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1.GongZW,WangQ,ShenHW,XieHB,ZhaoZK.“Conversionofbiomass-derivedoligosaccharidesintolipids”Biotechnol.Biofuels2014,7,13.
2.WangKY,ZhouYJ,LiuHW,ChengK,MaoJW,WangFJ,LiuWJ,YeML,ZhaoZK,ZouHF.“ProteomicanalysisofproteinmethylationintheyeastSaccharomycescerevisiae”JProt.2014,doi:10.1016/j.jprot.2014.07.032.
3.LinXP,WangYN,ZhangSF,ZhuZW,ZhouYJ,YangF,SunWY,WangXY,ZhaoZK.“FunctionalintegrationofmultiplegenesintothegenomeoftheoleaginousyeastRhodosporidiumtoruloides”FEMSYeastRes.2014,14(6),547–555.
4.GuoJ,ZhouYJ,HillwigML,ShenY,YangL,WangYJ,ZhangXN,LiuWJ,PetersRJ,ChenXY,ZhaoZK,HuangLQ.“CYP76AH1catalyzesturnoverofmiltiradieneintanshinonesbiosynthesisandenablesheterologousproductionofferruginolinyeasts”Proc.Natl.Acad.Sci.USA2013,110(29),12108–12113.
5.GongZW,ShenHW,WangQ,YangXB,ZhaoZK.“Efficientconversionofbiomassintolipidsbyusingthesimultaneoussaccharificationandenhancedlipidproductionprocess”Biotechnol.Biofuels2013,6,36.
6.ZhangYX,PanYB,YangW,LiuWJ,ZouHF,ZhaoZK.“Proteinarginineallylationandsubsequentfluorophoretargeting”ChemBioChem2013,14(12),1438–1443.
7.JiDB,WangL,LiuWJ,HouSH,ZhaoZK.“SynthesisofNADanalogstodevelopbioorthogonalredoxsystem”Sci.Chin.Chem.2013,56(3),296–300.
8.ZhuZW,ZhangSF,LiuHW,ShenHW,LinXP,YangF,ZhouYJ,JinGJ,YeML,ZouHF,ZhaoZK.“Amulti-omicmapofthelipid-producingyeastRhodosporidiumtoruloides”Nat.Commun.2012,3,1112.
9.ZhouYJ,GaoW,RongQX,JinGJ,ChuHY,LiuWJ,YangW,ZhuZW,LiGH,ZhuGF,HuangLQ,ZhaoZK.“Modularpathwayengineeringofditerpenoidsynthasesandthemevalonicacidpathwayformiltiradieneproduction”J.Am.Chem.Soc.2012,134(6),3234–3241.
10.XieHB,ShenHW,GongZW,WangQ,ZhaoZK,BaiFW.“EnzymatichydrolysatesofcornstoverpretreatedbytheN-methylpyrrolidone/ionicliquidssolutionformicrobiallipidproduction”GreenChem.2012,14(4),1202–1210.
11.JinGJ,YangF,HuCM,ShenHW,ZhaoZK.“Enzyme-assistedextractionoflipidsdirectlyfromthecultureoftheoleaginousyeastRhodosporidiumtoruloides”Bioresour.Technol.2012,111(1),378–382.
12.JiDB,WangL,HouSH,LiuWJ,WangJX,WangQ,ZhaoZK.“Creationofbioorthogonalredoxsystemsdependingonnicotinamideflucytosinedinucleotide”J.Am.Chem.Soc.2011,133(51),20857–20862.
13.HuCM,WuSG,WangQ,JinGJ,ShenHW,ZhaoZK.“SimultaneousutilizationofglucoseandxyloseforlipidproductionbyTrichosporoncutaneum”Biotechnol.Biofuels2011,4,25.
14.ZhouYJ,WangL,YangF,LinXP,ZhangSF,ZhaoZK.“DeterminingtheextremesofthecellularNAD(H)levelbyusinganEscherichiacoliNAD+-auxotrophicmutant”Appl.Environ.Microbiol.2011,77(17),6133–6140.
15.WuSG,HuCM,JinGJ,ZhaoX,ZhaoZK.“Phosphate-limitationmediatedlipidproductionbyRhodosporidiumtoruloides”Bioresour.Technol.2010,101(15),6124–6129.
16.ZhangZH,ZhaoZK.“Microwave-assistedconversionoflignocellulosicbiomassintofuransinionicliquid”Bioresour.Technol.2010,101(3),1111–1114.
17.LiCZ,ZhangZH,ZhaoZK.“Directconversionofglucoseandcelluloseto5-hydroxymethylfurfuralinionicliquidundermicrowaveirradiation”TetrahedronLett.2009,50(38),5403–5405.
18.LiuWJ,WuSG,HouSH,ZhaoZK.“Synthesisofphosphodiester-typenicotinamideadeninedinucleotideanalogs”Tetrahedron2009,65(40),8378–8383.
19.TianRJ,LiLD,TangW,LiuHW,YeML,ZhaoZK,ZouHF.“Chemicalproteomicstudyofisoprenoidchaininteractomewithasyntheticphotoaffinityprobe”Proteomics,2008,8(15),3094–3104.
20.LiCZ,WangQ,ZhaoZK.“Acidinionicliquid:Anefficientsystemforhydrolysisoflignocellulose”GreenChem.2008,10(2),177–182.
21.HongL,ZhaoZB,MelanconCE,ZhangH,LiuH-w.“InvitrocharacterizationoftheenzymesinvolvedinTDP-D-forosaminebiosynthesisinthespinosynpathwayofSaccharopolysporaspinosa”J.Am.Chem.Soc.2008,130(14),4954–4967.
22.XiaoYL,ZhaoZB,LiuPH.“MechanisticstudiesofIspHinthedeoxyxylulosephosphatepathway:HeterolyticC-ObondcleavageatC4position”J.Am.Chem.Soc.2008,130(7),2164–2165.
23.LiYH,ZhaoZK,BaiFW.“High-densitycultivationofoleaginousyeastRhodosporidiumtoruloidesY4infed-batchculture”EnzymeMicrob.Technol.2007,41(3),312–317.
24.HongL,ZhaoZB,LiuH-w.“CharacterizationofSpnQfromthespinosynbiosyntheticpathwayofSaccharopolysporaspinosa:MechanisticandevolutionaryimplicationsforC-3deoxygenationindeoxysugarbiosynthesis”J.Am.Chem.Soc.2006,128(44),14262–14263.
25.ZhaoZB,HongL,LiuH-w.“CharacterizationofproteinencodedbyspnRfromthespinosyngeneclusterofSaccharopolysporaspinosa:Mechanisticimplicationsforforosaminebiosynthesis”J.Am.Chem.Soc.2005,127(21),7692–7693.