`cc @@@ @@@@]]=\c EN DB c     & ./O?n S d x[  s] Lee1974K00000000000000000580200510000000000000000000Zadow, J G Hill, R D 1978The formation of complexes between whey proteins and carboxymethyl cellulose modified with substituents of increased hydrophobicitye Journal of Dairy Research45 85-92249-272[ZT0XQQsd1 Lee19871 Lee1987 Lee1987C Lee19909 Lee1996M Lee1997 Legin1997 Leichtfried1988 Lesk1992 Li1993s2 Lign1997N Lloyd19926 Lorenz1991 Lotan1989 Luisi1990Luonteri1998 Lynn19969- Lysogorskaya1996Mac Coll1990 Mac Gregor1989 Macrae19922 Maley1974 Maley1990 Mandenius1980] Mares-Guia1965_Margarit19919 Martin1984` Martthews1984 Mathlouthi1998 Mathlouthi19989C Mathupala1990b Matsubara1965V Matsubara1966W Matsubara1996T MatthewsdMatthews19722cMatthews1974hMatthews1981[Matthews1984ZMatthews1989k+Matthews1995 Mattiasson1980 Mc Donald1986 Mc Elfresh1986 Mejri1998 Mejri1998AMellouli1996> Meunier1990AMezghani1996* Miki19951 Mikuni1987; Mildvan19774 Milo19761v Minamiura1990* Miyake19959k Mock1994 Monma1987 Monod19652 Monti1997[Monzingo1984` Monzino1984 Morita19851K Morland1997 Moulin1980 Moulin19822o Moulin1987p Moulin1987x Moulin1988* Nagao1995Nakamura1991M Nambu1997 Neef19979a Neurath1972 Nielsen1992< Nurul Alam1996K O'Donnell1997g O'Donohue1994R O'Donohue1996: Ofoli1990G Ohmori19933G Ohno19939P Okamura1994  Okitani1984-Oksenoit19961| Olson1974 Olson1974* Ooe1995 Oteng-Gyang19802 Pauthe1997 Pauthe1998 Pauthe1998yPfangert19861K Pickersgill1997 Pidgeon1987Plantner1991 Plummer1974 Polgar1995 Praznik1995 Prebois1982 Pullman1979 Quinquampoix1989Raafat El-Gewely1991 Ratcliffe1989 Rayas-Duarte1992 Reddy1990 Rehm19929q Remacle1986 Remy1991 Richardson1974 Rikir1989. Roberts1989 Roblain19894 Roche1976ZRoderick1989! Rogers1997, Romo19969! Romsted1997Z Roques1989ug Roques19949 Roseto19919 Ross1991 Rhm1985 Rubin1993  Rutherford1972  Rutherford19723Reggz Sadana1987 Saddler1985 Saeki1993D Saha1989C Saha1990L Saitoh1989G Sakai1993P Sakai1994 Samama1987 Samanta1978F Sandstedt1939b Sasaki19659P Sasaki1994W Sasaki19969E Scanlon1994 Schneider1991 Schrag19931] Shaw1965aD Shen1989f Shibazaki1986^ Shuck1970 Sideman1989 Siebert1996Q Sierks1994b Singer19659W Singer19969 Sloan1984B Slominska1993 Smith1987 Smith1993E Smith1994 Spinka1997K Spurway1997D Srivastava1989| Stanley1974 Staron1977O Stein1987l Stein1988j Stein1990-Stepanov19969 Stratilova1997Suckling19861K Summer19977QSvensson1994 Szlak19898 Tadasa199447 Tadasa19955< Tadesa19961f Takagi19869G Takahashi1993 Tams1996 Tapia1986 Tarentino1974T Ten EyckTenkanen1998 Thomast Thonart1989 Timasheff1981 Timasheff1981a Titani1972_ Toma19919Tonomura1996MTonomura1997 Toshimitsu1985 Touzi1982 Travers1995~ Tsao1974Valivety1992\ Vallee19699 Van Holde1966= Veera Reddy1991S Veronese Viikari1998Y Vita198694Voordouw1976* Wada19951$ Waks1990r Walde1990Walrafen1978a Walsh1972T Weaverc Weaver19747y Weis19861Welinder1996Westover1974UWildi} Wilson1982OWolosiuk1987XuaP Yamaguchi1994v Yamamto1990 Yamashita1983/ Yanagi19979 Yang1984! Yao1997LYokosawa1989* Yoneya19959! Yu19971- Yu Filippova1996 Yue1984) Zaks1984' Zaks1985( Zaks1986& Zaks1988Y Zamai1986YZambonin1986D Zeikus19898C Zeikus19909y Zeppezauer19868dMatthews19722cMatthews1974hMatthews1981[Matthews1984ZMatthews1989k+Matthews1995̀ Mattiasson1980̂ Mc Donald1986 Mc Elfresh1986 Mejri1998AMellouli1996> Meunier1990AMezghani1996* Miki19951 Mikuni1987; Mildvan19774 Milo19761v Minamiura1990* Miyake19959k Mock1994̃ Monma19872 Monti1997[Monzingo1984` Monzino1984K