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Keyword [Bioinorganic]
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1. Chemical Mimic Of The Fe-Only Hydrogenase Active Site
2. Synthesis Of Non-heme Iron Oxygenase Model Complexes And Their Catalytic Properties
3. Synthesis Of Functionalized [Fe2S2] Complexes And Their Electrochemistry And Hydrogen-generating Mechanism
4. The Effect Of Ligand On The Structure And Property Of [2Fe2S] Model Complexes
5. Synthesis And Properties Of Diiron Complexes As Biomimetic Models For The Active Site Of Fe-Fe Hydrogenases
6. Synthesis And Catalytic Properties Of Iron And Ruthenium Complexes Containing Imidazole Units And Study On Proton Coupled Electron Transfer
7. The Crystal Structures Of Caffeine And Matrine Compounds
8. Structural And Functional Biomimic Of The Iron-Only Hydrogenase Active Site
9. Synthesis And Characterization For Bioinorganic Complexes And The Ab Initio Structure Solution Of The XRD Spectrum
10. The Only Iron Hydrogenase Active Site Structure And Functional Simulation - The Two-iron Aza Mercaptide Synthesis, Structure And Electrochemical Research
11. Novel Fluorescent Probes For Bio-inorganic Species:Design And Imaging Studies
12. Effect Of The Second Coordination Sphere On The Redox Reactions And C-H Bond Activation Of [FeFe]-Hydrogenase Active Site Models
13. Synthesis and bioinorganic applications of manganese corrole and binuclear metallocorrole
14. Mixed-metal molecular complexes: Single-molecule nanomagnets and bioinorganic models of the water oxidizing complex of photosystem II
15. Computational Studies of Catalysis: Bioinorganic, Inorganic, and Organometallic Chemistr
16. Patterning of bioinorganic thin films by combining soft lithography and a biomimetic crystallization process
17. The inorganic and bioinorganic chemistry of copper thioether complexes
18. Inorganic and bioinorganic aspects of iron, copper, nickel, and molybdenum chemistry
19. Lanthanide(III) ions as probes of bioinorganic systems: Long-range electron transfer in proteins and hydration of magnetic resonance imaging contrast agents
20. Bioinorganic aspects of iron, copper, and tungsten chemistry
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