| scholarly article | Q13442814 |
| P50 | author | Yi Lu | Q42588277 |
| P2093 | author name string | Ambika Bhagi-Damodaran | |
| Igor Petrik | |||
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| Spectroscopic and Crystallographic Evidence for the Role of a Water-Containing H-Bond Network in Oxidase Activity of an Engineered Myoglobin | Q36571170 | ||
| The heme-copper oxidases of Thermus thermophilus catalyze the reduction of nitric oxide: evolutionary implications | Q36774030 | ||
| The proton donor for O-O bond scission by cytochrome c oxidase | Q36825382 | ||
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| A functional nitric oxide reductase model | Q36949035 | ||
| Diversity of the heme-copper superfamily in archaea: insights from genomics and structural modeling. | Q37053584 | ||
| O2 reduction by a functional heme/nonheme bis-iron NOR model complex. | Q37249974 | ||
| One heme, diverse functions: using biosynthetic myoglobin models to gain insights into heme-copper oxidases and nitric oxide reductases | Q37252916 | ||
| The production of nitrous oxide by the heme/nonheme diiron center of engineered myoglobins (Fe(B)Mbs) proceeds through a trans-iron-nitrosyl dimer | Q37731552 | ||
| Active intermediates in heme monooxygenase reactions as revealed by cryoreduction/annealing, EPR/ENDOR studies | Q37790461 | ||
| Proton-coupled electron transfer in cytochrome oxidase. | Q37807395 | ||
| Crystal structures of nitric oxide reductases provide key insights into functional conversion of respiratory enzymes. | Q38078889 | ||
| Electron capture by oxyhaemoglobin: an e. s. r. study | Q39202240 | ||
| Two conserved glutamates in the bacterial nitric oxide reductase are essential for activity but not assembly of the enzyme | Q39501718 | ||
| Effect of Outer-Sphere Side Chain Substitutions on the Fate of the trans Iron-Nitrosyl Dimer in Heme/Nonheme Engineered Myoglobins (Fe(B)Mbs): Insights into the Mechanism of Denitrifying NO Reductases | Q39775133 | ||
| Participation of nitric oxide reductase in survival of Pseudomonas aeruginosa in LPS-activated macrophages. | Q40169951 | ||
| Insight into the active-site structure and function of cytochrome oxidase by analysis of site-directed mutants of bacterial cytochrome aa3 and cytochrome bo. | Q40854863 | ||
| A new assay for nitric oxide reductase reveals two conserved glutamate residues form the entrance to a proton-conducting channel in the bacterial enzyme. | Q41084853 | ||
| Cytochrome bd terminal oxidase | Q41613753 | ||
| Active site of cytochrome cbb3. | Q41763465 | ||
| Evidence for a copper-coordinated histidine-tyrosine cross-link in the active site of cytochrome oxidase | Q41852661 | ||
| Structural basis for nitrous oxide generation by bacterial nitric oxide reductases | Q41942488 | ||
| Electron paramagnetic resonance and electron-nuclear double resonance studies of the reactions of cryogenerated hydroperoxoferric-hemoprotein intermediates | Q42154931 | ||
| The reaction of halides with pulsed cytochrome bo from Escherichia coli | Q42990308 | ||
| Hydroxylation of camphor by reduced oxy-cytochrome P450cam: mechanistic implications of EPR and ENDOR studies of catalytic intermediates in native and mutant enzymes | Q43677243 | ||
| The cytochrome cbb3 from Pseudomonas stutzeri displays nitric oxide reductase activity | Q43817992 | ||
| Redox-linked protonation of cytochrome c oxidase: the effect of chloride bound to CuB. | Q44186759 | ||
| Synthesis of cytochrome c oxidase models bearing a Tyr244 mimic | Q44887585 | ||
| Conformational substates of the oxyheme centers in alpha and beta subunits of hemoglobin as disclosed by EPR and ENDOR studies of cryoreduced protein | Q44898761 | ||
| Catalytic mechanism of heme oxygenase through EPR and ENDOR of cryoreduced oxy-heme oxygenase and its Asp 140 mutants | Q45712309 | ||
| Exploring the terminal region of the proton pathway in the bacterial nitric oxide reductase | Q46068786 | ||
| Redox-dependent structural changes in an engineered heme-copper center in myoglobin: insights into chloride binding to CuB in heme copper oxidases | Q46454406 | ||
