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(10) HERNÁIZ, M. J.; SÁNCHEZ-MONTERO, J. M. and SINISTERRA, J. V. (1999):
(11) Modification of purified lipases from Candida rugosa with polyethylene
(12) glycol: A systematic study. Enz. Microb. Tecnol. 24: 181-190.
(13) KIM, Y. W.; CHOI, J. H.; KIM, J. W.; PARK, C.; KIM, J. W.; CHA, H.; LEE, S. B.;
(14) OH, B. H.; MOON, T. W. and PARK, K. H. (2003): Directed Evolution of Thermus
(15) Maltogenic Amylase toward Enhanced Thermal Resistance. App. Env.
(16) Microbiol. 69: 4866-4874.
(17) DE LA CASA, R. M.; SÁNCHEZ-MONTERO, J. M. and SINISTERRA, J. V. (1996): Water
Adsorption Isotherm as a Tool to Predict the Preequilibrium Water Amount
(18) in Preparative Esterification. Biothechnol. Lett. 18: 13-18.
(19) ARROYO, M.; SÁNCHEZ-MONTERO, J. M. and SINISTERRA, J. V. (1996): A New
Method to Determine the Aw Range in which Immobilized Lipases Display
(20) Optimum Activity in Organic Media. Biothechnol. Tech. 31: 1133-1139.
ARROYO, M.; SÁNCHEZ-MONTERO, J. M. and SINISTERRA, J. V. (1999): Thermal
Stabilization of Immobilized Lipase B from Candida antarctica on Different
Supports: Effect of Water Activity on Enzymatic Activity in Organic Media.
Enz. Microbiol. Technol. 24: 3-12.
CHAMORRO, S.; ALCÁNTARA, A. R.; DE LA CASA, R. M.; SINISTERRA, J. V. and
SÁNCHEZ-MONTERO, J. M. (2001): Small water Amounts Increase the Catalytic
Behaviour of Polar Organic Solvents Pretreated Candida rugosa Lipase. J.
Mol. Catal. B: Enzymatic. 11: 939-947.
Biotecnología en la Medicina del Futuro. Fundación Cotec para la innovación
tecnológica. 2006.
PATEL, R. N.; BANERJEE, A.; NandURI, V. B.; GOLDBERG, S. L.; JOHNSTON, R. M.;
HANSON, R. L.; MCNAMEE, C. G.; BRZOZOWSKI, D. B.; TULLY, T. P.; KO, R. Y.; LA
PORTE, T.; CAZZULINO, D.; SWAMINATHAN, S.; PARKER, L. and VENIT, J. (2000):
Biocatalytic preparation of a chiral synthon for a vasopeptidase inhibitor:
enzymatic conversión of N2.[N-phenylmethoxy)carbonyl]L-homocysteinyl]-
L-lysine (1?1´)-disulfide to [4s-(41,71,10aJ] 1-octahydro-5-oxo-4[phenylme-
thoxy)carbonyl amino]-7H-pyrido-[2,1-b][1,3]thiazepine-7-carboxilic acid
methyl ester by a novel L-lysine e-aminotransferase. Enz. Microb. Technol.
27: 376-389.
HANSON, R.; SCHWIDEN, M. D.; BANERJEE, A.; BRZOZOWSKI, D.; CHEN, B.-C.; PATEL,
B. P.; MCNAMEE, C.; KODERSHA, G.; KRONENTHAL, D.; PATEL, R. N., and SZARKA,
(1999): Enzymatic synthesis of L-6-hydroxynorleucine. J. Bioorg. Med. Chem.
7: 2247-2252.
HANSON, R.; HOWELL, J.; LAPORTE, T.; DONOVAN, M.; CAZZULINO, D.; ZANNELLA,
V.; MONTANA, M.; NADURI, V.; SCHWARZ, S.; EIRING, R.; DURand, S.; WASYLYK,
J.; PARKER, L.; LIU, M.; OKUNIEWICZ, F.; CHEN, B.-C.; HARRIS, J.; NATALIE,
K.; RAMIG, K.; SWAMINATHAN, S.; ROSSO, V.; PACK, S.; LOTZ, B.; BERNOT, P.;
RUSOWICZ, A.; LUST, D.; TSE, K.; VENIT, J.; SZARKA, L. and PATEL, R. N. (2000):
Synthesis of allysineethylene acetal using phenylalanine dehydrogenase from
Thermoactinomyces intermedius. Enz. Microb.Technol. 26: 348-358.
DAS, J.; HASLANGER, M. J.; GOUGOUTAS, J. S. and MALLEY, M. F. (1987): Synthesis
1100-1112.

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