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Results: 1-13 |
Results: 13
DISTINGUISHING BETWEEN LOCALIZED DOMAIN BUFFERING AND LUMENAL H- CHEMICAL TREATMENTS CAN BLOCK LUMENAL H+ ACCUMULATION BUT ALLOW SEQUESTERED DOMAIN H+ UPTAKE( BUFFERING IN THYLAKOID MEMBRANES )
Authors: EWY RG DILLEY RA
Citation: Rg. Ewy et Ra. Dilley, DISTINGUISHING BETWEEN LOCALIZED DOMAIN BUFFERING AND LUMENAL H- CHEMICAL TREATMENTS CAN BLOCK LUMENAL H+ ACCUMULATION BUT ALLOW SEQUESTERED DOMAIN H+ UPTAKE( BUFFERING IN THYLAKOID MEMBRANES ), Plant physiology, 114(3), 1997, pp. 85-85
CA(++)BINDING AT THE THYLAKOID CFO H+ CHANNEL REGULATES LUMENAL ACIDIFICATION AS SHOWN BY CONTROL OF VIOLAXANTHIN DEEPOXIDASE ACTIVITY
Authors: PAN RS DILLEY RA
Citation: Rs. Pan et Ra. Dilley, CA(++)BINDING AT THE THYLAKOID CFO H+ CHANNEL REGULATES LUMENAL ACIDIFICATION AS SHOWN BY CONTROL OF VIOLAXANTHIN DEEPOXIDASE ACTIVITY, Plant physiology, 114(3), 1997, pp. 1049-1049
CALCIUM-BINDING TO THE SUBUNIT-C OF ESCHERICHIA-COLI ATP-SYNTHASE ANDPOSSIBLE FUNCTIONAL IMPLICATIONS IN ENERGY COUPLING
Authors: ZAKHAROV SD LI X REDKO TP DILLEY RA
Citation: Sd. Zakharov et al., CALCIUM-BINDING TO THE SUBUNIT-C OF ESCHERICHIA-COLI ATP-SYNTHASE ANDPOSSIBLE FUNCTIONAL IMPLICATIONS IN ENERGY COUPLING, Journal of bioenergetics and biomembranes, 28(6), 1996, pp. 483-494
EVIDENCE THAT REVERSIBLE CALCIUM-BINDING AT THE CF0H+ CHANNEL IS INVOLVED IN REGULATING LUMEN ACIDIFICATION AND VIOLAZANTHIN DEEPOXIDASE
Authors: PAN RS DILLEY RA
Citation: Rs. Pan et Ra. Dilley, EVIDENCE THAT REVERSIBLE CALCIUM-BINDING AT THE CF0H+ CHANNEL IS INVOLVED IN REGULATING LUMEN ACIDIFICATION AND VIOLAZANTHIN DEEPOXIDASE, Plant physiology, 111(2), 1996, pp. 331-331
ACETYLATION OF SEQUESTERED DOMAIN LYSINES BLOCKS THYLAKOID LUMENAL ACIDIFICATION BUT NOT H+ UPTAKE INTO DOMAIN CARBOXYL BUFFERING ARRAYS
Authors: EWY RG DILLEY RA
Citation: Rg. Ewy et Ra. Dilley, ACETYLATION OF SEQUESTERED DOMAIN LYSINES BLOCKS THYLAKOID LUMENAL ACIDIFICATION BUT NOT H+ UPTAKE INTO DOMAIN CARBOXYL BUFFERING ARRAYS, Plant physiology, 111(2), 1996, pp. 332-332
INFLUENCE OF OSMOLALITY OF THE MEDIUM ON PHOTOSYNTHETIC ELECTRON-TRANSPORT, PROTON FLUXES AND PHOTOPHOSPHORYLATION IN ISOLATED THYLAKOIDS
Authors: PAN RS SAUNA Z DILLEY RA SITARAMAM V
Citation: Rs. Pan et al., INFLUENCE OF OSMOLALITY OF THE MEDIUM ON PHOTOSYNTHETIC ELECTRON-TRANSPORT, PROTON FLUXES AND PHOTOPHOSPHORYLATION IN ISOLATED THYLAKOIDS, Indian Journal of Biochemistry & Biophysics, 32(1), 1995, pp. 1-10
