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Results: 1-8 |
Results: 8
THE SEC SYSTEM
Authors: DRIESSEN AJM FEKKES P VANDERWOLK JPW
Citation: Ajm. Driessen et al., THE SEC SYSTEM, CURRENT OPINION IN MICROBIOLOGY, 1(2), 1998, pp. 216-222
PREPROTEIN TRANSFER TO THE ESCHERICHIA-COLI TRANSLOCASE REQUIRES THE COOPERATIVE BINDING OF SECB AND THE SIGNAL SEQUENCE TO SECA
Authors: FEKKES P DEWIT JG VANDERWOLK JPW KIMSEY HH KUMAMOTO CA DRIESSEN AJM
Citation: P. Fekkes et al., PREPROTEIN TRANSFER TO THE ESCHERICHIA-COLI TRANSLOCASE REQUIRES THE COOPERATIVE BINDING OF SECB AND THE SIGNAL SEQUENCE TO SECA, Molecular microbiology, 29(5), 1998, pp. 1179-1190
PRLA4 PREVENTS THE REJECTION OF SIGNAL SEQUENCE DEFECTIVE PREPROTEINSBY STABILIZING THE SECA-SECY INTERACTION DURING THE INITIATION OF TRANSLOCATION (VOL 17, PG 3631, 1998)
Authors: VANDERWOLK JPW FEKKES P BOORSMA A HUIE JL SILHAVY TJ DRIESSEN AJM
Citation: Jpw. Vanderwolk et al., PRLA4 PREVENTS THE REJECTION OF SIGNAL SEQUENCE DEFECTIVE PREPROTEINSBY STABILIZING THE SECA-SECY INTERACTION DURING THE INITIATION OF TRANSLOCATION (VOL 17, PG 3631, 1998), EMBO journal (Print), 17(18), 1998, pp. 5519-5519
PRLA4 PREVENTS THE REJECTION OF SIGNAL SEQUENCE DEFECTIVE PREPROTEINSBY STABILIZING THE SECA-SECY INTERACTION DURING THE INITIATION OF TRANSLOCATION
Authors: VANDERWOLK JPW FEKKES P BOORSMA A HUIE JL SILHAVY TJ DRIESSEN AJM
Citation: Jpw. Vanderwolk et al., PRLA4 PREVENTS THE REJECTION OF SIGNAL SEQUENCE DEFECTIVE PREPROTEINSBY STABILIZING THE SECA-SECY INTERACTION DURING THE INITIATION OF TRANSLOCATION, EMBO journal (Print), 17(13), 1998, pp. 3631-3639
THE CATALYTIC CYCLE OF THE ESCHERICHIA-COLI SECA ATPASE COMPRISES 2 DISTINCT PREPROTEIN TRANSLOCATION EVENTS
Authors: VANDERWOLK JPW DEWIT JG DRIESSEN AJM
Citation: Jpw. Vanderwolk et al., THE CATALYTIC CYCLE OF THE ESCHERICHIA-COLI SECA ATPASE COMPRISES 2 DISTINCT PREPROTEIN TRANSLOCATION EVENTS, EMBO journal, 16(24), 1997, pp. 7297-7304
THE LOW-AFFINITY ATP BINDING-SITE OF THE ESCHERICHIA-COLI SECA DIMER IS LOCALIZED AT THE SUBUNIT INTERFACE
Authors: VANDERWOLK JPW BOORSMA A KNOCHE M SCHAFER HJ DRIESSEN AJM
Citation: Jpw. Vanderwolk et al., THE LOW-AFFINITY ATP BINDING-SITE OF THE ESCHERICHIA-COLI SECA DIMER IS LOCALIZED AT THE SUBUNIT INTERFACE, Biochemistry, 36(48), 1997, pp. 14924-14929
SECA, A NOVEL ATPASE THAT CONVERTS CHEMICAL ENERGY INTO A MECHANICAL FORCE TO DRIVE PRECURSOR PROTEIN TRANSLOCATION
Authors: DRIESSEN AJM DEWIT JG KUIPER W VANDERWOLK JPW FEKKES P VANDERDOES C VANWELY K MANTING E DENBLAAUWEN T
Citation: Ajm. Driessen et al., SECA, A NOVEL ATPASE THAT CONVERTS CHEMICAL ENERGY INTO A MECHANICAL FORCE TO DRIVE PRECURSOR PROTEIN TRANSLOCATION, Biochemical Society transactions, 23(4), 1995, pp. 981-985
IDENTIFICATION OF THE MAGNESIUM-BINDING DOMAIN OF THE HIGH-AFFINITY ATP BINDING-SITE OF THE BACILLUS-SUBTILIS AND ESCHERICHIA-COLI SECA PROTEIN
Authors: VANDERWOLK JPW KLOSE M DEWIT JG DENBLAAUWEN T FREUDL R DRIESSEN AJM
Citation: Jpw. Vanderwolk et al., IDENTIFICATION OF THE MAGNESIUM-BINDING DOMAIN OF THE HIGH-AFFINITY ATP BINDING-SITE OF THE BACILLUS-SUBTILIS AND ESCHERICHIA-COLI SECA PROTEIN, The Journal of biological chemistry, 270(32), 1995, pp. 18975-18982
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