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Results: 1-11 |
Results: 11
A MN(II)-MN(III) EPR SIGNAL ARISES FROM THE INTERACTION OF NO WITH THE S-1 STATE OF THE WATER-OXIDIZING COMPLEX OF PHOTOSYSTEM-II
Authors: SARROU J IOANNIDIS N DELIGIANNAKIS Y PETROULEAS V
Citation: J. Sarrou et al., A MN(II)-MN(III) EPR SIGNAL ARISES FROM THE INTERACTION OF NO WITH THE S-1 STATE OF THE WATER-OXIDIZING COMPLEX OF PHOTOSYSTEM-II, Biochemistry, 37(11), 1998, pp. 3581-3587
NO INTERACTS WITH THE TYROSINE RADICAL Y-D(CENTER-DOT) OF PHOTOSYSTEM-II TO FORM AN IMINOXYL RADICAL
Authors: SANAKIS Y GOUSSIAS C MASON RP PETROULEAS V
Citation: Y. Sanakis et al., NO INTERACTS WITH THE TYROSINE RADICAL Y-D(CENTER-DOT) OF PHOTOSYSTEM-II TO FORM AN IMINOXYL RADICAL, Biochemistry, 36(6), 1997, pp. 1411-1417
LOW-TEMPERATURE INTERACTIONS OF NO WITH THE S-1 AND S-2 STATES OF THEWATER-OXIDIZING COMPLEX OF PHOTOSYSTEM .2. A NOVEL MN-MULTILINE EPR SIGNAL DERIVED FROM THE S-1 STATE
Authors: GOUSSIAS C IOANNIDIS N PETROULEAS V
Citation: C. Goussias et al., LOW-TEMPERATURE INTERACTIONS OF NO WITH THE S-1 AND S-2 STATES OF THEWATER-OXIDIZING COMPLEX OF PHOTOSYSTEM .2. A NOVEL MN-MULTILINE EPR SIGNAL DERIVED FROM THE S-1 STATE, Biochemistry, 36(30), 1997, pp. 9261-9266
UV-B-INDUCED INHIBITION OF PHOTOSYSTEM-II ELECTRON-TRANSPORT STUDIED BY EPR AND CHLOROPHYLL FLUORESCENCE - IMPAIRMENT OF DONOR AND ACCEPTORSIDE COMPONENTS
Authors: VASS I SASS L SPETEA C BAKOU A GHANOTAKIS DF PETROULEAS V
Citation: I. Vass et al., UV-B-INDUCED INHIBITION OF PHOTOSYSTEM-II ELECTRON-TRANSPORT STUDIED BY EPR AND CHLOROPHYLL FLUORESCENCE - IMPAIRMENT OF DONOR AND ACCEPTORSIDE COMPONENTS, Biochemistry, 35(27), 1996, pp. 8964-8973
ULTRAVIOLET-B RADIATION-INDUCED DAMAGE TO THE FUNCTION AND STRUCTURE OF PHOTOSYSTEM-II
Authors: VASS I SPETEA C HIDEG E BARBATO R PETROULEAS V
Citation: I. Vass et al., ULTRAVIOLET-B RADIATION-INDUCED DAMAGE TO THE FUNCTION AND STRUCTURE OF PHOTOSYSTEM-II, Acta phytopathologica et entomologica Hungarica, 30(1-2), 1995, pp. 47-49
NEW FERROUS COMPLEXES BASED ON THE 2,2'-BIIMIDAZOLE LIGAND - STRUCTURAL, MOSSBAUER, AND MAGNETIC-PROPERTIES OF [FE-II(BIIMH(2))(3)(CH3OH)(2)]OAC(2), [FE-II(BIMH(2))3,]CO3[FE-II(BIMH)(2)](N), AND (FE-II(BIM))(N)
Authors: LORENTE MAM DAHAN F SANAKIS Y PETROULEAS V BOUSSEKSOU A TUCHAGUES JP