Morland1997o Moulin1987p Moulin1987x Moulin1988* Nagao1995M Nambu1997 Neef19979a Neurath1972< Nurul Alam1996K O'Donnell1997g O'Donohue1994R O'Donohue1996: Ofoli1990G Ohmori19933G Ohno19939P Okamura1994  Okitani1984-Oksenoit19961| Olson1974 Olson1974* Ooe19952 Pauthe1997 Pauthe1998yPfangert19861K Pickersgill1997Plantner1991̆ Plummer1974 Polgar1995 Praznik1995 Pullman1979 Quinquampoix1989̄ Ratcliffe1989 Reddy1990q Remacle1986 Richardson1974̅ Rikir1989. Roberts1989 Roblain19894 Roche1976ZRoderick1989! Rogers1997, Romo19969! Romsted1997Z Roques1989ug Roques19949 Ross1991 Rhm1985 Rubin1993  Rutherford1972  Rutherford19723Reggz Sadana1987 Saddler1985 Saeki1993D Saha1989C Saha1990L Saitoh1989G Sakai1993P Sakai1994 Samama1987 Samanta1978F Sandstedt1939b Sasaki19659P Sasaki1994W Sasaki19969E Scanlon1994 Schneider1991 Schrag19931] Shaw1965aD Shen1989f Shibazaki1986^ Shuck1970 Sideman1989Q Sierks1994b Singer19659W Singer19969 Sloan1984B Slominska1993 Smith1993E Smith1994 Spinka1997K Spurway1997D Srivastava1989| Stanley1974O Stein1987l Stein1988j Stein1990-Stepanov19969 Stratilova1997Suckling19861K Summer19977QSvensson1994 Szlak19898 Tadasa199447 Tadasa19955< Tadesa19961f Takagi19869G Takahashi1993 Tams1996̆ Tarentino1974T Ten EyckTenkanen1998 Thomast Thonart1989a Titani1972_ Toma19919Tonomura1996MTonomura1997 Travers1995~ Tsao1974Valivety1992\ Vallee19699= Veera Reddy1991S Veronese Viikari1998Y Vita198694Voordouw1976* Wada19951$ Waks1990r Walde1990Walrafen1978a Walsh1972T Weaverc Weaver19747y Weis19861Welinder1996UWildi} Wilson1982OWolosiuk1987XuaP Yamaguchi1994v Yamamto1990 Yamashita1983/ Yanagi19979 Yang1984! Yao1997LYokosawa1989* Yoneya19959! Yu19971- Yu Filippova1996 Yue1984) Zaks1984' Zaks1985( Zaks1986& Zaks1988Y Zamai1986YZambonin1986D Zeikus19898C Zeikus19909y Zeppezauer19868   Authors JournalsBKeywords                               pd B$ Accounts of chemical research Acta chem scand Agric.biol.chem Analytical biochemistry Animal biology Annales de Gembloux Anne biologique Appl microbiol biotechnol ,)Applied and environmental microbiology ,)Applied biochemistry and biotechnology Arch microbiol 0*Archives of biochemistry and biophysics Biocatalysis  Biochem J <6Biochemical and biophysical research communications Biochemical genetics Biochemistry $ Biochimica et biophysica acta  Biochimie  Bioessays  Biofutur Biopolymers Biosci Biotech Biochem ,)Biotechnology and applied biochemistry (#Biotechnology and bioengineering Biotechnology letters Biotechnology techniques British polymer journal Cereal foods world  ChemTech  Curr genet Enzyme @Cryoenzymology: how to practice kinetic and structural studies Biochimiel77937-948,&Valivety, R H Halling, P J Macrae, A R 1992~MRhizomucor miehei lipase remains highly active at water activity below 0.0001g FEBS letters 301o3f258-260rVeera Reddy, A 1991,%Thermolysin: a peptide forming enzyme 4-Indian journal of biochemistry and biophysicse28 10-15o$Voordouw, G Milo, C Roche, R S 1976Role of bound calcium ions in thermostable, proteolytic enzymes. Separation of intrinsic and calcium ion contributions to the kinetic thermal stability Biochemistry1517 3716-3723:3Weaver, L H Kester, W R Ten Eyck, L F Matthews, B W@9The structure and sstability and stability of thermolysini 31-39a Westover, C J Dresden, M H 1974^WCollagen hydration: pulsed nuclear magnetic resonance studies of structural transitions$Biochimica et biophysica acta 365}389-3994-Wilson, J J Khachatourians, G