苯乙烯微生物降解机理的研究进展_吴献花

苯乙烯微生物降解机理的研究进展_吴献花[4]JunHiraki,TakafumiIchikawa,Shin-ichiNinomiya,etal.UseofADMEstudiestoconfirmthesafetyofε-poly-L-lysineasapreservativeinfood[J].RegulatoryToxicologyandPharmacology,2003,37(2):328-340.[5]KitoM,TakimotoR,YoshidaT,etal.Purificationandcharacterizationofε-poly-L-lysine-degradingenzymefromanε-poly-L-lysine-produc-ingstrainStreptomycesalbulus[J].ArchMicrobiol,2002,178:325-330.[6]NishikawaM,OgawaK.Distributionofmicrobesproducingantimicrobialε-poly-L-Lysinepolymersinsoilmicrofloradeterminedbyanovelmethod[J].AppliedandEnvironmentalMicrobiology,2002,68(7):3575-3581.[7]GSzokan,MAlmas,KKrizsan,etal.Structuredeterminationandsynthesisoflysineisopeptidesinfluencingoncellproliferation[J].Biopolymers,1997,42(3):305-318.[8]KaharP,TIwata,JHiraki,etal.Enhancementofε-polylysineproductionbyStreptomycesalbulusstrain410usingpHcontrol[J].J.Biosci.Bioeng,2001,91(2):190-194.[9]KaharP,KKobayashi,TIwata,etal.Productionofε-polylysineinanair-liftbioreactor(ABR)[J].J.Biosci.Bioeng,2002,93(3):274-28