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低共熔酶促反应技术

DOI: 10.3969/j.issn.1671-7627.2001.02.020, PP. 80-85

Keywords: 低共熔,酶促反应,固-固体系

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Abstract:

对低共熔固-固底物体系中的酶促反应的基本原理、应用、主要影响因素、热力学和动力学及控制机理作一简介,并分析该类酶促反应技术的工业放大可能性及主要要解决的问题。

References

[1]  fragapaneg,sarneydb,vulfsonen.enzymaticsolvent-freesynthesisofsugaracetylfattyacidesters[j].enzymeandmicrobialtechnology,1991,(13):796-800.
[2]  hallingpj,eichhornu,kuhlp.thermodynamicsofsolid-solidconversionandapplicationtoenzymaticpeptidesynthesis[j].enzymeandmicrobialtechnology,1995,(17):601-606.doi:10.1016/0141-0229(94)00066-z.
[3]  eichhornu,bommariusas,brauzk.synthesisofdipeptidesbysuspension-to-suspensionconversionviathermolysincatalysis:fromanalyticaltopreparativescale[j].journalofpeptidescience,1997(3):245-251.doi:10.1002/(sici)1099-1387(199707)3:4<245::aid-psc98>3.0.co;2-l.
[4]  eichhornu,beck-piotraschkepk,schaafr.solid-phaseacyldonorasasubstratepoolinkineticallycontrolledprotease-catalysedpeptidesynthesis[j].journalofpeptidescience,1997(3):261-266.
[5]  kuhlp,eichhornu,jakubkehd.enzymaticpeptidesynthesisinmicroaqueoussolvent-freesystems[j].biotechnologyandbioengineering,1995,(45):276-278.
[6]  gilli,vulfsonn.enzymaticsynthesisofshortpeptidesinheterogeneousmixturesofsubstrates[j].journaloftheamericanchemicalsociety,1993,(115):3348-3349.
[7]  erbeldingerm,nixw,hallingpj.effectofwaterandenzymeconcentrationonthermolysin-catalyzedsolid-to-solidpeptidesynthesis[j].biotechnologyandbioengineering,1998,(59):68-72.
[8]  erbeldingerm,nixw,hallingpj.kineticsofenzymaticsolid-to-solidpeptidesynthesis:intersubstrabecompoundsubstraterationandmixingeffects[j].biotechnologyandbioengineering,1999,(63):316-321.
[9]  lopez-fandinor,gilli,vulfsonen.protease-catalyzedsynthesisofoligopeptidesinheterogeneoussubstratemixtures[j].biotechnologyandbioengineering,1994,(43):1024-1030.doi:10.1002/bit.260431105.
[10]  caol,fishera,bornscheuerut.lipase-catalyzedsolidphasesynthesisofsugarfattyacidesters.biocatal[j].biotransformation,1997,(14):269-283.
[11]  bjorupp,wehtjee,adlercreutzp.effectsofacetonitrile-watermixturesonα-chymotrypsincatalyzeddipeptidesynthesis[j].biocatalysisandbiotransformation,1993,(13):189-200.
[12]  kaschep,galunskyb.enzyme-catalyzedbiotransformationsinaqueoustwo-phasesystemswithprecipitatedsubstrateand/orproduct[j].biotechnologyandbioengineering,1995,(45):261-267.
[13]  nakanishik,takeuchia,matsunor.long-termcontinuoussynthesisofaspartameprecursorinacolumnreactorwithanimmobilizedthermolysin[j].appliedmicrobiologyandbiotechnology,1990,(32):33-636.
[14]  kuhlp,eichhornu,jakubkehd.thermolysinandchymotrypsin-catalyzedpeptidesynthesisinthepresenceofsalthydrate[m].elseviersciencepubbv,1992.513-518.
[15]  eichhuornu.entwicklungvonprotease-katalysiertenverfahrenzursynthesekurzkettigerpeptide.dissertationzurerlangungderdoktorwurde[d].germany:universityofleipzig,1995.
[16]  jakubkehd,eichhornu,hanslerm.non-conventionalenzymecatalysis:applicationofproteasesandzymogensinbiotransformations[j].biologicalchemistry,1996,(377):455-464.
[17]  柴本忠.低共熔酶促肽键合成研究[d].南京:南京化工大学,2000.
[18]  wolffa,vanasperenv,straathofajj.potentialofenzymatickineticresolutionusingsolidsubstratessuspension:improvedyieldproductivitysubstratesconcentrationandrecovery[d].thenetherlands:delftuniversityoftechnology,1977.6.
[19]  wolffa,vanav.potentialofenzymatickineticresolutionusingsolidsubstratessuspension:improvedyield,productivity,substrateconcentrationandrecovery[j].biotechnologyprogress,1999(2):216-227.doi:10.1021/bp9900110.
[20]  xinjy,lisb.enzymaticresolution(s)-(+)-naproxeninatrappedaqueousorganicsolventbiphasecontinuousreactorbiotechnol[j].biotechnologyandbioengineering,2000(5):78-83.
[21]  pierae,infantemr.chem-enzymaticsynthesisofarginino-basedgominisurfactants[j].biotechnologyandbioengineering,2000(3):323-331.doi:10.1002/1097-0290(20001105)70:3<323::aid-bit9>3.0.co;2-n.
[22]  klibanovam.enzymaticcatalysisinanhydrousorganicsolvents[j].trendsinbiochemicalsciences,1989(4):141-144.
[23]  sinisterrajv,alcantaraar.synthesisofpeptidescatalyzedbyenzymes:apracticaloverview[j].journalofmolecularcatalysis(china),1993,(84):327-364.doi:10.1016/0304-5102(93)85064-z.
[24]  moriharak.reviews:usingproteasesinpeptidesynthesis[j].tibtech,1987(5):164-170.
[25]  jakubkehd,kuhlp,konneckea.basicprincipleofprotease-catalyzedpeptidebondformation[j].angewandtechemieinternationaledition,1985,(24):85-2493.
[26]  schellenbergerv,jakubkehd.protease-catalyzedkineticallycontrolledpeptidesynthesis[j].angewandtechemieinternationaledition,1991,(30):1437-1449.
[27]  erbeldingerm,nix,hallingpj.enzymaticsynthesiswithmainlyundissolvedsubstratesatveryhighconcentrations[j].enzymeandmicrobialtechnology,1998,(23):141-148.doi:10.1016/s0141-0229(98)00039-8.
[28]  lopez-frandinor,gilli,vulfsonen.enzymaticcatalysisinheterogenousmixturesofsubstrates:theroleoftheliquidphaseandtheeffectsof"adjuvants”[j].biotechnologyandbioengineering,1994,(43):1016-1023.doi:10.1002/bit.260431104.
[29]  adelhorstk,bjorkingf,godtfredsense.enzyme-catalysedpreparationof6-o-acylpyranosides[j].synthesis-stuttgart,1990(2):112-115.doi:10.1055/s-1990-26802.
[30]  kuhlp,hallingpj,jakubkehd.chymotryosinsuspendedinorganicsolventswithsalthydratesisgoodcatalystforpeptidesynthesisfrommainlyundissolvedreactants[j].tetrahedronletters,1990,(31):5313-5216.

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