4iub:L (ARG16) to (PHE223) CRYSTAL STRUCTURE OF AN O2-TOLERANT [NIFE]-HYDROGENASE FROM RALSTONIA EUTROPHA IN ITS AS-ISOLATED FORM - OXIDIZED STATE 1 | [NIFE] HYDROGENASE, KNALLGAS BACTERIA, PROTEOBACTERIA, AEROBIC HYDROGEN BACTERIA, HYDROGEN CATALYSIS, METALLOENZYME, METALLOPROTEIN CATALYTIC CENTER, NICKEL-IRON COFACTOR, BIMETALLIC, NI-FE ACTIVE SITE, IRON-SULFUR CLUSTER, [4FE-3S] CLUSTER, [3FE-4S] CLUSTER, [4FE- 4S] CLUSTER, REDUCED STATE, OXIDIZED STATE, OXYGEN-TOLERANT HYDROGENASE, MEMBRANE-BOUND, OXIDOREDUCTASE
1e3d:B (GLY13) to (VAL218) [NIFE] HYDROGENASE FROM DESULFOVIBRIO DESULFURICANS ATCC 27774 | HYDROGENASE, CRYSTAL STRUCTURE, MOLECULAR MODELLING, ELECTRON TRANSFER
1e3d:D (GLY13) to (ALA217) [NIFE] HYDROGENASE FROM DESULFOVIBRIO DESULFURICANS ATCC 27774 | HYDROGENASE, CRYSTAL STRUCTURE, MOLECULAR MODELLING, ELECTRON TRANSFER
3h3x:Q (HIS27) to (GLY224) STRUCTURE OF THE V74M LARGE SUBUNIT MUTANT OF NI-FE HYDROGENASE IN AN OXIDIZED STATE | NI-FE HYDROGENASE TUNNEL MUTANT, NICKEL, IRON, OXIDOREDUCTASE, IRON- SULFUR, METAL-BINDING
3h3x:R (GLY14) to (GLY224) STRUCTURE OF THE V74M LARGE SUBUNIT MUTANT OF NI-FE HYDROGENASE IN AN OXIDIZED STATE | NI-FE HYDROGENASE TUNNEL MUTANT, NICKEL, IRON, OXIDOREDUCTASE, IRON- SULFUR, METAL-BINDING
3h3x:S (HIS27) to (GLY224) STRUCTURE OF THE V74M LARGE SUBUNIT MUTANT OF NI-FE HYDROGENASE IN AN OXIDIZED STATE | NI-FE HYDROGENASE TUNNEL MUTANT, NICKEL, IRON, OXIDOREDUCTASE, IRON- SULFUR, METAL-BINDING
3uqy:L (ARG17) to (PHE223) H2-REDUCED STRUCTURE OF E. COLI HYDROGENASE-1 | MEMBRANE-BOUND HYDROGENASE, OXIDOREDUCTASE
3uqy:M (ARG17) to (PHE223) H2-REDUCED STRUCTURE OF E. COLI HYDROGENASE-1 | MEMBRANE-BOUND HYDROGENASE, OXIDOREDUCTASE
3usc:L (GLY9) to (PHE223) CRYSTAL STRUCTURE OF E. COLI HYDROGENASE-1 IN A FERRICYANIDE-OXIDIZED FORM | MEMBRANE-BOUND HYDROGENASE, OXIDOREDUCTASE
3usc:M (ARG18) to (PHE223) CRYSTAL STRUCTURE OF E. COLI HYDROGENASE-1 IN A FERRICYANIDE-OXIDIZED FORM | MEMBRANE-BOUND HYDROGENASE, OXIDOREDUCTASE
3use:L (ARG17) to (PHE223) CRYSTAL STRUCTURE OF E. COLI HYDROGENASE-1 IN ITS AS-ISOLATED FORM | MEMBRANE-BOUND HYDROGENASE, OXIDOREDUCTASE
3use:M (ARG17) to (PHE223) CRYSTAL STRUCTURE OF E. COLI HYDROGENASE-1 IN ITS AS-ISOLATED FORM | MEMBRANE-BOUND HYDROGENASE, OXIDOREDUCTASE
2frv:L (LYS8) to (ILE212) CRYSTAL STRUCTURE OF THE OXIDIZED FORM OF NI-FE HYDROGENASE | OXIDOREDUCTASE, NI-FE HYDROGENASE
2frv:B (LYS8) to (ILE212) CRYSTAL STRUCTURE OF THE OXIDIZED FORM OF NI-FE HYDROGENASE | OXIDOREDUCTASE, NI-FE HYDROGENASE
2frv:D (LYS8) to (ILE212) CRYSTAL STRUCTURE OF THE OXIDIZED FORM OF NI-FE HYDROGENASE | OXIDOREDUCTASE, NI-FE HYDROGENASE
2frv:F (LYS8) to (ILE212) CRYSTAL STRUCTURE OF THE OXIDIZED FORM OF NI-FE HYDROGENASE | OXIDOREDUCTASE, NI-FE HYDROGENASE
2frv:H (LYS8) to (ILE212) CRYSTAL STRUCTURE OF THE OXIDIZED FORM OF NI-FE HYDROGENASE | OXIDOREDUCTASE, NI-FE HYDROGENASE