C Ingledew, W Ms 19822+Schwanniomyces: SCP and ethanol from starchtBiotechnology letters84m5333-338Yamashita, I Fukui, Ss 1983TMMolecular cloning of a glucoamylase-producing gene in the yeast SaccharomycesAgric.biol.chem4711 2689-2692\>8Yue, K T Yang, J P Martin, C L Sloan, D L Callender, R H 198481Raman spectroscopy of liver alcohol dehydrogenase:3Biochemical and biophysical research communicationsr 12212225-2291Zaks, A Klibanov, A M  19842+Enzymes catalysis in organic media at 100C ScienceW 224v 1249-1251\Zaks, A Klibanov, A Mo 19854.Enzyme-catalysed processes in organic solventsProc.Natl.Acad.Sci USA82 3192-3196fZaks, A Klibanov, A M  1986PISubstrate specificity of enzymes in organic solvents vs. Water isreverseduJ.Am.Chem. Soc 108{ 2767-2768sZaks, A Klibanov, A Mo 19880*Enzymatic catalysis in nonaqueous solvents*#The journal of biological chemistryr 263e7 3194-3201%$XjGEM9J 7`8fmh+%0`NI5y^PUdY ("Diefenbach, R Keweloh, H Rehm, H J 1992f`Fatty acid impurities in alginate influence the phenol tolerance of immobilized Escherichia coli Appl microbiol biotechnols36530-534Ettalibi, M Baratti, J C 1990AMolecular and kinetic properties of Aspergillus ficuum inulinases $7Agric.biol.chem541 61-68D>Fassina, G Vita, C Dalzoppo, D Zamai, M Zambonin, M Fontana, A 1986b[Autolysis of thermolysin. Isolation and characterization of a folded three-fragment complex Eur.J.Biochem 156221-228("Feder, J Aufderheide, N Wildi, B S.(Studies on the inhibition of thermolysin 41-54Feder, J Shuck, J Mf 1970Studies on the Bacillus subtilis neutral-protease- and Bacillus thermoproteolyticus thermolysin-catalysed hydrolysis of dipeptide substrates 7S Biochemistry914 2784-2791F@Freudenreich, C Pfangert, U Weis, M Zeppezauer, M Biellmann, J F 1986d^Designed inhibitors of horse liver dehydrogenase. Effect of active-site metal ion substitution FEBS letters 1961160-162& Friboulet, A Remy, M H Roseto, A 1991*#Les abzymes, anticorps catalytiques\BiofuturSeptmbre 45-54u0*Fujita, K Hara, K Hashimoto, H Kitahata, S 1990SPurification and some properties of b-fructofuranosidase I from Arthrobacter sp.K-1$%Agric.biol.chem544913-919Fukuda, M Kunugi, St 19842,Pressure dependence of thermolysin catalysis Eur.J.Biochemo 142o565-570tGekko, K Timasheff, S N 1981haMechanism of protein stabilization by glycerol: preferential hydration in glycerol-water mixturesp Biochemistry20 4667-4676Gekko, K Timasheff, S Ns 1981PJThermodynamic and kinetic examination of protein stabilization by glycerol Biochemistry20 4677-4686t Gonzalez, R D 1994ngA simple and sensitive method detection of pullulanase and isoamylase activities in polyacrylamide gelseBiotechnology techniques809b659-662 Griebnow, K Klibanov, A M 1996ZTOn protein denaturation in aqueous-organic mixtures but not in pure organic solvents.(Journal of the american chemical society 118 47 11695-11700\VGrochulski, P Li, Y Schrag, J D Bouthillier, F Smith, P Harrison, D Rubin, B Cygler, M 1993TInsights into interfacial activation from an open structure of Candida rugosa lipase?M*#The journal of biological chemistry 26817 12843-12847 Grossman, L 19814-Enzymes involved in the repair of damaged DNAa.'Archives of biochemistry and biophysics- 211 2d511-522c2+Hamada, H Toshimitsu, N Kojima, M Morita, To 1985b[Effects of ethanol of the induction of respiration-deficient mutants in yeast by metal ionsiChem pharm bull338 3507-3509 Han, D Walde, P Luisi, P L 1990b[Dependence of lipase activity on water content