Keyphrases
Barton
12%
Bidentate Lewis Acids
25%
Binding Residues
12%
Bio-organic Materials
12%
Biological Evaluation
12%
Bond Model
12%
Boron
12%
Breakage Model
12%
Canada
12%
Cancer Treatment
25%
Catalytic Mechanism
37%
Catalytic Model
12%
Cathepsin B
100%
Cathepsin B Inhibitors
37%
Chelates
25%
Chemical Synthesis
12%
Computer-aided Design
12%
Courtesy
12%
Crystallographer
12%
Cysteine Protease
50%
Deacylation Reaction
12%
Design Effort
12%
Diboronic Acid
100%
Docking Simulation
25%
Effect Model
12%
Electronic Charge
12%
Enzyme Assay
12%
Enzyme Catalysis
25%
Field Effect
12%
Human Cathepsins
12%
Human Liver
12%
Hydrogen Bonds (H-bonds)
12%
Inhibitor Design
25%
Inhibitor Selectivity
25%
Inhibitory Activity
12%
Interaction Games
12%
Lewis Acid-base Interaction
12%
Novel Inhibitors
12%
Organic Chemists
12%
Papain
37%
Quantum Mechanical Calculations
12%
Rational Design
12%
Reaction Sites
12%
Related Compounds
25%
Solvent Molecules
12%
Specific Intent
62%
St. Louis
25%
Synthetic Evaluation
12%
Therapeutic Inhibitors
100%
Thiol Groups
12%
Through-space
12%
Transition State Analogue
12%
Transition State Structure
25%
Valerian
12%
X-ray
12%
X-ray Crystallography
25%
Chemistry
Base
20%
Bond Model
20%
Cathepsin B Inhibitor
60%
chelate
20%
Cysteine
80%
Deacylation
20%
Diboronic Acid
100%
electronics
20%
Enzyme Inhibitor
20%
Field Effect
20%
Hydrogen Bonding
20%
Lewis Acid
60%
Thiol Group
20%
Transition State Analog
20%
Transition State Structure
40%
Biochemistry, Genetics and Molecular Biology
Active Site
9%
Catalytic Mechanism
27%
Cathepsin B
100%
Computer Aided Design
9%
Cysteine Protease
36%
Deacylation
9%
DNA Template
9%
Enzyme
27%
Enzyme Assay
9%
Enzyme Docking
9%
Hydrogen Bond
9%
Papain
27%
Synthesis
9%
Thiol
9%
Transition State Analog
9%
X Ray
27%