2frv:J (LYS8) to (ILE212) CRYSTAL STRUCTURE OF THE OXIDIZED FORM OF NI-FE HYDROGENASE | OXIDOREDUCTASE, NI-FE HYDROGENASE
1h2a:L (PRO24) to (VAL228) SINGLE CRYSTALS OF HYDROGENASE FROM DESULFOVIBRIO VULGARIS | NI-FE HYDROGENASE, SO LIGAND, HYDROGEN METABOLISM, MG CENTER, MIR, MAD, OXIDOREDUCTASE
1h2r:L (HIS36) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF NI-FE HYDROGENASE FROM DESULFIVIBRIO VULGARIS MIYAZAKI F IN THE REDUCED FORM AT 1.4 A RESOLUTION | HIGH RESOLUTION CRYSTAL STRUCTURE, SULFUR-BRIDGING LIGAND, NI-FE HYDROGENASE, REDUCED ENZYME, ATOMIC CAP AT ACTIVE SITE, OXIDOREDUCTASE
5a4f:L (ARG17) to (PHE223) THE MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES. | OXIDOREDUCTASE, NIFE-HYDROGENASE, HYDROGEN LYSIS, REDOX, FES CLUSTER, CATALYSIS
5a4f:M (ARG17) to (PHE223) THE MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES. | OXIDOREDUCTASE, NIFE-HYDROGENASE, HYDROGEN LYSIS, REDOX, FES CLUSTER, CATALYSIS
5a4m:L (ARG17) to (PHE223) MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES | OXIDOREDUCTASE, HYDROGEN ACTIVATION, NIFE HYDROGENASE, FES CLUSTERS, CATALYSIS, TRANSMEMBRANE DOMAIN
5a4m:M (ARG17) to (PHE223) MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES | OXIDOREDUCTASE, HYDROGEN ACTIVATION, NIFE HYDROGENASE, FES CLUSTERS, CATALYSIS, TRANSMEMBRANE DOMAIN
1ubh:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE CARBON MONOXIDE COMPLEX OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, CARBON MONOXIDE COMPLEX
1ubj:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE CARBON MONOXIDE COMPLEX OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, CARBON MONOXIDE COMPLEX
1ubk:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE CARBON MONOXIDE COMPLEX OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, CARBON MONOXIDE COMPLEX
1ubl:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE CARBON MONOXIDE COMPLEX OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, CARBON MONOXIDE COMPLEX
1ubm:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE CARBON MONOXIDE COMPLEX OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, CARBON MONOXIDE COMPLEX
1ubo:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE CARBON MONOXIDE COMPLEX OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, CARBON MONOXIDE COMPLEX
1ubr:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE CARBON MONOXIDE COMPLEX OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, CARBON MONOXIDE COMPLEX
1ubu:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE CARBON MONOXIDE COMPLEX OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, CARBON MONOXIDE COMPLEX
5adu:L (GLY9) to (PHE223) THE MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES | OXIDOREDUCTASE, NIFE-HYDROGENASE, HYDROGEN LYSIS,