and enzyme concentration in reverse micellesr Biocatalysis4153-161l0)Hanguaer, D G Monzino, A F Martthews, B We 1984}An interactive computer graphics study of thermolysin-catalyzed peptide cleavage and inhibition by N-carboxymethyl dipeptides Biochemistry2324 5730-5741Hara,K Kasai, Mr 1977rlThe mechanism of increase in the ATPase actitvity of sarcoplasmic reticulum vesicles treated with n-alcohols J Biochem-82 1005-1017nB;Hennig, J Kern, G Neef, H Spinka, M Bisswanger, H Hbner, Gl 1997ZSMolecular mechanism of regulation of the pyruvate dehydrogenase complex from E.coli} Biochemistry36 15772-15779(!Hofer, P Fringeli, U P Hopff, W H 1984:Activation of acetylcholinesterase by monovalent (Na+, K+)4  58  9 Biochemistry23 2730-2734 Hoggett, J G Kellett, G L 1995TNKinetics of the cooperative binding of glucose to dimeric yeast hexokinase P-I Biochem J 305405-410u81Holland, D R Hausrath, A C Juers, D Matthews, B W 1995RKStructural analysis of zinc substitutions in the active site of thermolysin\Protein sciencee4 1955-1965 Holmes, M A Matthews, B W 1981{Binding of hydroxamine acid inhibitors to crystalline thermolysin suggests a pentacoordinate zinc intermediate in catalysisl Biochemistry2024 6912-6920 Hughes, W L 1987b[A simple micromethod for measuring enzyme activities which release tritium as tritium waternAnalytical biochemistryc 161 529-532m Hultin, H O 1974jdSymposium: immobilized enzymes in food systems. Characteristics of immobilized multi-enzymic systemsJournal of food sciencea39647-652s(!Imanaka, T Shibazaki, M Takagi, M 1986<6A new way of enhancing the thermostability of protease Nature 3245695-697o& Inagaki, T Tadasa, K Kayahara, H 1994Modification effects of organic solvents on microenvironment of the enzyme in thermolysin-catalyzed peptide synthesis of N-(benzyloxycarbonyl)-L-phenylalanyl-L-phenylalanine methyl esterL588- 1439-1442n& Inagaki, T Tadasa, K Kayahara, H 1995Effects of normal and their branched alcohols with structurally minimal variation on kinetic parameters in thermolysin-catalyzed peptide hydrolysis and synthesis of N-(benzyloxycarbonyl)-L-phenylalanyl-L-phenylalanine and its methyl esterBiosci Biotech Biochem593535-537 Inouye, K\ 1992Effects of salts on thermolysin: activation of hydrolysis and synthesis of N-carbobenzoxy-L-aspartyl-L-phenylalanine methyl ester, and a unique change in the absorption spectrum of thermolysin J Biochem 112335-340$Inouye, K Lee, S B Tonomura, B 1996|uEffect of aminoacid residues at the cleavable site of substrates on the remarkable activation of thermolysin by salts2 Biochem Jb 315133-138.'Inouye, K Lee, S B Nambu, K Tonomura, B 1997d]Effects of pH, temperature, and alcohols on the remarkable activation of thermolysin by saltsl J Biochem 122e358-3642,Israilides, C Bocking, M Smith, A Scanlon, B 1994HAA novel rapid coupled enzyme assay for the estimation of pullulanr,&Biotechnology and applied biochemistry19285-291hd]Iwamoto, H Ohmori, M Ohno, M Hirose, J Hiromi, K Fukuda, M Takahashi, K Hashimoto, H Sakai, Sl 1993RLInteraction between pullulanase from Klebsiella pneumoniae and cyclodextrins J Biochem 1131 93-96Izquiero, M C Stein, R L 1990("Mechanistic studies of thermolysinJ.Am.Chem. 