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Results: 1-8 |
Results: 8
IMMUNE VERSUS NATURAL-SELECTION - ANTIBODY ALDOLASES WITH ENZYMATIC RATES BUT BROADER SCOPE
Authors: BARBAS CF HEINE A ZHONG GF HOFFMANN T GRAMATIKOVA S BJORNESTEDT R LIST B ANDERSON J STURA EA WILSON IA LERNER RA
Citation: Cf. Barbas et al., IMMUNE VERSUS NATURAL-SELECTION - ANTIBODY ALDOLASES WITH ENZYMATIC RATES BUT BROADER SCOPE, Science, 278(5346), 1997, pp. 2085-2092
INVOLVEMENT OF THE CARBOXYL GROUPS OF GLUTATHIONE IN THE CATALYTIC MECHANISM OF HUMAN GLUTATHIONE TRANSFERASE A1-1
Authors: WIDERSTEN M BJORNESTEDT R MANNERVIK B
Citation: M. Widersten et al., INVOLVEMENT OF THE CARBOXYL GROUPS OF GLUTATHIONE IN THE CATALYTIC MECHANISM OF HUMAN GLUTATHIONE TRANSFERASE A1-1, Biochemistry, 35(24), 1996, pp. 7731-7742
COPYING NATURES MECHANISM FOR THE DECARBOXYLATION OF BETA-KETO ACIDS INTO CATALYTIC ANTIBODIES BY REACTIVE IMMUNIZATION
Authors: BJORNESTEDT R ZHONG GF LERNER RA BARBAS CF
Citation: R. Bjornestedt et al., COPYING NATURES MECHANISM FOR THE DECARBOXYLATION OF BETA-KETO ACIDS INTO CATALYTIC ANTIBODIES BY REACTIVE IMMUNIZATION, Journal of the American Chemical Society, 118(47), 1996, pp. 11720-11724
FUNCTIONAL-SIGNIFICANCE OF ARGININE-15 IN THE ACTIVE-SITE OF HUMAN CLASS-ALPHA GLUTATHIONE TRANSFERASE A1-1
Authors: BJORNESTEDT R STENBERG G WIDERSTEN M BOARD PG SINNING I JONES TA MANNERVIK B
Citation: R. Bjornestedt et al., FUNCTIONAL-SIGNIFICANCE OF ARGININE-15 IN THE ACTIVE-SITE OF HUMAN CLASS-ALPHA GLUTATHIONE TRANSFERASE A1-1, Journal of Molecular Biology, 247(4), 1995, pp. 765-773
THE HIGH-ACTIVITY OF RAT GLUTATHIONE TRANSFERASE-8-8 WITH ALKENE SUBSTRATES IS DEPENDENT ON A GLYCINE RESIDUE IN THE ACTIVE-SITE
Authors: BJORNESTEDT R TARDIOLI S MANNERVIK B
Citation: R. Bjornestedt et al., THE HIGH-ACTIVITY OF RAT GLUTATHIONE TRANSFERASE-8-8 WITH ALKENE SUBSTRATES IS DEPENDENT ON A GLYCINE RESIDUE IN THE ACTIVE-SITE, The Journal of biological chemistry, 270(50), 1995, pp. 29705-29709
DESIGN OF GLUTATHIONE TRANSFERASES BY EVOLUTION AND BY PROTEIN ENGINEERING
Authors: MANNERVIK B WIDERSTEN M STENBERG G BERHANE K BJORNESTEDT R TARDIOLI S KOLM R
Citation: B. Mannervik et al., DESIGN OF GLUTATHIONE TRANSFERASES BY EVOLUTION AND BY PROTEIN ENGINEERING, The FASEB journal, 8(7), 1994, pp. 10001256-10001256
PHOTOAFFINITY-LABELING OF THE ACTIVE-SITE OF THE RAT GLUTATHIONE TRANSFERASE-3-3 AND TRANSFERASE-1-1 AND HUMAN GLUTATHIONE TRANSFERASE A1-1
Authors: COOKE RJ BJORNESTEDT R DOUGLAS KT MCKIE JH KING MD COLES B KETTERER B MANNERVIK B
Citation: Rj. Cooke et al., PHOTOAFFINITY-LABELING OF THE ACTIVE-SITE OF THE RAT GLUTATHIONE TRANSFERASE-3-3 AND TRANSFERASE-1-1 AND HUMAN GLUTATHIONE TRANSFERASE A1-1, Biochemical journal, 302, 1994, pp. 383-390
CONTRIBUTION OF AMINO-ACID RESIDUE-208 IN THE HYDROPHOBIC BINDING-SITE TO THE CATALYTIC MECHANISM OF HUMAN GLUTATHIONE TRANSFERASE-A1-1
Authors: WIDERSTEN M BJORNESTEDT R MANNERVIK B
Citation: M. Widersten et al., CONTRIBUTION OF AMINO-ACID RESIDUE-208 IN THE HYDROPHOBIC BINDING-SITE TO THE CATALYTIC MECHANISM OF HUMAN GLUTATHIONE TRANSFERASE-A1-1, Biochemistry, 33(39), 1994, pp. 11717-11723
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