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1.Cui,C.;Guo,C.;Lin,H.;Ding,Z.-Y.;Liu,Y.;Wu,Z.-L.*Functionalcharacterizationofan(R)-selectivestyrenemonooxygenasefromstreptomycessp.NRRLS-31.EnzymeandMicrobialTechnology,2020,DOI:10.1016/j.enzmictec.2019.109391
2.Li,T.-B.;Zhao,F.-J.;Liu,Z.-C.;Jin,Y.;Liu,Y.;Pei,X.-Q.;Zhang,Z.-G.;Wang,G.-G*.;Wu,Z.-L.*Structure-guidedengineeringofChKRED20fromChryseobacteriumsp.CA49forasymmetricreductionofarylketoesters.EnzymeandMicrobialTechnology,2019,125:29-36.
3.Ren,Z.-Q.;Liu,Y.;Pei,X.-Q.;Wu,Z.-L.*Stereoselectivebioreductionofethyl3-oxo-3-(2-thienyl)propanoateusingtheshort-chaindehydrogenase/reductaseChKRED12.J.Microbiol.Biotechnol.2018,DOI:10.4014/jmb.1805.04058
4.Pu,W.;Cui,C.;Guo,C.;Wu,Z.-L.*Characterizationoftwostyrenemonooxygenasesfrommarinemicrobes.EnzymeandMicrobialTechnology,2018,112:29-34.
5.Zhao,F.-J.;Jin,Y.;Liu,Z.-C.;Guo,C.;Li,T.-B.;Li,Z.-Y.;WangG.-G.*;Wu,Z.-L*.CrystalstructureanditerativesaturationmutagenesisofChKRED20forexpandedcatalyticscope.ApplMicrobiolBiotechnol.2017,101(23–24):8395–8404.
6.Guo,C.;Wu,Z.-L.*Constructionandfunctionalanalysisofawhole-cellbiocatalystbasedonCYP108N7.EnzymeandMicrobialTechnology,2017,106：28-34.
7.Liu,Y.-C.;Guo,C.;Liu,Y.;Wang,H.-B.;Wu,Z.-L.*Enzymaticcascadesforthestereo-complementaryepimerisationofinsitugeneratedepoxyalcohols.Org.Biomol.Chem.,2017,15,2562-2568.
8.Li,C.;Liu,Y.;Pei,X.-Q.;Wu,Z.-L.*Stereo-complementarybioreductionofsaturatedN-heterocyclicketones,ProcessBiochem.,2017,56,90-97.
9.Zhao,F.-J.;Liu,Y.;Pei,X.-Q.;Guo,C.;Wu,Z.-L.*SinglemutationsofketoreductaseChKRED20enhancethebioreductiveproductionof(1S)-2-chloro-1-(3,4-difluorophenyl)ethanol.ApplMicrobiolBiotechnol,2017,101(5):1945-1952.
10.Liu,Y.;Liu,Y.-C;Wu,Z.-L*.AsymmetricbioepoxidationcatalyzedwiththestyrenemonooxygenasefromPseudomonassp.LQ26.Bioresour.Bioprocess.2016,100(8):3567-3575.
11.Xu,G.-P.;Wang,H.-B.,Wu,Z.-L*.Efficientbioreductiveproductionof(S)-N-Boc-3-hydroxypiperidineusingketoreductaseChKRED03.ProcessBiochem.2016,51:881-885.
12.Pei,X.-Q.;Xu,M.-Y.;Wu,Z.-L.*Two“classical”OldYellowEnzymesfromChryseobacteriumsp.CA49:broadsubstratespecificityofChr-OYE1andlimitedactivityofChr-OYE2.J.Mol.Catal.B:Enzym.2016,123:91-99.
13.Zhao,F.-J.;Pei,X.-Q.;Ren,Z.-Q.;Wu,Z.-L.*Rapidasymmetricreductionofethyl4-chloro-3-oxobutanoateusingathermostabilizedmutantofketoreductaseChKRED20.ApplMicrobiolBiotechnol.2016.100(8):3567-3575.
14.Li,J.-J.;Pei,X.-Q.;Zhang,S.-B.;Wu,Z.-L*.ImprovingthethermostabilityofferuloylesterasebyDNAshufflingandsite-directedmutagenesis.ProcessBiochem.2015,50:1783-1787.