CALCIUM-BINDING TO THE CHLOROPLAST AND ESCHERICHIA-COLI (CF0) F-0 SUBUNIT-III (C) OF THE ATP-SYNTHASE
Authors: ZAKHAROV SD EWY RG DILLEY RA
Citation: Sd. Zakharov et al., CALCIUM-BINDING TO THE CHLOROPLAST AND ESCHERICHIA-COLI (CF0) F-0 SUBUNIT-III (C) OF THE ATP-SYNTHASE, Protoplasma, 184(1-4), 1995, pp. 42-49
DISTINGUISHING H+ ACCUMULATION IN THYLAKOID MEMBRANE DOMAINS FROM LUMENAL UPTAKE
Authors: EWY RG DILLEY RA
Citation: Rg. Ewy et Ra. Dilley, DISTINGUISHING H+ ACCUMULATION IN THYLAKOID MEMBRANE DOMAINS FROM LUMENAL UPTAKE, Plant physiology, 108(2), 1995, pp. 88-88
EVIDENCE THAT THE INTRINSIC MEMBRANE PROTEIN-LHCII IN THYLAKOIDS IS NECESSARY FOR MAINTAINING LOCALIZED DELTA-MU-H+ ENERGY COUPLING
Authors: RENGANATHAN M DILLEY RA
Citation: M. Renganathan et Ra. Dilley, EVIDENCE THAT THE INTRINSIC MEMBRANE PROTEIN-LHCII IN THYLAKOIDS IS NECESSARY FOR MAINTAINING LOCALIZED DELTA-MU-H+ ENERGY COUPLING, Journal of bioenergetics and biomembranes, 26(1), 1994, pp. 117-125
INTRATHYLAKOID PH IN ISOLATED PEA-CHLOROPLASTS AS PROBED BY VIOLAXANTHIN DEEPOXIDATION
Authors: PFUNDEL EE RENGANATHAN M GILMORE AM YAMAMOTO HY DILLEY RA
Citation: Ee. Pfundel et al., INTRATHYLAKOID PH IN ISOLATED PEA-CHLOROPLASTS AS PROBED BY VIOLAXANTHIN DEEPOXIDATION, Plant physiology, 106(4), 1994, pp. 1647-1658
CALCIUM GATING OF H-BASE-DRIVEN ATP FORMATION( FLUXES IN CHLOROPLASTSAFFECTS ACID)
Authors: WOOTEN DC DILLEY RA
Citation: Dc. Wooten et Ra. Dilley, CALCIUM GATING OF H-BASE-DRIVEN ATP FORMATION( FLUXES IN CHLOROPLASTSAFFECTS ACID), Journal of bioenergetics and biomembranes, 25(5), 1993, pp. 557-567
SUBUNIT-III OF THE CHLOROPLAST ATP-SYNTHASE CAN FORM A CA2-BINDING SITE ON THE LUMENAL SIDE OF THE THYLAKOID MEMBRANE()
Authors: ZAKHAROV SD EWY RG DILLEY RA
Citation: Sd. Zakharov et al., SUBUNIT-III OF THE CHLOROPLAST ATP-SYNTHASE CAN FORM A CA2-BINDING SITE ON THE LUMENAL SIDE OF THE THYLAKOID MEMBRANE(), FEBS letters, 336(1), 1993, pp. 95-99
THYLAKOID LUMENAL PH DETERMINATION USING A FLUORESCENT DYE - CORRELATION OF LUMEN PH AND GATING BETWEEN LOCALIZED AND DELOCALIZED ENERGY COUPLING
Authors: RENGANATHAN M PFUNDEL E DILLEY RA
Citation: M. Renganathan et al., THYLAKOID LUMENAL PH DETERMINATION USING A FLUORESCENT DYE - CORRELATION OF LUMEN PH AND GATING BETWEEN LOCALIZED AND DELOCALIZED ENERGY COUPLING, Biochimica et biophysica acta, 1142(3), 1993, pp. 277-292
Risultati: 1-13 |