Julie A. Kovacs American chemist and researcher
Kovacs, Julie A.
VIAF ID: 1702159400261519620003 (Personal)
Permalink: http://viaf.org/viaf/1702159400261519620003
Preferred Forms
4xx's: Alternate Name Forms (2)
5xx's: Related Names (4)
Works
| Title | Sources |
|---|---|
| Assembly of vanadium-iron-sulfur cubane clusters from mononuclear and linear trinuclear reactants |
|
| Biochemistry. How iron activates O2. |
|
| Characterization and dioxygen reactivity of a new series of coordinatively unsaturated thiolate-ligated manganese(II) complexes |
|
| A chloride ion contained in a cobalt 'claw': [Co3(DADIT)3]Cl(PF6)2 |
|
| Comparison of Structurally-Related Alkoxide, Amine, and Thiolate-Ligated M (M= Fe, Co) Complexes: the Influence of Thiolates on the Properties of Biologically Relevant Metal Complexes |
|
| Comparison of two MnIVMnIV-bis-μ-oxo complexes {[MnIV(N4(6-Me-DPEN))]2(μ-O)2}2+ and {[MnIV(N4(6-Me-DPPN))]2(μ-O)2}2 |
|
| Enhancing reactivity via structural distortion |
|
| The first example of a nitrile hydratase model complex that reversibly binds nitriles |
|
| Geometric and electronic structure of a crystallographically characterized thiolate-ligated binuclear peroxo-bridged cobalt(III) complex |
|
| How Do Oxidized Thiolate Ligands Affect the Electronic and Reactivity Properties of a Nitrile Hydratase Model Compound? |
|
| How Do Ring Size and π-Donating Thiolate Ligands Affect Redox-Active, α-Imino-N-heterocycle Ligand Activation? |
|
| How does cyanide inhibit superoxide reductase? Insight from synthetic FeIIIN4S model complexes. |
|
| How Metal Ion Lewis Acidity and Steric Properties Influence the Barrier to Dioxygen Binding, Peroxo O-O Bond Cleavage, and Reactivity |
|
| Iron L2,3-Edge X-ray Absorption and X-ray Magnetic Circular Dichroism Studies of Molecular Iron Complexes with Relevance to the FeMoco and FeVco Active Sites of Nitrogenase |
|
| Isolation and characterization of a dihydroxo-bridged iron(III,III)(μ-OH)2 diamond core derived from dioxygen |
|
| Ligand oxidations in high-spin nickel thiolate complexes and zinc analogues |
|
| Metal-Assisted Oxo Atom Addition to an Fe(III) Thiolate. |
|
| Metal-carbon bonds in nature. |
|
| A model for the interaction of alcohol with the zinc thiolate site of alcohol dehydrogenase |
|
| Nickel-promoted reductive carbon-sulfur bond cleavage: a model for the first step in the reaction promoted by methyl coenzyme M reductase |
|
| Nitrile hydration by thiolate- and alkoxide-ligated Co-NHase analogues. Isolation of Co(III)-amidate and Co(III)-iminol intermediates. |
|
| Periodic trends within a series of five-coordinate thiolate-ligated [MII(SMe2N4(tren))]+ (M = Mn, Fe, Co, Ni, Cu, Zn) complexes, including a rare example of a stable CuII-thiolate |
|
| Persulfide-bridged iron-molybdenum-sulfur clusters of biological relevance: two synthetic routes and the structures of intermediate and product clusters |
|
| Probing the influence of local coordination environment on the properties of Fe-type nitrile hydratase model complexes |
|
| Properties of square-pyramidal alkyl-thiolate Fe(III) complexes, including an analogue of the unmodified form of nitrile hydratase |
|
| Role of protons in superoxide reduction by a superoxide reductase analogue |
|
| S K-edge X-ray absorption spectroscopy and density functional theory studies of high and low spin {FeNO}7 thiolate complexes: exchange stabilization of electron delocalization in {FeNO}7 and {FeO2}8. |
|
| Steric and electronic control over the reactivity of a thiolate-ligated Fe(II) complex with dioxygen and superoxide: reversible mu-oxo dimer formation. |
|
| Structural and spectroscopic characterization of metastable thiolate-ligated manganese(III)-alkylperoxo species |
|
| Structural chemistry of vanadium-iron-sulfur clusters containing the cubane-type [VFe3S4]2+ core |
|
| Structural Comparison of Five-Coordinate Thiolate-Ligated MII= FeII, CoII, NiII, and ZnIIIons Wrapped in a Chiral Helical Ligand |
|
| Sulfur K-edge XAS and DFT calculations on nitrile hydratase: geometric and electronic structure of the non-heme iron active site |
|
| Synthesis and reactivity of the first structurally characterized heterobimetallic complex containing an unsupported bridging sulfur atom |
|
| Synthesis and structural characterization of a series of Mn(III)OR complexes, including a water-soluble Mn(III)OH that promotes aerobic hydrogen-atom transfer |
|
| Synthetic models for the cysteinate-ligated non-heme iron enzyme superoxide reductase: observation and structural characterization by XAS of an Fe(III)-OOH intermediate |
|
| Tuning the Relative Stability and Reactivity of Manganese Dioxygen and Peroxo Intermediates via Systematic Ligand Modification |
|
| Understanding the Mechanism of Superoxide Reductase Promoted Reduction of Superoxide |
|
| Water-soluble Fe(II)-H2O complex with a weak O-H bond transfers a hydrogen atom via an observable monomeric Fe(III)-OH. |
|
| Why is there an "inert" metal center in the active site of nitrile hydratase? Reactivity and ligand dissociation from a five-coordinate Co(III) nitrile hydratase model |
|
| X-ray Absorption and Emission Study of Dioxygen Activation by a Small-Molecule Manganese Complex |
|
| X-ray Spectroscopy of Nitric Oxide Binding to Iron in Inactive Nitrile Hydratase and a Synthetic Model Compound |
|