15.Li,J.-J.;Yi,Z.-L.;Pei,X.-Q.;Wu,Z.-L*.RemovalofthefreecysteineresiduereducesirreversiblethermalinactivationofFeruloylEsterase:evidencefromcirculardichroismandfluorescencespectra.ActaBiochimicaetBiophysicaSinica.2015,47(8):612-619.
16.Liu,Y.-C;Wu,Z.-L*.Switchableasymmetricbio-epoxidationofa,b-unsaturatedketones.Chem.Commun.2016,52(6),1158–1161.
17.Ren,Z.-Q;Liu,Y.;Pei,X.-Q;WangH.-B.;Wu,Z.-L*.Bioreductiveproductionofenantiopure(S)-duloxetineintermediatescatalyzedwithketoreductaseChKRED15.J.Mol.Catal.B:Enzym.2015,113,76–81.
18.Liu,Y.-C;Liu,Y.;Wu,Z.-L*.Synthesisofenantiopureglycidolderivativesviaaone-pottwo-stepenzymaticcascade.Org.Biomol.Chem.,2015,13,2146–2152
19.Xu,M.-Y.,Pei,X.-Q.,Wu,Z.-L.*Identificationandcharacterizationofanovel"thermophilic-like"OldYellowEnzymefromthegenomeofChryseobacteriumsp.CA49.J.Mol.Catal.B:Enzym.2014,108,64-71.
20.Tang,T.-X.;Liu,Y;Wu,Z.-L.*Characterizationofarobustanti-Prelogshort-chaindehydrogenase/reductaseChKRED20fromChryseobacteriumsp.CA49.J.Mol.Catal.B:Enzym.2014,105,82-88.
21.Liu,Y.,Tang,T.-X.,Pei,X.-Q.,Zhang,C.,Wu,Z.-L.*IdentificationofketonereductaseChKRED20fromthegenomeofChryseobacteriumsp.CA49forhighlyefficientanti-Prelogreductionof3,5-bis(trifluoromethyl)acetophenone.J.Mol.Catal.B:Enz.2014,102(4),1-8.
22.18.Wang,H.-B.,Pei,X.-Q.;Wu,Z.-L.*AnenoatereductaseAcrh-OYE4fromAchromobactersp.JA81:CharacterizationandapplicationinasymmetricbioreductionofC=Cbonds.Appl.Microbiol.Biotechnol.2014,98(2),705-715.
23.Yi,Z.-L.;Zhang,S.-B.*;Pei,X.-Q.;Wu,Z.-L.*Designofmutantsforenhancedthermostabilityofb-glycosidaseBglYfromThermusthermophilus.Bioresour.Technol.2013,129,629-633.
24.Lin,H.;Tang,D.-F.;Ahmed,A.A.Q.;Liu,Y.;Wu,Z.-L.*Mutationsattheputativeactivecavityofstyrenemonooxygenase:enhancedactivityandreversedenantioselectivity.J.Biotechnol.2012,161,235-241.
25.Zhang,S.-B.;Pei,X.-Q.;Wu,Z.-L.*MultipleaminoacidsubstitutionssignificantlyimprovethethermostabilityofferuloylesteraseAfromAspergillusniger.Bioresour.Technol.2012,117,140-147.
26.Liu,Y.-J.;Pei,X.-Q.;Lin,H.;Gai,P.;Liu,Y.-C.;Wu,Z.-L.*AsymmetricbioreductionofactivatedalkenesbyanovelisolateofAchromobacterspeciesproducingenoatereductase.Appl.Microbiol.Biotechnol.2012,95(3),635-645.
27.Zhang,S.-B.;Ma,X.-F.;Pei,X.-Q.;Liu,J.-Y.;Shao,H.-W.*,Wu,Z.-L.*Apracticalhigh-throughputscreeningsystemforferuloylesterases:substratedesignandevaluation.J.Mol.Catal.B:Enzym.2012,74,36-40.
