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Results: 1-3 |
Results: 3
BIOLOGICAL IRON-SULFUR CLUSTER ASSEMBLY - DETECTION OF KINETIC INTERMEDIATES BY TIME-RESOLVED FLUORESCENCE SPECTROSCOPY
Authors: BIAN SM COWAN JA
Citation: Sm. Bian et Ja. Cowan, BIOLOGICAL IRON-SULFUR CLUSTER ASSEMBLY - DETECTION OF KINETIC INTERMEDIATES BY TIME-RESOLVED FLUORESCENCE SPECTROSCOPY, Journal of the American Chemical Society, 120(14), 1998, pp. 3532-3533
CHARACTERIZATION OF AN AUTOREDUCTION PATHWAY FOR THE [FE4S4](3-VINOSUM HIGH-POTENTIAL IRON PROTEINS - SITE-DIRECTED MUTAGENESIS STUDIES TO PROBE THE ROLE OF PHENYLALANINE 66 IN DEFINING THE STABILITY OF THE [FE4S4] CENTER PROVIDE EVIDENCE FOR OXIDATIVE-DEGRADATION VIA A [FE3S4] CLUSTER() CLUSTER OF MUTANT CHROMATIUM)
Authors: BIAN SM HEMANN CF HILLE R COWAN JA
Citation: Sm. Bian et al., CHARACTERIZATION OF AN AUTOREDUCTION PATHWAY FOR THE [FE4S4](3-VINOSUM HIGH-POTENTIAL IRON PROTEINS - SITE-DIRECTED MUTAGENESIS STUDIES TO PROBE THE ROLE OF PHENYLALANINE 66 IN DEFINING THE STABILITY OF THE [FE4S4] CENTER PROVIDE EVIDENCE FOR OXIDATIVE-DEGRADATION VIA A [FE3S4] CLUSTER() CLUSTER OF MUTANT CHROMATIUM), Biochemistry, 35(46), 1996, pp. 14544-14552
FACTORS INFLUENCING REDOX THERMODYNAMICS AND ELECTRON SELF-EXCHANGE FOR THE [FE4S4] CLUSTER IN CHROMATIUM-VINOSUM HIGH-POTENTIAL IRON PROTEIN - THE ROLE OF CORE AROMATIC RESIDUES IN DEFINING CLUSTER REDOX CHEMISTRY
Authors: SORIANO A LI DW BIAN SM AGARWAL A COWAN JA
Citation: A. Soriano et al., FACTORS INFLUENCING REDOX THERMODYNAMICS AND ELECTRON SELF-EXCHANGE FOR THE [FE4S4] CLUSTER IN CHROMATIUM-VINOSUM HIGH-POTENTIAL IRON PROTEIN - THE ROLE OF CORE AROMATIC RESIDUES IN DEFINING CLUSTER REDOX CHEMISTRY, Biochemistry, 35(38), 1996, pp. 12479-12486
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