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Catalytic role of zinc-coordinated water Eur.J.Biochem 124157-16381Kunugi, S Kitayaki, M Yanagi, T Lange, R Balny, C 19970*The effect of high pressure on thermolysin Eur.J.Biochem 248567-574("Latt, S A Holmquist, B Vallee, B L 1969(!Thermolysin: a zinc metalloenzyme:3Biochemical and biophysical research communicationsr372333-339Lavery, R Pullman 1979VOA theoretical model study of the mechanism of action of the enzyme glyoxylase IF?International journal of quantum chemistry: quantum symposium 6 469-474Lee, Y Y Tsao, G T 1974jdSymposium: immobilized enzymes in food systems. 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The binding og amidines and guanidines as modelsof the substrate side chain*#The journal of biological chemistry 2404 1579-15842+Matsubara, H Singer, A Sasaki, J Jukes, T Hv 1965ZTObservations on the specificity of a thermostable bacterial protease " thermolysin ":3Biochemical and biophysical research communications213242-247 Matsubara, H 1966B Asther1990U Aufderheidet Ayberbe1978 Azhari1989X Bairoch1989/ Balny1997 Baratti1990 Barbier1997{ Baret1978 Barman19955$ Bassompierre1990  Baumgartner1995gBeaumont19944RBeaumont19966A Bejar1996s Benner19879! Berg1997Bergeron19921 Berjot19988s Berkowitz1987r Biellmann1986y Biellmann1986 Biellmann1987q Bille1986 Bisswanger1997F Blish1939SBoccuE Bocking1994N Bohatka19926 Boland1991_ Bolognesi1991 Boswell1992 Bouthillier1993X Bouvier1989o Boze1987p Boze1987x Boze1988 Breckenridge1986@ Breese1978 Breierova1997 Breuil1985@ Bull1978, Bustos1996n Butler1979 Callender1984_ Campagnoli1991 Carasco1996u Carrera1981 CBN1972 Chassin1989? Cleland1994d Coleman1972K Coopers1997.Cornette1989u Cremonesi1981 Cygler19939YDalzoppo1986 Danielson1980 Dauchez1998_ De Filippis1991de la Guerivire1978 Deacon19721 Deacon19721N Degn1992 Deschamps1982 Destain1989 Dewar1986 Diefenbach1992 Dresden1974Duchiron1997 Dushnicky1989 Eklund1986 Emanuilova1992* Endo19951aEricsson19722 Ettalibi1990Y Fassina1986UFeder^ Feder1970Y Fontana1986_ Fontana1991ZFournie-Zaluski1989 Frangne1975y Freudenreich1986 Friboulet1991%Fringeli19846 Frssl1991 Fujita19905 Fukuda1984G Fukuda19933 Fukui1983 Furman19872 Gacel1997 Galzy1980 Galzy1982o Galzy1987p Galzy1987x Galzy1988 Gekko1981 Gekko1981A Ghorbel1996_ Gianna19919K Gilbert1997 Godefroid1989 Godfroy1997IGonzalez1994_ Grandi19919Griebnow1996 Grochulski1993Grossman1981x Guyot1988 Halling1992 Hamada1985 Han1990`Hanguaer19840 Hara1977 Hara19909Harrison19939 Hashimoto1990G Hashimoto1993+Hausrath1995K Hazlewood1997z Henley1987 Hennig1997a Hermodson1972iHirohara1982G Hiromi19933G Hirose19933P Hiura1994% Hofer1984 Hoggett1995+ Holland1995h Holmes1981\ Holmquist1969% Hopff1984 Hoshino1991 Hubert19899 Hughes1987m Hultin1974 Hbner19971v Iizuka1990 Ilan19899f Imanaka19868 Inagaki19947 Inagaki1995}Ingledew1982sJ Inouye19929 Inouye1996M Inouye1997i Ise1982P Ishibashi1994L Ishii1989E Israilides1994 Ito1993 IUB1972 IUPAC1972G Iwamoto1993jIzquiero1990.Jacobson1989 Jaenike! Jain19979d Jansonius1972X Jongeneel1989+ Juers1995b Jukes1965W Jukes1996 Kacurakova1997$ Kahn1990* Kai1995 Kainuma1987 Kambourova1992A Kammoun19960 Kasai1977 Kato19848Kayahara19947Kayahara1995<Kayahara19969 Kellett1995 Kern19979T Kesterc Kester19747 Keweloh1992}Khachatourians1982*Kidokoro1995Kitahata19900/Kitayaki1997 Klaushofer1988)Klibanov1984'Klibanov1985(Klibanov1986wKlibanov1986&Klibanov1988#Klibanov1989"Klibanov19966Klibanov1996F Kneen1939 Kobayashi1974 Kojima19851- Kolobanova19969: Komolprasert1990; Koren1977 Kotylak1991? Kreevoy1994i Kunugi19825 Kunugi1984/ Kunugi1997  Kwang Cho1984 Ladrat1997 Laidler1974 Lallemant1978C Lamed1990/ Lange19972 Larreta-Garde1997 Larreta-Garde1998 