嗜热微生物中获取耐乙醛变性醛缩酶

嗜热微生物中获取耐乙醛变性醛缩酶作者：李铖璐，杜鹏飞，裴晓林，吴慧丽，谢开林，王秋岩作者单位：杭州师范大学,生物医药与健康研究中心,浙江,杭州,310012刊名：杭州师范大学学报（自然科学版）英文刊名：JOURNALOFHANGZHOUNORMALUNIVERSITY(NATURALSCIENCESEDITION)年，卷(期)：2010，9(5)被引用次数：0次参考文献(21条)1.SamlandAK,SprengerGA.MicrobialaldolasesasC-Cbondingenzymes-unknowntreasuresandnewdevelopments[J].ApplMicrobiolBiotechnol,2006,71(3):253-264.2.GijsenHJM,WongC-H.UnprecedentedAsymmetricAldolReactionswithThreeAldehydeSubstratesCatalyzedby2-Deoxyribose-5-phosphateAldolase[J].JournaloftheAmericanChemicalSociety,1994,116(18):8422-8423.3.MaggonK.Best-sellinghumanmedicines2002-2004[J].DrugDiscovToday,2005,10(11):739-742.4.SgarrellaF,DelCorsoA,TozzMGi,etal.Deoxyribose5-phosphatealdolaseofBacilluscereus:purificationandproperties[J].BiochimBiophysActa,1992,1118(2):130-133.5.HorinouchiN,OgawaJ,SakaTi,etal.Constructionofdeoxyriboaldolase-overexpressingEscherichiacolianditsapplicationto2-deoxyribose5-phosphatesynthesisfromglucoseandacetaldehydefor2'-deoxyribonucleosideproduction[J].ApplEnvironMicrobiol,2003,69(7):3791-3797.6.PricerWEJr,HoreckerBL.DeoxyribosealdolasefromLactobacillusplantarum[J].JBiolChem,1960,235:1292-1298.7.HoffeePA.2-deoxyribose-5-phosphatealdolaseofSalmonellatyphimurium:purificationandproperties[J].ArchBiochemBiophys,1968,126(3):795-802.8.HanTK,ZhuZhiwen,DaoML.Identification,molecularcloning,andsequenceanalysisofadeoxyribosealdolaseinStreptococcusmutansGS-5[J].CurrMicrobiol,2004,48(3):230-236.9.KimYM,ChangYH,ChoiNS,etal.Cloning,expression,andcharacterizationofanewdeoxyribose5-phosphatealdolasefromYersiniasp[J].ProteinExprPurif,2009,68(2):196-200.10.SakurabaH,TsugeH,ShimoyaI,etal.Thefirstcrystalstructureofarchaealaldolase.Uniquetetramericstructureof2-deoxy-d-ribose-5-phosphatealdolasefromthehyperthermophilicarchaeaAeropyrumpernix[J].JBiolChem,2003,278(12):10799-10806.11.SakurabaH,YonedaK,YoshiharaK,etal.Sequentialaldolcondensationcatalyzedbyhyperthermophilic2-deoxy-d-ribose-5-phosphatealdolase[J].ApplEnvironMicrobiol,2007,73(22):7427-7434.12.LiuJunjie,HsuC-C,WongC-H.SequentialaldolcondensationcatalyzedbyDERAmutantSer238Aspandaformaltotalsynthesisofatorvastatin[J].TetrahedronLetters,2004,45(11):2439-2441.13.GreenbergWA,VarvakA,HansonSR,etal.Developmentofanefficient,scalable,aldolase-catalyzedprocessforenantioselectivesynthesisofstatinintermediates[J].ProcNatlAcadSciUSA,2004,101(16):5788-5793.14.JenneweinS,SchurmannM,WolbergM,etal.Directedevolutionofanindustrialbiocatalyst:2-deoxy-D-ribose5-phosphatealdolase[J].BiotechnolJ,2006,1(5):537-548.15.PankeS,HeldM,WubboltsM.Trendsandinnovationsinindustrialbiocatalysisfortheproductionoffinechemicals[J].CurrOpinBiotechnol,2004,15(4):272-279.16.PollardDJ,WoodleyJM.Biocatalysisforpharmaceuticalintermediates:thefutureisnow[J].TrendsBiotechnol,2007,25(2):66-73.17.CowanDA.Thermophilicproteins:stabilityandfunctioninaqueousandorganicsolvents[J].CompBiochemPhysiolAPhysiol,1997,118(3):429-438.18.BurtonSG,CowanDA,WoodleyJM.Thesearchfortheidealbiocatalyst[J].NatBiotechnol,2002,20(1):37-45.19.EgorovaK,AntranikianG.IndustrialrelevanceofthermophilicArchaea[J].CurrOpinMicrobiol,2005,8(6):649-655.20.AntranikianG,VorgiasCE,BertoldoC.Extremeenvironmentsasaresourceformicroorganismsandnovelbiocatalysts[J].AdvBiochemEngBiotechnol,2005,96:219-262.21.HaoJ,BerryA.Athermostablevariantoffructosebisphosphatealdolaseconstructedbydirectedevolutionalsoshowsincreasedstabilityinorganicsolvents[J].ProteinEngDesSel,2004,17(9):689-697.本文链接：授权使用：河南师范大学(henansf)，授权号：4363574e-b7f7-4c38-9ff6-9e4100995d14下载时间：2010年12月3日