5adu:M (ARG17) to (PHE223) THE MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES | OXIDOREDUCTASE, NIFE-HYDROGENASE, HYDROGEN LYSIS,
1wuh:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE NI-A STATE OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, NI-A STATE, UNREADY STATE
1wuj:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE NI-B STATE OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, NI-B STATE, READY STATE
1wuk:L (GLY23) to (VAL228) HIGH RESOLUTION STRUCTURE OF THE OXIDIZED STATE OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, OXIDIZED STATE
1wul:L (HIS36) to (VAL228) HIGH RESOLUTION STRUCTURE OF THE REDUCED STATE OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, REDUCED STATE
1yqw:Q (HIS27) to (GLY224) STRUCTURE OF THE OXIDIZED UNREADY FORM OF NI-FE HYDROGENASE | NI-FE HYDROGENASE UNREADY STATE, OXIDOREDUCTASE
1yqw:R (GLY14) to (GLY224) STRUCTURE OF THE OXIDIZED UNREADY FORM OF NI-FE HYDROGENASE | NI-FE HYDROGENASE UNREADY STATE, OXIDOREDUCTASE
1yqw:S (GLY14) to (GLY224) STRUCTURE OF THE OXIDIZED UNREADY FORM OF NI-FE HYDROGENASE | NI-FE HYDROGENASE UNREADY STATE, OXIDOREDUCTASE
1yrq:H (GLY14) to (GLY224) STRUCTURE OF THE READY OXIDIZED FORM OF [NIFE]-HYDROGENASE | NIB STATE, HYDROXIDE BRIDGE, OXIDOREDUCTASE
1yrq:I (GLY14) to (GLY224) STRUCTURE OF THE READY OXIDIZED FORM OF [NIFE]-HYDROGENASE | NIB STATE, HYDROXIDE BRIDGE, OXIDOREDUCTASE
1yrq:K (HIS27) to (GLY224) STRUCTURE OF THE READY OXIDIZED FORM OF [NIFE]-HYDROGENASE | NIB STATE, HYDROXIDE BRIDGE, OXIDOREDUCTASE
1yrq:M (PRO15) to (GLY224) STRUCTURE OF THE READY OXIDIZED FORM OF [NIFE]-HYDROGENASE | NIB STATE, HYDROXIDE BRIDGE, OXIDOREDUCTASE
1yrq:N (GLY14) to (GLY224) STRUCTURE OF THE READY OXIDIZED FORM OF [NIFE]-HYDROGENASE | NIB STATE, HYDROXIDE BRIDGE, OXIDOREDUCTASE
3ayy:C (ARG17) to (PHE224) MEMBRANE-BOUND RESPIRATORY [NIFE] HYDROGENASE FROM HYDROGENOVIBRIO MARINUS IN A FERRICYANIDE-OXIDIZED CONDITION | OXIDOREDUCTASE, MEMBRANE-BOUND NI-FE HYDROGENASE
3myr:B (ILE1005) to (ALA1202) CRYSTAL STRUCTURE OF [NIFE] HYDROGENASE FROM ALLOCHROMATIUM VINOSUM IN ITS NI-A STATE | [NIFE] HYDROGENASE, ALLOCHROMATIUM VINOSUM, PHOTOSYNTHETIC PURPLE- SULFUR BACTERIUM, IRON-SULFUR CLUSTER, NI-A STATE, OXIDOREDUCTASE
3myr:D (ILE1005) to (ALA1202) CRYSTAL STRUCTURE OF [NIFE] HYDROGENASE FROM ALLOCHROMATIUM VINOSUM IN ITS NI-A STATE | [NIFE] HYDROGENASE, ALLOCHROMATIUM VINOSUM, PHOTOSYNTHETIC PURPLE- SULFUR BACTERIUM, IRON-SULFUR CLUSTER, NI-A STATE, OXIDOREDUCTASE
3myr:F (ILE1005) to (ALA1202) CRYSTAL STRUCTURE OF [NIFE] HYDROGENASE FROM ALLOCHROMATIUM VINOSUM IN ITS NI-A STATE | [NIFE] HYDROGENASE, ALLOCHROMATIUM VINOSUM, PHOTOSYNTHETIC PURPLE- SULFUR BACTERIUM, IRON-SULFUR CLUSTER, NI-A STATE, OXIDOREDUCTASE
4c3o:C (ARG17) to (PHE223) STRUCTURE AND FUNCTION OF AN OXYGEN TOLERANT NIFE HYDROGENASE FROM SALMONELLA | OXIDOREDUCTASE, HYDROGEN METABOLISM, NIFE HYDROGENASE