Larreta-Garde1998\ Latt1969 Lavery1979DLeCureux19898~ Lee1974 @ "-vu H>t{ !srq6xop@,n?dNe YU^Sy5I`0%+hmf87JM9EGjX$*w#:;i/\1~23]VWbcAk[<Rg .Z zCDLFPQBK|Ola_=4T})'(&a, V V Yu Filippova, I Lysogorskaya, E N Oksenoit, E S Kolobanova, S V Stepanov, V M 1996lfProteinase-catalyzed peptide synthesis in concentrated solutions of urea and other denaturating agents INT J peptide protein res47 28-350*Ann, Y G Iizuka, M Yamamto, T Minamiura, N 1990KPreparation and some properties of active monomer of sweet potato b-amylasetBCAgric.biol.chem543769-774n*#Antonini, E Carrera, G Cremonesi, Pa 1981LEEnzyme catalyzed reactions in water-organic solvent two-phase systems&Enzyme and microbial technologyr3i291-296Ara, K Saeki, K Ito, S 1993f`Purification and characterization of an alkaline isoamylase from alkalophilic strain of Bacillus&Journal of general microbiology6 139n781-786Asp, E H 19904-Laboratory methods for alpha-amylase analysismCereal foods world359 941-946tAsther, M Meunier, J C 1990dIncreased thermaj stability of Bacillus licheniformis a-amylase in the presence of various additives567&Enzyme and microbial technology12902-905 Ayberbe, A 1978d^Valorisation de la charge organique des effluents par transformation en proteines microbiennes*$Industries alimentaires et agricoles151-159e60Azhari, R Szlak, A M Ilan, E Sideman, S Lotan, N 1989BProgrs technologique dans le domaine des enzymes immobilises*$Industries alimentaires et agricoles957-962n Baumgartner, S Praznik, W 1995f_Purification of exo- and endoinulinas from crude inulinase extract for the analysis of fructans3Int J biol macromol175247-250@9Berg, O S Rogers, J Yu, B Z Yao, J Romsted, L S Jain, M KK 1997Thermodynamic and kinetic basis of interfacial activation: resolution of binding and allosteric effects on pancreatic phospholipase A2 at zwitterionic interfaces @ Biochemistry36 14512-14530 Berkowitz, D B Benner, S A 1987ngAnomeric specifity of L-fucose dehydrogenase: a stereochemical imperative in aldopyranose dehydrogenase5 Biochemistry2695 2606-2611Biellmann, J F 1986piChemistry and structure of alcohol dehydrogenase: some general considerations on binding mode variabilityi$Accounts of chemical research019321-328Bille, V Remacle, Je 1986tnSimple-kinetic descriptions of alcohol dehydrogenase after immobilization on tresyl-chloride-activated agarose Eur.J.Biochem 1601343-348$Boland, W Frssl, C Lorenz, Mt 1991<6Esterolytic and lipolytic enzymes in organic synthesis81Synthesis. Journal of synthetic organic chemistry}12 1049-1072b Boze, H Moulin, G Galzy, P 1987hA comparison of growth yields obtained from Schwanniomyces castellii and an alcohol dehydrogenase mutant,Biotechnology letters927461-466 Boze, H Moulin, G Galzy, P 1987xInfluence of culture conditions onthe cell yield amylases biosynthesis in continuous culture by Schwanniomyces castellii`Arch microbiol 148162-166,%Boze, H Guyot, J B Moulin, G Galzy, Pl 1988l;Kinetics of the amyloglucosidase of Schwanniomyces castelli$ Martini/Vaughan Martini0)seventh international symposium on yeasts Perugia&Breckenridge, R J Suckling, C J 1986B;Enzyme inhibition by electrophilic cyclopropane derivativesa Tetrahedrone4220 5665-5677u.