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Results: 1-9 |
Results: 9
DISTRIBUTION OF THE THIAMIN DIPHOSPHATE C(2)-PROTON DURING CATALYSIS OF ACETALDEHYDE FORMATION BY BREWERS-YEAST PYRUVATE DECARBOXYLASE
Authors: HARRIS TK WASHABAUGH MW
Citation: Tk. Harris et Mw. Washabaugh, DISTRIBUTION OF THE THIAMIN DIPHOSPHATE C(2)-PROTON DURING CATALYSIS OF ACETALDEHYDE FORMATION BY BREWERS-YEAST PYRUVATE DECARBOXYLASE, Biochemistry, 34(43), 1995, pp. 13994-14000
SOLVENT-DERIVED PROTONS IN CATALYSIS BY BREWERS-YEAST PYRUVATE DECARBOXYLASE
Authors: HARRIS TK WASHABAUGH MW
Citation: Tk. Harris et Mw. Washabaugh, SOLVENT-DERIVED PROTONS IN CATALYSIS BY BREWERS-YEAST PYRUVATE DECARBOXYLASE, Biochemistry, 34(43), 1995, pp. 14001-14011
MECHANISM OF RECONSTITUTION OF BREWERS-YEAST PYRUVATE DECARBOXYLASE WITH THIAMIN DIPHOSPHATE AND MAGNESIUM
Authors: VACCARO JA CRANE EJ HARRIS TK WASHABAUGH MW
Citation: Ja. Vaccaro et al., MECHANISM OF RECONSTITUTION OF BREWERS-YEAST PYRUVATE DECARBOXYLASE WITH THIAMIN DIPHOSPHATE AND MAGNESIUM, Biochemistry, 34(39), 1995, pp. 12636-12644
MECHANISM OF HYDROLYSIS OF C(2)-METHYLTHIAZOLIUM IONS
Authors: WASHABAUGH MW GOLD MA YANG CC
Citation: Mw. Washabaugh et al., MECHANISM OF HYDROLYSIS OF C(2)-METHYLTHIAZOLIUM IONS, Journal of the American Chemical Society, 117(29), 1995, pp. 7657-7664
C(ALPHA)-PROTON TRANSFER FROM 2-(1-HYDROXYBENZYL)OXYTHIAMIN - THE UNIT BRONSTED SLOPE OVERESTIMATES THE AMOUNT OF BOND FORMATION TO THE BASE CATALYST IN THE TRANSITION-STATE
Authors: WASHABAUGH MW STIVERS JT HICKEY KA
Citation: Mw. Washabaugh et al., C(ALPHA)-PROTON TRANSFER FROM 2-(1-HYDROXYBENZYL)OXYTHIAMIN - THE UNIT BRONSTED SLOPE OVERESTIMATES THE AMOUNT OF BOND FORMATION TO THE BASE CATALYST IN THE TRANSITION-STATE, Journal of the American Chemical Society, 116(16), 1994, pp. 7094-7097
CATALYSIS OF ACETOIN FORMATION BY BREWER YEAST PYRUVATE DECARBOXYLASE- STEADY-STATE KINETICS, STEADY-STATE PRIMARY DEUTERIUM AND TRITIUM KINETIC ISOTOPE EFFECTS, AND ACTIVATION BY PYRUVAMIDE
Authors: STIVERS JT WASHABAUGH MW
Citation: Jt. Stivers et Mw. Washabaugh, CATALYSIS OF ACETOIN FORMATION BY BREWER YEAST PYRUVATE DECARBOXYLASE- STEADY-STATE KINETICS, STEADY-STATE PRIMARY DEUTERIUM AND TRITIUM KINETIC ISOTOPE EFFECTS, AND ACTIVATION BY PYRUVAMIDE, The FASEB journal, 7(7), 1993, pp. 1198-1198
HYDROLYSIS OF THIAMIN - EVIDENCE FOR RATE-LIMITING BREAKDOWN OF THE TRICYCLIC DIHYDROTHIACHROMINE INTERMEDIATE IN NEUTRAL AQUEOUS-SOLUTION
Authors: WASHABAUGH MW YANG CC HOLLENBACH AD CHEN P
Citation: Mw. Washabaugh et al., HYDROLYSIS OF THIAMIN - EVIDENCE FOR RATE-LIMITING BREAKDOWN OF THE TRICYCLIC DIHYDROTHIACHROMINE INTERMEDIATE IN NEUTRAL AQUEOUS-SOLUTION, Bioorganic chemistry, 21(2), 1993, pp. 170-191
CATALYSIS OF ACETOIN FORMATION BY BREWERS-YEAST PYRUVATE DECARBOXYLASE ISOZYMES
Authors: STIVERS JT WASHABAUGH MW
Citation: Jt. Stivers et Mw. Washabaugh, CATALYSIS OF ACETOIN FORMATION BY BREWERS-YEAST PYRUVATE DECARBOXYLASE ISOZYMES, Biochemistry, 32(49), 1993, pp. 13472-13482
SINGLE-TURNOVER STUDIES ON BREWERS-YEAST PYRUVATE DECARBOXYLASE - C(2)-PROTON TRANSFER FROM THIAMIN DIPHOSPHATE
Authors: CRANE EJ VACCARO JA WASHABAUGH MW
Citation: Ej. Crane et al., SINGLE-TURNOVER STUDIES ON BREWERS-YEAST PYRUVATE DECARBOXYLASE - C(2)-PROTON TRANSFER FROM THIAMIN DIPHOSPHATE, Journal of the American Chemical Society, 115(20), 1993, pp. 8912-8917
Risultati: 1-9 |