4c3o:E (ARG17) to (PHE223) STRUCTURE AND FUNCTION OF AN OXYGEN TOLERANT NIFE HYDROGENASE FROM SALMONELLA | OXIDOREDUCTASE, HYDROGEN METABOLISM, NIFE HYDROGENASE
4ttt:L (ARG16) to (PHE223) CRYSTAL STRUCTURE OF AN O2-TOLERANT [NIFE]-HYDROGENASE FROM RALSTONIA EUTROPHA IN ITS AS-ISOLATED FORM (OXIDIZED STATE) - 3 | NIFE, HYDROGENASE, KNALLGASBACTERIA, PROTEOBACTERIA, AEROBIC HYDROGEN BACTERIA, DEHYDROGENASE, OXIDOREDUCTASE, HYDROGEN CATALYSIS, METALLOENZYME, METALLOPROTEIN CATALYTIC CENTER, BIMETALLIC, NI-FE ACTIVE SITE, T-CLUSTER, OXIDIZED STATE, OXYGEN-TOLERANT HYDROGENASE, MEMBRANE, MEMBRANE-BOUND, OXIDOREDUCTASE-OXIDOREDUCTASE COMPLEX
4u9h:L (GLY23) to (VAL228) ULTRA HIGH RESOLUTION STRUCTURE OF THE NI-R STATE OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | METAL-HYDRIDE, HYDROGENASE, OXIDOREDUCTASE
4ucq:Q (GLY14) to (GLY224) STRUCTURE OF THE T18D SMALL SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE
4ucq:R (HIS27) to (GLY224) STRUCTURE OF THE T18D SMALL SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE
4ucq:S (GLY14) to (GLY224) STRUCTURE OF THE T18D SMALL SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE
4ucw:R (GLY14) to (GLY224) STRUCTURE OF THE T18V SMALL SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE MUTANT, UNREADY STATE
4ucw:S (HIS27) to (GLY224) STRUCTURE OF THE T18V SMALL SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE MUTANT, UNREADY STATE
4ud2:Q (GLY14) to (GLY224) STRUCTURE OF ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NI-SIB STATE, NI-C STATE
4ud2:R (GLY14) to (GLY224) STRUCTURE OF ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NI-SIB STATE, NI-C STATE
4ud2:S (GLY14) to (GLY224) STRUCTURE OF ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NI-SIB STATE, NI-C STATE
4ud6:Q (GLY14) to (GLY224) STRUCTURE OF METHYLVIOLOGEN-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE, NI-SIB STATE, NI-C STATE
4ud6:R (GLY14) to (GLY224) STRUCTURE OF METHYLVIOLOGEN-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE, NI-SIB STATE, NI-C STATE
4ud6:S (GLY14) to (GLY224) STRUCTURE OF METHYLVIOLOGEN-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE, NI-SIB STATE, NI-C STATE
4ue2:Q (HIS27) to (GLY224) STRUCTURE OF AIR-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NI-SIB STATE, NI-B STATE
4ue2:R (GLY14) to (GLY224) STRUCTURE OF AIR-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NI-SIB STATE, NI-B STATE
4ue2:S (HIS27) to (GLY224) STRUCTURE OF AIR-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NI-SIB STATE, NI-B STATE
4ue3:L (ARG17) to (PHE223) THE MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES AND THE IMPORTANCE OF THE ACTIVE SITE ARGININE | MEMBRANE-BOUND HYDROGENASE, OXIDOREDUCTASE, NI-FE HYDROGENASE, HYDROGEN