| Helix switching of a key active-site residue in the cytochrome cbb3 oxidases | Q46639847 | ||
| Detection of the His-heme Fe2+-NO species in the reduction of NO to N2O by ba3-oxidase from thermus thermophilus. | Q46774007 | ||
| Role of heme types in heme-copper oxidases: effects of replacing a heme b with a heme o mimic in an engineered heme-copper center in myoglobin | Q46817667 | ||
| The dinuclear center of cytochrome bo3 from Escherichia coli | Q47983351 | ||
| Why is the reduction of NO in cytochrome c dependent nitric oxide reductase (cNOR) not electrogenic? | Q51040816 | ||
| Cytochrome c oxidase catalysis of the reduction of nitric oxide to nitrous oxide. | Q51598904 | ||
| The post-translational modification in cytochrome c oxidase is required to establish a functional environment of the catalytic site. | Q52532194 | ||
| The superfamily of heme-copper oxygen reductases: types and evolutionary considerations. | Q53212737 | ||
| Unexpected weak magnetic exchange coupling between haem and non-haem iron in the catalytic site of nitric oxide reductase (NorBC) from Paracoccus denitrificans1. | Q53340455 | ||
| From Myoglobin to Heme-Copper Oxidase: Design and Engineering of a CuBCenter into Sperm Whale Myoglobin | Q58032235 | ||
| Cryoradiolysis as a Method for Mechanistic Studies in Inorganic Biochemistry | Q58035694 | ||
| Chloride Bound to Oxidized CytochromecOxidase Controls the Reaction with Nitric Oxide | Q58070481 | ||
| Enzymatic versus Inorganic Oxygen Reduction Catalysts: Comparison of the Energy Levels in a Free-Energy Scheme | Q63973892 | ||
| Effects of buried ionizable amino acids on the reduction potential of recombinant myoglobin | Q66778010 | ||
| Spectroelectrochemical study of the cytochrome a site in carbon monoxide inhibited cytochrome c oxidase | Q70132265 | ||
| [Optical and ESR-spectroscopic study of electronic adducts of oxymyoglobin and oxyhemoglobin] | Q72848688 | ||
| Purification and initial kinetic and spectroscopic characterization of NO reductase from Paracoccus denitrificans | Q73066929 | ||
| A low-redox potential heme in the dinuclear center of bacterial nitric oxide reductase: implications for the evolution of energy-conserving heme-copper oxidases | Q73101303 | ||
| Resonance Raman, infrared, and EPR investigation on the binuclear site structure of the heme-copper ubiquinol oxidases from Acetobacter aceti: effect of the heme peripheral formyl group substitution | Q73800090 | ||
| Heme/Copper Terminal Oxidases | Q77646446 | ||
| Dissimilatory Nitrite and Nitric Oxide Reductases | Q77646459 | ||
| Accommodation of NO in the active site of mammalian and bacterial cytochrome c oxidase aa3 | Q80158971 | ||
| P407 | language of work or name | English | Q1860 |
| P304 | page(s) | 773-790 | |
| P577 | publication date | 2016-09-16 | |
| P1433 | published in | Israel Journal of Chemistry | Q3155650 |
| P1476 | title | Using Biosynthetic Models of Heme-Copper Oxidase and Nitric Oxide Reductase in Myoglobin to Elucidate Structural Features Responsible for Enzymatic Activities | |
| P478 | volume | 56 |
| Q39030299 | Activation of dioxygen by copper metalloproteins and insights from model complexes. |
| Q48128628 | Bioinspired Synthesis of Cu2+ -Modified Covalent Triazine Framework: A New Highly Efficient and Promising Peroxidase Mimic |
| Q89932237 | Biological and Bioinspired Inorganic N-N Bond-Forming Reactions |
| Q48216892 | Copper(I)/NO(g) Reductive Coupling Producing a trans-Hyponitrite Bridged Dicopper(II) Complex: Redox Reversal Giving Copper(I)/NO(g) Disproportionation. |
| Q46342369 | Critical Aspects of Heme-Peroxo-Cu Complex Structure and Nature of Proton Source Dictate Metal-O(peroxo) Breakage versus Reductive O-O Cleavage Chemistry. |
| Q47902213 | Insights Into How Heme Reduction Potentials Modulate Enzymatic Activities of a Myoglobin-based Functional Oxidase |
| Q58101818 | Synthetic Fe/Cu Complexes: Toward Understanding Heme-Copper Oxidase Structure and Function |
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