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Results: 1-13 |
Results: 13
TRYPTOPHAN SUBSTITUTIONS SURROUNDING THE NUCLEOTIDE IN CATALYTIC SITES OF F-1-ATPASE
Authors: WEBER J WILKEMOUNTS S HAMMOND ST SENIOR AE
Citation: J. Weber et al., TRYPTOPHAN SUBSTITUTIONS SURROUNDING THE NUCLEOTIDE IN CATALYTIC SITES OF F-1-ATPASE, Biochemistry, 37(35), 1998, pp. 12042-12050
MG2-ATPASE( COORDINATION IN CATALYTIC SITES OF F1)
Authors: WEBER J HAMMOND ST WILKEMOUNTS S SENIOR AE
Citation: J. Weber et al., MG2-ATPASE( COORDINATION IN CATALYTIC SITES OF F1), Biochemistry, 37(2), 1998, pp. 608-614
F1-ATPASE, ROLES OF 3 CATALYTIC SITE RESIDUES
Authors: LOBAU S WEBER J WILKEMOUNTS S SENIOR AE
Citation: S. Lobau et al., F1-ATPASE, ROLES OF 3 CATALYTIC SITE RESIDUES, The Journal of biological chemistry, 272(6), 1997, pp. 3648-3656
ALPHA-ASPARTATE-261 IS A KEY RESIDUE IN NONCATALYTIC SITES OF ESCHERICHIA-COLI F1-ATPASE
Authors: WEBER J BOWMAN C WILKEMOUNTS S SENIOR AE
Citation: J. Weber et al., ALPHA-ASPARTATE-261 IS A KEY RESIDUE IN NONCATALYTIC SITES OF ESCHERICHIA-COLI F1-ATPASE, The Journal of biological chemistry, 270(36), 1995, pp. 21045-21049
MUTAGENESIS AND REVERSION ANALYSIS OF RESIDUE MET-209 OF THE BETA-SUBUNIT OF ESCHERICHIA-COLI ATP SYNTHASE
Authors: WILKEMOUNTS S PAGAN J SENIOR AE
Citation: S. Wilkemounts et al., MUTAGENESIS AND REVERSION ANALYSIS OF RESIDUE MET-209 OF THE BETA-SUBUNIT OF ESCHERICHIA-COLI ATP SYNTHASE, Archives of biochemistry and biophysics, 324(1), 1995, pp. 153-158
COOPERATIVITY BETWEEN THE 3 CATALYTIC SITES OF ESCHERICHIA-COLI F(1)-ATPASE
Authors: SENIOR AE WILKEMOUNTS S WEBER J
Citation: Ae. Senior et al., COOPERATIVITY BETWEEN THE 3 CATALYTIC SITES OF ESCHERICHIA-COLI F(1)-ATPASE, The FASEB journal, 8(7), 1994, pp. 10001298-10001298
SPECIFIC PLACEMENT OF TRYPTOPHAN IN THE NONCATALYTIC SITES OF ESCHERICHIA-COLI F(1)-ATPASE PROVIDES A DIRECT PROBE OF NUCLEOTIDE-BINDING
Authors: WEBER J WILKEMOUNTS S GRELL E SENIOR AE
Citation: J. Weber et al., SPECIFIC PLACEMENT OF TRYPTOPHAN IN THE NONCATALYTIC SITES OF ESCHERICHIA-COLI F(1)-ATPASE PROVIDES A DIRECT PROBE OF NUCLEOTIDE-BINDING, The FASEB journal, 8(7), 1994, pp. 10001298-10001298
COOPERATIVITY AND STOICHIOMETRY OF SUBSTRATE-BINDING TO THE CATALYTICSITES OF ESCHERICHIA-COLI F1-ATPASE EFFECTS OF MAGNESIUM, INHIBITORS,AND MUTATION
Authors: WEBER J WILKEMOUNTS S SENIOR AE
Citation: J. Weber et al., COOPERATIVITY AND STOICHIOMETRY OF SUBSTRATE-BINDING TO THE CATALYTICSITES OF ESCHERICHIA-COLI F1-ATPASE EFFECTS OF MAGNESIUM, INHIBITORS,AND MUTATION, The Journal of biological chemistry, 269(32), 1994, pp. 20462-20467
TRYPTOPHAN FLUORESCENCE PROVIDES A DIRECT PROBE OF NUCLEOTIDE-BINDINGIN THE NONCATALYTIC SITES OF ESCHERICHIA-COLI F(1)-ATPASE
Authors: WEBER J WILKEMOUNTS S GRELL E SENIOR AE
Citation: J. Weber et al., TRYPTOPHAN FLUORESCENCE PROVIDES A DIRECT PROBE OF NUCLEOTIDE-BINDINGIN THE NONCATALYTIC SITES OF ESCHERICHIA-COLI F(1)-ATPASE, The Journal of biological chemistry, 269(15), 1994, pp. 11261-11268
TRYPTOPHAN-FREE ESCHERICHIA-COLI F1-ATPASE
Authors: WILKEMOUNTS S WEBER J GRELL E SENIOR AE
Citation: S. Wilkemounts et al., TRYPTOPHAN-FREE ESCHERICHIA-COLI F1-ATPASE, Archives of biochemistry and biophysics, 309(2), 1994, pp. 363-368
LYSINE-155 OF THE HOMOLOGY-A CONSENSUS SEQUENCE IN BETA-SUBUNIT IS A CATALYTIC RESIDUE OF ESCHERICHIA-COLI F(1)-ATPASE
Authors: SENIOR AE WILKEMOUNTS S ALSHAWI MK
Citation: Ae. Senior et al., LYSINE-155 OF THE HOMOLOGY-A CONSENSUS SEQUENCE IN BETA-SUBUNIT IS A CATALYTIC RESIDUE OF ESCHERICHIA-COLI F(1)-ATPASE, The FASEB journal, 7(7), 1993, pp. 1108-1108
SPECIFIC PLACEMENT OF TRYPTOPHAN IN THE CATALYTIC SITE OF ESCHERICHIA-COLI F(1)-ATPASE
Authors: WEBER J WILKEMOUNTS S LEE RSF GRELL E SENIOR AE
Citation: J. Weber et al., SPECIFIC PLACEMENT OF TRYPTOPHAN IN THE CATALYTIC SITE OF ESCHERICHIA-COLI F(1)-ATPASE, The FASEB journal, 7(7), 1993, pp. 1108-1108
SPECIFIC PLACEMENT OF TRYPTOPHAN IN THE CATALYTIC SITES OF ESCHERICHIA-COLI F(1)-ATPASE PROVIDES A DIRECT PROBE OF NUCLEOTIDE-BINDING - MAXIMAL ATP HYDROLYSIS OCCURS WITH 3 SITES OCCUPIED
Authors: WEBER J WILKEMOUNTS S LEE RSF GRELL E SENIOR AE
Citation: J. Weber et al., SPECIFIC PLACEMENT OF TRYPTOPHAN IN THE CATALYTIC SITES OF ESCHERICHIA-COLI F(1)-ATPASE PROVIDES A DIRECT PROBE OF NUCLEOTIDE-BINDING - MAXIMAL ATP HYDROLYSIS OCCURS WITH 3 SITES OCCUPIED, The Journal of biological chemistry, 268(27), 1993, pp. 20126-20133
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