4ue3:M (ARG17) to (PHE223) THE MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES AND THE IMPORTANCE OF THE ACTIVE SITE ARGININE | MEMBRANE-BOUND HYDROGENASE, OXIDOREDUCTASE, NI-FE HYDROGENASE, HYDROGEN
4ueq:Q (HIS27) to (GLY224) STRUCTURE OF THE V74C LARGE SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE MUTANT, NICKEL-CARBOXAMIDO BOND, OXYGEN- TOLERANCE
4ueq:R (HIS27) to (GLY224) STRUCTURE OF THE V74C LARGE SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE MUTANT, NICKEL-CARBOXAMIDO BOND, OXYGEN- TOLERANCE
4ueq:T (HIS27) to (GLY224) STRUCTURE OF THE V74C LARGE SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE MUTANT, NICKEL-CARBOXAMIDO BOND, OXYGEN- TOLERANCE
4ueq:U (GLY14) to (GLY224) STRUCTURE OF THE V74C LARGE SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE MUTANT, NICKEL-CARBOXAMIDO BOND, OXYGEN- TOLERANCE
4ueq:V (HIS27) to (GLY224) STRUCTURE OF THE V74C LARGE SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE MUTANT, NICKEL-CARBOXAMIDO BOND, OXYGEN- TOLERANCE
4uew:Q (HIS27) to (GLY224) STRUCTURE OF H2-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE, NI-SIB STATE, NI-C STATE
4uew:R (GLY14) to (GLY224) STRUCTURE OF H2-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE, NI-SIB STATE, NI-C STATE
4uew:S (HIS27) to (GLY224) STRUCTURE OF H2-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE, NI-SIB STATE, NI-C STATE
4upv:Q (HIS27) to (GLY224) LOW X-RAY DOSE STRUCTURE OF A NI-A NI-SOX MIXTURE OF THE D. FRUCTOSOVORANS NIFE-HYDROGENASE L122A MUTANT | OXIDOREDUCTASE, NIFE-SITE, NI-A STATE, SULFENATE, NI-SOX STATE, PERSULFIDE
4upv:R (HIS27) to (GLY224) LOW X-RAY DOSE STRUCTURE OF A NI-A NI-SOX MIXTURE OF THE D. FRUCTOSOVORANS NIFE-HYDROGENASE L122A MUTANT | OXIDOREDUCTASE, NIFE-SITE, NI-A STATE, SULFENATE, NI-SOX STATE, PERSULFIDE
4uql:Q (HIS27) to (GLY224) HIGH-RESOLUTION STRUCTURE OF A NI-A NI-SOX MIXTURE OF THE D. FRUCTOSOVORANS NIFE-HYDROGENASE L122A MUTANT | OXIDOREDUCTASE, NIFE-SITE, NI-A STATE, SULFENATE, NI-SOX STATE, PERSULFIDE
4uql:R (HIS27) to (GLY224) HIGH-RESOLUTION STRUCTURE OF A NI-A NI-SOX MIXTURE OF THE D. FRUCTOSOVORANS NIFE-HYDROGENASE L122A MUTANT | OXIDOREDUCTASE, NIFE-SITE, NI-A STATE, SULFENATE, NI-SOX STATE, PERSULFIDE
4uqp:Q (HIS27) to (GLY224) HIGH-RESOLUTION STRUCTURE OF THE D. FRUCTOSOVORANS NIFE-HYDROGENASE L122A MUTANT AFTER EXPOSURE TO AIR | OXIDOREDUCTASE, NIFE-SITE, NI-A STATE, SULFENATE, NI-SOX STATE, PERSULFIDE
4uqp:R (HIS27) to (GLY224) HIGH-RESOLUTION STRUCTURE OF THE D. FRUCTOSOVORANS NIFE-HYDROGENASE L122A MUTANT AFTER EXPOSURE TO AIR | OXIDOREDUCTASE, NIFE-SITE, NI-A STATE, SULFENATE, NI-SOX STATE, PERSULFIDE
4urh:Q (HIS27) to (GLY224) HIGH-RESOLUTION STRUCTURE OF PARTIALLY OXIDIZED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-SITE, NI-SU STATE, SULFENATE
