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Results: 1-12 |
Results: 12
MODE OF INTERACTION OF THE SINGLE A SUBUNIT WITH THE MULTIMERIC C-SUBUNITS DURING THE TRANSLOCATION OF THE COUPLING IONS BY F1F0 ATPASES
Authors: KAIM G MATTHEY U DIMROTH P
Citation: G. Kaim et al., MODE OF INTERACTION OF THE SINGLE A SUBUNIT WITH THE MULTIMERIC C-SUBUNITS DURING THE TRANSLOCATION OF THE COUPLING IONS BY F1F0 ATPASES, EMBO journal, 17(3), 1998, pp. 688-695
VOLTAGE-GENERATED TORQUE DRIVES THE MOTOR OF THE ATP SYNTHASE
Authors: KAIM G DIMROTH P
Citation: G. Kaim et P. Dimroth, VOLTAGE-GENERATED TORQUE DRIVES THE MOTOR OF THE ATP SYNTHASE, EMBO journal (Print), 17(20), 1998, pp. 5887-5895
PURIFICATION AND PROPERTIES OF THE F1FO ATPASE OF ILYOBACTER-TARTARICUS, A SODIUM-ION PUMP
Authors: NEUMANN S MATTHEY U KAIM G DIMROTH P
Citation: S. Neumann et al., PURIFICATION AND PROPERTIES OF THE F1FO ATPASE OF ILYOBACTER-TARTARICUS, A SODIUM-ION PUMP, Journal of bacteriology, 180(13), 1998, pp. 3312-3316
ATP SYNTHESIS BY THE F1F0 ATP SYNTHASE OF ESCHERICHIA-COLI IS OBLIGATORILY DEPENDENT ON THE ELECTRIC-POTENTIAL
Authors: KAIM G DIMROTH P
Citation: G. Kaim et P. Dimroth, ATP SYNTHESIS BY THE F1F0 ATP SYNTHASE OF ESCHERICHIA-COLI IS OBLIGATORILY DEPENDENT ON THE ELECTRIC-POTENTIAL, FEBS letters, 434(1-2), 1998, pp. 57-60
A TRIPLE MUTATION IN THE A SUBUNIT OF THE ESCHERICHIA-COLI PROPIONIGENIUM-MODESTUM F1F0 ATPASE HYBRID CAUSES A SWITCH FROM NA+ STIMULATION TO NA+ INHIBITION
Authors: KAIM G DIMROTH P
Citation: G. Kaim et P. Dimroth, A TRIPLE MUTATION IN THE A SUBUNIT OF THE ESCHERICHIA-COLI PROPIONIGENIUM-MODESTUM F1F0 ATPASE HYBRID CAUSES A SWITCH FROM NA+ STIMULATION TO NA+ INHIBITION, Biochemistry, 37(13), 1998, pp. 4626-4634
THE MOTOR OF THE ATP SYNTHASE
Authors: DIMROTH P KAIM G MATTHEY U
Citation: P. Dimroth et al., THE MOTOR OF THE ATP SYNTHASE, Biochimica et biophysica acta. Bioenergetics, 1365(1-2), 1998, pp. 87-92
SUBUNIT C FROM THE SODIUM-ION-TRANSLOCATING F1F0-ATPASE OF PROPIONIGENIUM-MODESTUM - PRODUCTION, PURIFICATION AND PROPERTIES OF THE PROTEININ DODECYL-SULFATE SOLUTION
Authors: MATTHEY UH KAIM G DIMROTH P
Citation: Uh. Matthey et al., SUBUNIT C FROM THE SODIUM-ION-TRANSLOCATING F1F0-ATPASE OF PROPIONIGENIUM-MODESTUM - PRODUCTION, PURIFICATION AND PROPERTIES OF THE PROTEININ DODECYL-SULFATE SOLUTION, European journal of biochemistry, 247(3), 1997, pp. 820-825
MOLECULAR-BASIS FOR THE COUPLING ION SELECTIVITY OF F1F0 ATP SYNTHASES - PROBING THE LIGANDING GROUPS FOR NA-SUBUNIT OF THE ATP-SYNTHASE FROM PROPIONIGENIUM-MODESTUM( AND LI+ IN THE C)
Authors: KAIM G WEHRLE F GERIKE U DIMROTH P
Citation: G. Kaim et al., MOLECULAR-BASIS FOR THE COUPLING ION SELECTIVITY OF F1F0 ATP SYNTHASES - PROBING THE LIGANDING GROUPS FOR NA-SUBUNIT OF THE ATP-SYNTHASE FROM PROPIONIGENIUM-MODESTUM( AND LI+ IN THE C), Biochemistry, 36(30), 1997, pp. 9185-9194
A DOUBLE MUTATION IN SUBUNIT-C OF THE NA-SPECIFIC F1F0-ATPASE OF PROPIONIGENIUM-MODESTUM RESULTS IN A SWITCH FROM NA+ TO H+-COUPLED ATP SYNTHESIS IN THE ESCHERICHIA-COLI HOST-CELLS()
Authors: KAIM G DIMROTH P
Citation: G. Kaim et P. Dimroth, A DOUBLE MUTATION IN SUBUNIT-C OF THE NA-SPECIFIC F1F0-ATPASE OF PROPIONIGENIUM-MODESTUM RESULTS IN A SWITCH FROM NA+ TO H+-COUPLED ATP SYNTHESIS IN THE ESCHERICHIA-COLI HOST-CELLS(), Journal of Molecular Biology, 253(5), 1995, pp. 726-738
IN-VIVO SYNTHESIS OF ATPASE COMPLEXES OF PROPIONIGENIUM-MODESTUM AND ESCHERICHIA-COLI AND ANALYSIS OF THEIR FUNCTION
Authors: GERIKE U KAIM G DIMROTH P
Citation: U. Gerike et al., IN-VIVO SYNTHESIS OF ATPASE COMPLEXES OF PROPIONIGENIUM-MODESTUM AND ESCHERICHIA-COLI AND ANALYSIS OF THEIR FUNCTION, European journal of biochemistry, 232(2), 1995, pp. 596-602
CONSTRUCTION, EXPRESSION AND CHARACTERIZATION OF A PLASMID-ENCODED NA-SPECIFIC ATPASE HYBRID CONSISTING OF PROPIONIGENIUM-MODESTUM F-0-ATPASE AND ESCHERICHIA-COLI F1-ATPASE()
Authors: KAIM G DIMROTH P
Citation: G. Kaim et P. Dimroth, CONSTRUCTION, EXPRESSION AND CHARACTERIZATION OF A PLASMID-ENCODED NA-SPECIFIC ATPASE HYBRID CONSISTING OF PROPIONIGENIUM-MODESTUM F-0-ATPASE AND ESCHERICHIA-COLI F1-ATPASE(), European journal of biochemistry, 222(2), 1994, pp. 615-623
FORMATION OF A FUNCTIONALLY ACTIVE SODIUM-TRANSLOCATING HYBRID F1F0 ATPASE IN ESCHERICHIA-COLI BY HOMOLOGOUS RECOMBINATION
Authors: KAIM G DIMROTH P
Citation: G. Kaim et P. Dimroth, FORMATION OF A FUNCTIONALLY ACTIVE SODIUM-TRANSLOCATING HYBRID F1F0 ATPASE IN ESCHERICHIA-COLI BY HOMOLOGOUS RECOMBINATION, European journal of biochemistry, 218(3), 1993, pp. 937-944
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