Citation: Mam. Lorente et al., NEW FERROUS COMPLEXES BASED ON THE 2,2'-BIIMIDAZOLE LIGAND - STRUCTURAL, MOSSBAUER, AND MAGNETIC-PROPERTIES OF [FE-II(BIIMH(2))(3)(CH3OH)(2)]OAC(2), [FE-II(BIMH(2))3,]CO3[FE-II(BIMH)(2)](N), AND (FE-II(BIM))(N), Inorganic chemistry, 34(21), 1995, pp. 5346-5357
EFFECTS OF PHOTOINHIBITION ON THE Q(A)(-)FE(2-II STUDIED BY EPR AND MOSSBAUER-SPECTROSCOPY() COMPLEX OF PHOTOSYSTEM)
Authors: VASS I SANAKIS Y SPETEA C PETROULEAS V
Citation: I. Vass et al., EFFECTS OF PHOTOINHIBITION ON THE Q(A)(-)FE(2-II STUDIED BY EPR AND MOSSBAUER-SPECTROSCOPY() COMPLEX OF PHOTOSYSTEM), Biochemistry, 34(13), 1995, pp. 4434-4440
CYANIDE BINDING AT THE NONHEME FE2-QUINONE COMPLEX OF PHOTOSYSTEM-II - AT HIGH-CONCENTRATIONS, CYANIDE CONVERTS THE FE2+ FROM HIGH (S=2) TOLOW (S=0) SPIN( OF THE IRON)
Authors: SANAKIS Y PETROULEAS V DINER BA
Citation: Y. Sanakis et al., CYANIDE BINDING AT THE NONHEME FE2-QUINONE COMPLEX OF PHOTOSYSTEM-II - AT HIGH-CONCENTRATIONS, CYANIDE CONVERTS THE FE2+ FROM HIGH (S=2) TOLOW (S=0) SPIN( OF THE IRON), Biochemistry, 33(33), 1994, pp. 9922-9928
BINDING OF CARBOXYLATE ANIONS AT THE NONHEME FE(II) OF PS-II .1. EFFECTS ON THE Q(A)(-)FE(2-SPECTRA AND THE REDOX PROPERTIES OF THE IRON() AND Q(A)FE(3+) EPR)
Authors: DELIGIANNAKIS Y PETROULEAS V DINER BA
Citation: Y. Deligiannakis et al., BINDING OF CARBOXYLATE ANIONS AT THE NONHEME FE(II) OF PS-II .1. EFFECTS ON THE Q(A)(-)FE(2-SPECTRA AND THE REDOX PROPERTIES OF THE IRON() AND Q(A)FE(3+) EPR), Biochimica et biophysica acta. Bioenergetics, 1188(3), 1994, pp. 260-270
BINDING OF CARBOXYLATE ANIONS AT THE NONHEME FE(II) OF PS-II .2. COMPETITION WITH BICARBONATE AND EFFECTS ON THE Q(A) Q(B) ELECTRON-TRANSFER RATE/
Authors: PETROULEAS V DELIGIANNAKIS Y DINER BA
Citation: V. Petrouleas et al., BINDING OF CARBOXYLATE ANIONS AT THE NONHEME FE(II) OF PS-II .2. COMPETITION WITH BICARBONATE AND EFFECTS ON THE Q(A) Q(B) ELECTRON-TRANSFER RATE/, Biochimica et biophysica acta. Bioenergetics, 1188(3), 1994, pp. 271-277
PARTICIPATION OF THE G = 1.9 AND G = 1.82 EPR FORMS OF THE SEMIQUINONE-IRON COMPLEX Q(A)(-).FE2-II IN THE GENERATION OF THE Q AND C THERMOLUMINESCENCE BANDS, RESPECTIVELY( OF PHOTOSYSTEM)
Authors: DEMETER S GOUSSIAS C BERNAT G KOVACS L PETROULEAS V
Citation: S. Demeter et al., PARTICIPATION OF THE G = 1.9 AND G = 1.82 EPR FORMS OF THE SEMIQUINONE-IRON COMPLEX Q(A)(-).FE2-II IN THE GENERATION OF THE Q AND C THERMOLUMINESCENCE BANDS, RESPECTIVELY( OF PHOTOSYSTEM), FEBS letters, 336(2), 1993, pp. 352-356
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