(Breierova, E Kacurakova, M Stratilova, E 1997The effects of higher concentration of NaCl in the cultivation medium on changes in the composition of extracellular yeast glycoproteinsSystem.Appl.Microbiol.20348-355Breuil, C Saddler, J N 1985Comparison of the 3,5-dinitrosalicylic acid and Nelson-Somogyi methods of assaying for reducing sugars and determining cellulase activityl Enzyme and microb. technol7327-332Bull, H B Breese, Kt 1978,%Interaction of alcohols with proteins8 Biopolymers17 2121-2131}Bustos, R O Romo, C Re 1996pjStabilisatin of trypsin-like enzymes from antarctic krill: effect of polyols, polysaccharides and proteinsJ.Chem.Tech.Biotechnol65193-199 Butler, L G 1979&Enzymes in non-aqueous solventsm&Enzyme and microbial technology1253-259- CBN IUPAC IUBr 19724-Nomenclature des formes multiples des enzymes Biochimie54123-125t Cleland, W W Kreevoy, M Mm 199460Low-barrier hydrogen bonds and enzymic catalysisScience5 264 1887-1890s0)Coleman, P M Jansonius, J N Matthews, B W 1972IThe structure of thermolysin: an electron density map at 2.3 resolution:;=> J.Mol.Biol70701-7244-de la Guerivire, J F Lallemant, J Achache, S 1978>8Texturation de protines vgtales par cuisson-extrusion*$Industries alimentaires et agricoles173-178d"Degn, H Bohatka, S Lloyd, Dc 1992xqEnzyme activity in organic solvent as a function of water activity determined by membrane inlet mass spectrometrylBiotechnology techniques62161-164 Dewar, M J S 1986& New ideas about enzyme reactions Enzyme36 8-20(bNd?zn,@|xpo6qrs!^ {t>4H uv-"jpD3`\ **Gendrand, M<6Les dosages enzymatiques par mesure de bioluminescence 1-14$**Holcomb, D N Van Holde, K Ea 1966haUltracentrifugal and viscosimetric studies of the reversible thermal denaturation of ribonuclease62 1999-2006*$**Larreta-Garde, V Xu, Z F Thomas, DBehaviour of enzymes in the presence of additives: influence of alcohols, polyols, and sugars on activity of yeast alcohol dehydrogenase**Lscher, M Regg, M4-DSC Untersuchungen an Protein-Wasser Systemenm217-226l **Noble, J$La rcupration des protinesu689-694t**Schiller, P W JDConformational aspects of the enkephalin-opiate receptor interaction601-608c**Schmid, F X Jaenike, Rb[Effect of the carbohydrate moiety on the stability folding and association of glycoproteins4115-120a**Sikorski, Z ElHBProtein changes in muscle foods due to freezing and frozen storage 1-10Adrian, J Frangne, R 1975\UComportement thermique des microorganismes alimentaires: levures et alfues spirulinese*$Industries alimentaires et agricoles 1365-1375\ Almarsson, O Klibanov, A M 1996^WRemarkable activation of enzymes in nonaqueous media by denatuturing organic cosolventsg& Biotechnology and bioengineering49 87-89b\Anisimova, V V Yu Filippova, I Lysogorskaya, E N Oksenoit, E S Kolobanova, S V Stepanov, V M 1996lfProteinase-catalyzed peptide synthesis in concentrated solutions of urea and other denaturating agents INT J peptide protein res47 28-350*Ann, Y G Iizuka, M Yamamto, T Minamiura, N 1990KPreparation and some properties of active monomer of sweet potato b-amylasetBCAgric.biol.chem543769-774n*#Antonini, E Carrera, G Cremonesi, Pa 1981LEEnzyme catalyzed reactions in water-organic solvent two-phase systems&Enzyme and microbial technologyr3i291-296Ara, K Saeki, K Ito, S 1993f`Purification and characterization of an alkaline isoamylase from alkalophilic strain of Bacillus&Journal of general microbiology6 139n781-786Asp, E H 19904-Laboratory methods for alpha-amylase analysismCereal foods world359 941-946tAsther, M Meunier, J C 1990dIncreased thermaj stability of Bacillus licheniformis a-amylase in the presence of various additives567&Enzyme and microbial technology12902-905 Ayberbe, A 1978d^Valorisation de la charge organique des effluents par transformation