28.Lin,H.;Liu,J.-Y.;Wang,H.-B.;Ahmed,A.A.Q.;Wu,Z.-L.*Biocatalysisasanalternativefortheproductionofchiralepoxides:acomparativereview.J.Mol.Catal.B:Enzym.2011,72(3-4),77-89.(Invitedreview)
29.Tang,C.-G.;Lin,H.;Zhang,C.;Liu,Z.-Q.;Yang,T.;Wu,Z.-L.*HighlyenantioselectivebioreductionofN-methyl-3-oxo-3-(thiophen-2-yl)propanamidefortheproductionof(S)-duloxetine.Biotechnol.Lett.2011,33(7),1435-1440.
30.Lin,H.;Liu,Y.;Wu,Z.-L.*Highlydiastereo-andenantio-selectiveepoxidationofsecondaryallylicalcoholscatalyzedbystyrenemonooxygenase.Chem.Commun.,2011,47,2610-2612.
31.Lin,H.;Liu,Y.;Wu,Z.-L.*AsymmetricepoxidationofstyrenederivativesbystyrenemonooxygenasefromPseudomonassp.LQ26:effectsofa-andb-substituents.Tetrahedron:Asymmetry,2011,22,134-137.
32.Yi,Z.-L.;Pei,X.-Q.;Wu,Z.-L.*IntroductionofglycineandprolineresiduesontoproteinsurfaceincreasesthethermostabilityofendoglucanaseCelAfromClostridiumthermocellum.Bioresour.Technol.2011,102(3),3636–3638
33.Pei,X.-Q.;Yi,Z.-L.;Tang,C.-G.;Wu,Z.-L.*Threeaminoacidchangescontributemarkedlytothethermostabilityofb-glucosidaseBglCfromThermobifidafusca.Bioresour.Technol.2011,102(3),3337–3342.
34.Qaed,A.A.;Lin,H.;Tang,D.-F.;Wu,Z.-L.*Rationaldesignofstyrenemonooxygenasemutantswithalteredsubstratepreference.Biotechnol.Lett.2011,33,611-616.
35.Zhang,S.-B.;Wu,Z.-L.*IdentificationofaminoacidresiduesresponsibleforincreasedthermostabilityofferuloylesteraseAfromAspergillusnigerusingthePoPMuSiCalgorithm.Bioresour.Technol.2011,102(2),2093–2096.
36.Lin,H.;Qiao,J.;Liu,Y.;Wu,Z.-L.*StyrenemonooxygenasefromPseudomonassp.LQ26catalyzestheasymmetricepoxidationofbothconjugatedandunconjugatedalkenes.J.Mol.Catal.B:Enzym.2010,67(3-4),236-241.
37.Zhang,Z.-G.;Yi,Z.-L.;Pei,X.-Q.;Wu,Z.-L.*ImprovingthethermostabilityofGeobacillusstearothermophilusxylanaseXT6bydirectedevolutionandsite-directedmutagenesis.Bioresour.Technol.2010,101(23),9272-9278.
38.Yi,Z.-L.;Wu,Z.-L.*Mutationsfromafamily-shuffling-libraryrevealaminoacidresiduesresponsibleforthethermostabilityofendoglucanaseCelAfromClostridiumthermocellumBiotechnol.Lett.2010,32(12),1869-1875.
39.Tang,Z.,Salamanca-Pinzon,S.G.,Wu,Z.L.,Xiao,Y.,Guengerich,F.P.,HumancytochromeP4504F11:Heterologousexpressioninbacteria,purification,andcharacterizationofcatalyticfunction.Arch.Biochem.Biophys.2010,494(1),86-93.
40.Wu,Z.-L.*;Qiao,J.;Zhang,Z.-G.;Guengerich,F.P.;Liu,Yan;Pei,X.-Q.EnhancedbacterialexpressionofseveralmammaliancytochromeP450sbycodonoptimizationandchaperonecoexpression.Biotechnol.Lett.2009,31(10),1589-1593.
41.Zhang,Z.-G.;Liu,Y.;Guengerich,F.P.;Matse,J.H.;ChenJ.;Wu,Z.-L.*Identificationofaminoacidresiduesinvolvedin4-chloroindole3-hydroxylationbycytochromeP4502A6usingscreeningofrandomlibraries.J.Biotechnol.2009,139(1),12-18.
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