4urh:R (HIS27) to (GLY224) HIGH-RESOLUTION STRUCTURE OF PARTIALLY OXIDIZED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-SITE, NI-SU STATE, SULFENATE
4urh:S (HIS27) to (GLY224) HIGH-RESOLUTION STRUCTURE OF PARTIALLY OXIDIZED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-SITE, NI-SU STATE, SULFENATE
3rgw:L (ARG16) to (PHE223) CRYSTAL STRUCTURE AT 1.5 A RESOLUTION OF AN H2-REDUCED, O2-TOLERANT HYDROGENASE FROM RALSTONIA EUTROPHA UNMASKS A NOVEL IRON-SULFUR CLUSTER | [NIFE] HYDROGENASE, HIGH-RESOLUTION CRYSTAL STRUCTURE, KNALLGASBACTERIA, PROTEOBACTERIA, AEROBIC HYDROGEN BACTERIA, DEHYDROGENASE, OXIDOREDUCTASE, HYDROGEN, DIHYDROGEN, HYDROGEN CATALYSIS, METALLOENZYME, METALLOPROTEIN CATALYTIC CENTER, NICKEL, IRON, NICKEL-IRON COFACTOR, BIMETALLIC, NI-FE ACTIVE SITE, IRON- SULFUR CLUSTER, T-CLUSTER, [4FE-3S] CLUSTER, [3FE-4S] CLUSTER, [4FE- 4S] CLUSTER, REDUCED STATE, OXYGEN-TOLERANT HYDROGENASE, MEMBRANE, MEMBRANE-BOUND, OXIDOREDUCTASE-OXIDOREDUCTASE COMPLEX
4gd3:L (ARG17) to (PHE223) STRUCTURE OF E. COLI HYDROGENASE-1 IN COMPLEX WITH CYTOCHROME B | O2-TOLERANT H2:QUINONE OXIDOREDUCTASE, MEMBRANE-BOUND, NI-FE- HYDROGENASE-CYTOCHROME B COMPLEX, OXIDOREDUCTASE-ELECTRON TRANSPORT COMPLEX
4gd3:J (ARG17) to (PHE223) STRUCTURE OF E. COLI HYDROGENASE-1 IN COMPLEX WITH CYTOCHROME B | O2-TOLERANT H2:QUINONE OXIDOREDUCTASE, MEMBRANE-BOUND, NI-FE- HYDROGENASE-CYTOCHROME B COMPLEX, OXIDOREDUCTASE-ELECTRON TRANSPORT COMPLEX
4gd3:K (ARG17) to (PHE223) STRUCTURE OF E. COLI HYDROGENASE-1 IN COMPLEX WITH CYTOCHROME B | O2-TOLERANT H2:QUINONE OXIDOREDUCTASE, MEMBRANE-BOUND, NI-FE- HYDROGENASE-CYTOCHROME B COMPLEX, OXIDOREDUCTASE-ELECTRON TRANSPORT COMPLEX
4iuc:L (ARG16) to (PHE223) CRYSTAL STRUCTURE OF AN O2-TOLERANT [NIFE]-HYDROGENASE FROM RALSTONIA EUTROPHA IN ITS AS-ISOLATED FORM - OXIDIZED STATE 2 | [NIFE] HYDROGENASE, KNALLGAS BACTERIA, PROTEOBACTERIA, AEROBIC HYDROGEN BACTERIA, HYDROGEN CATALYSIS, METALLOENZYME, METALLOPROTEIN CATALYTIC CENTER, NICKEL-IRON COFACTOR, BIMETALLIC, NI-FE ACTIVE SITE, IRON-SULFUR CLUSTER, [4FE-3S] CLUSTER, [3FE-4S] CLUSTER, [4FE- 4S] CLUSTER, REDUCED STATE, OXIDIZED STATE, OXYGEN-TOLERANT HYDROGENASE, MEMBRANE-BOUND, OXIDOREDUCTASE
5a4i:L (ARG17) to (PHE223) THE MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES | OXIDOREDUCTASE, HYDROGEN ACTIVATION, NIFE-HYDROGENASE, FES CLUSTER
5a4i:M (ARG17) to (PHE223) THE MECHANISM OF HYDROGEN ACTIVATION BY NIFE-HYDROGENASES | OXIDOREDUCTASE, HYDROGEN ACTIVATION, NIFE-HYDROGENASE, FES CLUSTER
1ubt:L (GLY23) to (VAL228) THREE-DIMENSIONAL STRUCTURE OF THE CARBON MONOXIDE COMPLEX OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, CARBON MONOXIDE COMPLEX
1wui:L (GLY23) to (VAL228) ULTRA-HIGH RESOLUTION STRUCTURE OF THE NI-A STATE OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | HIGH RESOLUTION CRYSTAL STRUCTURE, [NIFE]HYDROGENASE, OXIDOREDUCTASE, NI-A STATE, UNREADY STATE
