterialelectrochemicalactivitywithglobalregulatormanipulation.ElectrochemistryCommunications,86,117-120.
5.Liu,X.,Zhao,X.,Yu,Y.Y.,Wang,Y.Z.,Shi,Y.T.,Cheng,Q.W.,Fang,Z.,&Yong,Y.C.(2017).Facilefabricationofconductivepolyanilinenanoflowermodifiedelectrodeanditsapplicationformicrobialenergyharvesting.ElectrochimicaActa,255,41-47.
6.Yang,Y.,Wang,Y.Z.,Fang,Z.,Yu,Y.Y.,&Yong,Y.C.(2018).Bioelectrochemicalbiosensorforwatertoxicitydetection:generationofdualsignalsforelectrochemicalassayconfirmation.Analyticalandbioanalyticalchemistry,410(4),1231-1236.
7.Yang,Y.,Yu,Y.Y.,Wang,Y.Z.,Zhang,C.L.,Wang,J.X.,Fang,Z.,...&Yong,Y.C.(2017).Amplificationofelectrochemicalsignalbyawhole-cellredoxreactivationmoduleforultrasensitivedetectionofpyocyanin.BiosensorsandBioelectronics,98,338-344.
8.Fang,Z.,Zhang,J.,Du,G.,&Chen,J.(2017).RationalproteinengineeringapproachestofurtherimprovethekeratinolyticactivityandthermostabilityofengineeredkeratinaseKerSMD.BiochemicalEngineeringJournal,127,147-153.
9.Fang,Z.,Yong,Y.C.,Zhang,J.,Du,G.,&Chen,J.(2017).Keratinolyticprotease:agreenbiocatalystforleatherindustry.Appliedmicrobiologyandbiotechnology,101(21),7771-7779.
10.Fang,Z.,Zhang,J.,Liu,B.,Du,G.,&Chen,J.(2016).EnhancementofthecatalyticefficiencyandthermostabilityofStenotrophomonassp.keratinaseKerSMDbydomainexchangewithKerSMF.Microbialbiotechnology,9(1),35-46.
11.Fang,Z.,Zhang,J.,Du,G.,&Chen,J.(2016).Improvedcatalyticefficiency,thermophilicity,anti-saltanddetergenttoleranceofkeratinaseKerSMDbypartiallytruncationofPPCdomain.Scientificreports,6.
12.Fang,Z.,Zhang,J.,Liu,B.,Du,G.,&Chen,J.(2015).InsightintothesubstratespecificityofkeratinaseKerSMDfromStenotrophomonasmaltophiliabysite-directedmutagenesisstudiesintheS1pocket.RSCAdvances,5(91),74953-74960.
13.Fang,Z.,Zhang,J.,Liu,B.,Jiang,L.,Du,G.,&Chen,J.(2014).Cloning,heterologousexpressionandcharacterizationoftwokeratinasesfromStenotrophomonasmaltophiliaBBE11-1.ProcessBiochemistry,49(4),647-654.
14.Liu,B.,Zhang,J.,Fang,Z.,Du,G.,Chen,J.,&Liao,X.(2014).FunctionalanalysisoftheC-terminalpropeptideofkeratinasefromBacilluslicheniformisBBE11-1anditseffectontheproductionofkeratinaseinBacillussubtilis.ProcessBiochemistry,49(9),1538-1542.
15.Fang,Z.,Zhang,J.,Liu,B.,Du,G.,&Chen,J.(2013).Biodegradationofwoolwasteandkeratinaseproductioninscale-upfermenterwithdifferentstrategiesbyStenotrophomonasmaltophiliaBBE11-1.Bioresourcetechnology,140,286-291.
16.Fang,Z.,Zhang,J.,Liu,B.,Du,G.,&Chen,J.(2013).BiochemicalcharacterizationofthreekeratinolyticenzymesfromStenotrophomonasmaltophiliaBBE11-1forbiodegradingkeratinwastes.InternationalBiodeterioration&Biodegradation,82,166-172.
17.Liu,B.,Zhang,J.,Fang,Z.,Gu,L.,Liao,X.,Du,G.,&Chen,J.(2013).Enhancedthermostabilityofkeratinasebycomputationaldesignandempiricalmutation.Journalofindustrialmicrobiology&biotechnology,40(7),697-704.