en proteines microbiennes*$Industries alimentaires et agricoles151-159e60Azhari, R Szlak, A M Ilan, E Sideman, S Lotan, N 1989BProgrs technologique dans le domaine des enzymes immobilises*$Industries alimentaires et agricoles957-962n Baumgartner, S Praznik, W 1995f_Purification of exo- and endoinulinas from crude inulinase extract for the analysis of fructans3Int J biol macromol175247-250@9Berg, O S Rogers, J Yu, B Z Yao, J Romsted, L S Jain, M KK 1997Thermodynamic and kinetic basis of interfacial activation: resolution of binding and allosteric effects on pancreatic phospholipase A2 at zwitterionic interfaces @ Biochemistry36 14512-14530 Berkowitz, D B Benner, S A 1987ngAnomeric specifity of L-fucose dehydrogenase: a stereochemical imperative in aldopyranose dehydrogenase5 Biochemistry2695 2606-2611Biellmann, J F 1986piChemistry and structure of alcohol dehydrogenase: some general considerations on binding mode variabilityi$Accounts of chemical research019321-328Bille, V Remacle, Je 1986tnSimple-kinetic descriptions of alcohol dehydrogenase after immobilization on tresyl-chloride-activated agarose Eur.J.Biochem 1601343-348$Boland, W Frssl, C Lorenz, Mt 1991<6Esterolytic and lipolytic enzymes in organic synthesis81Synthesis. Journal of synthetic organic chemistry}12 1049-1072b Boze, H Moulin, G Galzy, P 1987hA comparison of growth yields obtained from Schwanniomyces castellii and an alcohol dehydrogenase mutant,Biotechnology letters927461-466 Boze, H Moulin, G Galzy, P 1987xInfluence of culture conditions onthe cell yield amylases biosynthesis in continuous culture by Schwanniomyces castellii`Arch microbiol 148162-166,%Boze, H Guyot, J B Moulin, G Galzy, Pl 1988l;Kinetics of the amyloglucosidase of Schwanniomyces castelli$ Martini/Vaughan Martini0)seventh international symposium on yeasts Perugia&Breckenridge, R J Suckling, C J 1986B;Enzyme inhibition by electrophilic cyclopropane derivativesa Tetrahedrone4220 5665-5677u.(Breierova, E Kacurakova, M Stratilova, E 1997The effects of higher concentration of NaCl in the cultivation medium on changes in the composition of extracellular yeast glycoproteinsSystem.Appl.Microbiol.20348-355Breuil, C Saddler, J N 1985Comparison of the 3,5-dinitrosalicylic acid and Nelson-Somogyi methods of assaying for reducing sugars and determining cellulase activityl Enzyme and microb. technol7327-332Bull, H B Breese, Kt 1978,%Interaction of alcohols with proteins8 Biopolymers17 2121-2131}Bustos, R O Romo, C Re 1996pjStabilisatin of trypsin-like enzymes from antarctic krill: effect of polyols, polysaccharides and proteinsJ.Chem.Tech.Biotechnol65193-199 Butler, L G 1979&Enzymes in non-aqueous solventsm&Enzyme and microbial technology1253-259- CBN IUPAC IUBr 19724-Nomenclature des formes multiples des enzymes Biochimie54123-125t Cleland, W W Kreevoy, M Mm 199460Low-barrier hydrogen bonds and enzymic catalysisScience5 264 1887-1890s0)Coleman, P M Jansonius, J N Matthews, B W 1972IThe structure of thermolysin: an electron density map at 2.3 resolution:;=> J.Mol.Biol70701-7244-de la Guerivire, J F Lallemant, J Achache, S 1978>8Texturation de protines vgtales par cuisson-extrusion*$Industries alimentaires et agricoles173-178d"Degn, H Bohatka, S Lloyd, Dc 1992xqEnzyme activity in organic solvent as a function of water activity determined by membrane inlet mass spectrometrylBiotechnology techniques62161-164 Dewar, M J S 1986& New ideas about enzyme reactions Enzyme36 8-20