1yq9:H (ASN7) to (ALA215) STRUCTURE OF THE UNREADY OXIDIZED FORM OF [NIFE] HYDROGENASE | OXIDOREDUCTASE
1yq9:I (ASN7) to (ALA215) STRUCTURE OF THE UNREADY OXIDIZED FORM OF [NIFE] HYDROGENASE | OXIDOREDUCTASE
3cus:Q (HIS27) to (GLY224) STRUCTURE OF A DOUBLE ILE/PHE MUTANT OF NI-FE HYDROGENASE REFINED AT 2.2 ANGSTROM RESOLUTION | NI-FE HYDROGENASE TUNNEL MUTANT, IRON, IRON-SULFUR, METAL-BINDING, OXIDOREDUCTASE, NICKEL
3cus:R (HIS27) to (GLY224) STRUCTURE OF A DOUBLE ILE/PHE MUTANT OF NI-FE HYDROGENASE REFINED AT 2.2 ANGSTROM RESOLUTION | NI-FE HYDROGENASE TUNNEL MUTANT, IRON, IRON-SULFUR, METAL-BINDING, OXIDOREDUCTASE, NICKEL
3cus:S (HIS27) to (GLY224) STRUCTURE OF A DOUBLE ILE/PHE MUTANT OF NI-FE HYDROGENASE REFINED AT 2.2 ANGSTROM RESOLUTION | NI-FE HYDROGENASE TUNNEL MUTANT, IRON, IRON-SULFUR, METAL-BINDING, OXIDOREDUCTASE, NICKEL
3cur:H (GLY14) to (GLY224) STRUCTURE OF A DOUBLE METHIONINE MUTANT OF NI-FE HYDROGENASE | NI-FE HYDROGENASE TUNNEL MUTANT, IRON, IRON-SULFUR, METAL-BINDING, OXIDOREDUCTASE, NICKEL
3cur:I (HIS27) to (GLY224) STRUCTURE OF A DOUBLE METHIONINE MUTANT OF NI-FE HYDROGENASE | NI-FE HYDROGENASE TUNNEL MUTANT, IRON, IRON-SULFUR, METAL-BINDING, OXIDOREDUCTASE, NICKEL
3cur:J (HIS27) to (GLY224) STRUCTURE OF A DOUBLE METHIONINE MUTANT OF NI-FE HYDROGENASE | NI-FE HYDROGENASE TUNNEL MUTANT, IRON, IRON-SULFUR, METAL-BINDING, OXIDOREDUCTASE, NICKEL
4u9i:L (HIS36) to (VAL228) HIGH RESOLUTION STRUCTURE OF THE NI-R STATE OF [NIFE]HYDROGENASE FROM DESULUFOVIBRIO VULGARIS MIYAZAKI F | METAL-HYDRIDE, HYDROGENASE, OXIDOREDUCTASE
4ucx:Q (HIS27) to (GLY224) STRUCTURE OF THE T18G SMALL SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE, T18G MUTANT
4ucx:R (GLY14) to (GLY224) STRUCTURE OF THE T18G SMALL SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE, T18G MUTANT
4ucx:S (HIS27) to (GLY224) STRUCTURE OF THE T18G SMALL SUBUNIT MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-HYDROGENASE, T18G MUTANT
4ue6:Q (GLY14) to (GLY224) STRUCTURE OF METHYLENE BLUE-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NI-SIB STATE
4ue6:R (GLY14) to (GLY224) STRUCTURE OF METHYLENE BLUE-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NI-SIB STATE
4ue6:S (HIS27) to (GLY224) STRUCTURE OF METHYLENE BLUE-TREATED ANAEROBICALLY PURIFIED D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NI-SIB STATE
4upe:Q (HIS27) to (GLY224) STRUCTURE OF THE UNREADY NI-A STATE OF THE S499C MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-SITE, NI-A STATE, SULFENATE
4upe:R (GLY14) to (GLY224) STRUCTURE OF THE UNREADY NI-A STATE OF THE S499C MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-SITE, NI-A STATE, SULFENATE
4upe:S (HIS27) to (GLY224) STRUCTURE OF THE UNREADY NI-A STATE OF THE S499C MUTANT OF D. FRUCTOSOVORANS NIFE-HYDROGENASE | OXIDOREDUCTASE, NIFE-SITE, NI-A STATE, SULFENATE