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Results: 1-9 |
Results: 9
RUBISCO SYNTHESIS, ASSEMBLY, MECHANISM, AND REGULATION
Authors: GUTTERIDGE S GATENBY AA
Citation: S. Gutteridge et Aa. Gatenby, RUBISCO SYNTHESIS, ASSEMBLY, MECHANISM, AND REGULATION, The Plant cell, 7(7), 1995, pp. 809-819
SPINACH CHLOROPLAST CPN21 CO-CHAPERONIN POSSESSES 2 FUNCTIONAL DOMAINS FUSED TOGETHER IN A TOROIDAL STRUCTURE AND EXHIBITS NUCLEOTIDE-DEPENDENT BINDING TO PLASTID CHAPERONIN-60
Authors: BANEYX F BERTSCH U KALBACH CE VANDERVIES SM SOLL J GATENBY AA
Citation: F. Baneyx et al., SPINACH CHLOROPLAST CPN21 CO-CHAPERONIN POSSESSES 2 FUNCTIONAL DOMAINS FUSED TOGETHER IN A TOROIDAL STRUCTURE AND EXHIBITS NUCLEOTIDE-DEPENDENT BINDING TO PLASTID CHAPERONIN-60, The Journal of biological chemistry, 270(18), 1995, pp. 10695-10702
DETHIOBIOTIN SYNTHETASE - THE CARBONYLATION OF 7,8-DIAMINONONANOIC ACID PROCEEDS REGIOSPECIFICALLY VIA THE N7-CARBAMATE (VOL 34, PG 10976, 1995)
Authors: GIBSON KJ LORIMER GH RENDINA AR TAYLOR WS COHEN G GATENBY AA PAYNE WG ROE DC LOCKETT BA NUDELMAN A MARCOVICI D NACHUM A WEXLER BA MARSILII EL TURNER IM HOWE LD KALBACH CE CHI HJ
Citation: Kj. Gibson et al., DETHIOBIOTIN SYNTHETASE - THE CARBONYLATION OF 7,8-DIAMINONONANOIC ACID PROCEEDS REGIOSPECIFICALLY VIA THE N7-CARBAMATE (VOL 34, PG 10976, 1995), Biochemistry, 34(48), 1995, pp. 15880-15880
DETHIOBIOTIN SYNTHETASE - THE CARBONYLATION OF 7,8-DIAMINONONANOIC ACID PROCEEDS REGIOSPECIFICALLY VIA THE N7-CARBAMATE
Authors: GIBSON KJ LORIMER GH RENDINA AR TAYLOR WS COHEN G GATENBY AA PAYNE WG ROE DC LOCKETT BA NUDELMAN A MARCOVICI D NACHUM A WEXLER BA MARSILII EL TURNER IM HOWE LD KALBACH CE CHI HJ
Citation: Kj. Gibson et al., DETHIOBIOTIN SYNTHETASE - THE CARBONYLATION OF 7,8-DIAMINONONANOIC ACID PROCEEDS REGIOSPECIFICALLY VIA THE N7-CARBAMATE, Biochemistry, 34(35), 1995, pp. 10976-10984
STRUCTURAL AND FUNCTIONAL-ASPECTS OF CHAPERONIN-MEDIATED PROTEIN FOLDING
Authors: GATENBY AA VIITANEN PV
Citation: Aa. Gatenby et Pv. Viitanen, STRUCTURAL AND FUNCTIONAL-ASPECTS OF CHAPERONIN-MEDIATED PROTEIN FOLDING, Annual review of plant physiology and plant molecular biology, 45, 1994, pp. 469-491
A TCP1-RELATED MOLECULAR CHAPERONE FROM PLANTS REFOLDS PHYTOCHROME TOITS PHOTOREVERSIBLE FORM (VOL 363, PG 644, 1993)
Authors: MUMMERT E GRIMM R SPETH V ECKERSKORN C SCHILTZ E GATENBY AA SHAFER E
Citation: E. Mummert et al., A TCP1-RELATED MOLECULAR CHAPERONE FROM PLANTS REFOLDS PHYTOCHROME TOITS PHOTOREVERSIBLE FORM (VOL 363, PG 644, 1993), Nature, 372(6507), 1994, pp. 709-709
BACTERIOPHAGE-T4 ENCODES A CO-CHAPERONIN THAT CAN SUBSTITUTE FOR ESCHERICHIA-COLI GROES IN PROTEIN-FOLDING
Authors: VANDERVIES SM GATENBY AA GEORGOPOULOS C
Citation: Sm. Vandervies et al., BACTERIOPHAGE-T4 ENCODES A CO-CHAPERONIN THAT CAN SUBSTITUTE FOR ESCHERICHIA-COLI GROES IN PROTEIN-FOLDING, Nature, 368(6472), 1994, pp. 654-656
STABLE EXPRESSION PLASMID FOR HIGH-LEVEL PRODUCTION OF GROE MOLECULARCHAPERONES IN LARGE-SCALE CULTURES
Authors: KALBACH CE GATENBY AA
Citation: Ce. Kalbach et Aa. Gatenby, STABLE EXPRESSION PLASMID FOR HIGH-LEVEL PRODUCTION OF GROE MOLECULARCHAPERONES IN LARGE-SCALE CULTURES, Enzyme and microbial technology, 15(9), 1993, pp. 730-735
A TCP1-RELATED MOLECULAR CHAPERONE FROM PLANTS REFOLDS PHYTOCHROME TOITS PHOTOREVERSIBLE FORM
Authors: MUMMERT E GRIMM R SPETH V ECKERSKORN C SCHILTZ E GATENBY AA SCHAFER E
Citation: E. Mummert et al., A TCP1-RELATED MOLECULAR CHAPERONE FROM PLANTS REFOLDS PHYTOCHROME TOITS PHOTOREVERSIBLE FORM, Nature, 363(6430), 1993, pp. 644-648
Risultati: 1-9 |