Keyphrases
Acetyl Coenzyme A Synthase
100%
Azurin
76%
Acetyl-CoA Synthetase
54%
Metalloenzymes
50%
Metalloproteins
44%
MauG
40%
Ni(II)
37%
Cyclam
36%
Copper Homeostasis
29%
Methyl
27%
Bioorganometallics
27%
Protein-based
27%
Methylosinus Trichosporium OB3b
25%
Diheme
25%
Reaction Mechanism
24%
CO2 Reduction Reaction (CO2RR)
23%
Nickel Enzymes
22%
Kynurenine
21%
Organometallic Intermediate
21%
Electronic Structure
20%
Copper Binding
20%
Thioester Synthesis
20%
Semi-synthetic
18%
Multi-electron
18%
Photoactive
18%
Ruthenium
18%
Nickel(I)
18%
Spectroelectrochemical Method
18%
Fe(IV)
18%
Nickel Cyclam
18%
Prebiotics
18%
Electrocatalytic
18%
State Support
18%
Enzyme Models
18%
Nucleophilic
18%
Mechanistic Implication
18%
Alkyl
18%
Biochemical Model
18%
Energy Conversion
18%
Artificial Metalloenzymes
18%
Redox Activity
18%
Density Functional Theory
18%
Oxidation State
17%
Cytochrome c Peroxidase
16%
Inverted Ligand Field
15%
Metal Center
15%
Protein System
15%
Protein Scaffold
14%
Geometric Structure
14%
Catalytic Intermediates
13%
Chemistry
Acetyl-CoA
100%
Metalloenzyme
52%
Acetyl
42%
Coenzyme A
36%
Electron Transport
36%
Metallocene
34%
EPR Spectroscopy
33%
Carbon Dioxide Reduction
31%
Carbon Dioxide
30%
Metalloprotein
29%
Spectroscopy
29%
Energy Conversion
27%
Thioester
22%
Chemistry
21%
Carbon Monoxide
19%
Density Functional Theory
18%
Hydrogen
18%
Ruthenium
18%
electronics
14%
Density Functional Theory
13%
Inverted Ligand Field
12%
Coenzyme M
12%
X Ray Absorption Spectroscopy
12%
Photophysics
9%
Electron Donor
9%
Reducing Agent
9%
Methane
9%
Ascorbate
9%
Donor
9%
Magnetic Circular Dichroism Spectroscopy
9%
Molecular Orbital
9%
Excited State
9%
Chromophore
9%
electrode
9%
Nucleophilic Addition
9%
Vitamin C
9%
Cofactor
9%
Methyl Group
7%
Electronic State
5%
Metabolic
5%
formation
5%
Biochemistry, Genetics and Molecular Biology
Synthase
72%
Acetyl-CoA
72%
Enzyme
61%
Azurin
40%
Metalloprotein
38%
Methylosinus trichosporium
30%
Homeostasis
29%
Metalloenzyme
27%
Cytochrome C Peroxidase
24%
Thioester
22%
Kynurenine
21%
Surface Area
18%
Enzyme Models
18%
Energy Conversion
18%
Coenzyme A
18%
Tryptophan
14%
Absorption
12%
Electron Transport
9%
Bioinformatics
9%
Operon
8%
Metabolic Pathway
8%
Thiolates
8%
Hydrogen Peroxide
7%
Genomics
7%
Enzymatic Process
6%
Biological Model
6%
Electron Transfer Protein
6%
Binding Site
5%
Scaffold Protein
5%
X Ray
5%
