Biochemistry, Genetics and Molecular Biology
Dynamics
100%
Cryoelectron Microscopy
87%
Tau
87%
Tubulin
65%
Electron Microscopy
58%
Photoactivation
35%
Microtubule Assembly
31%
Guanosine Triphosphate
31%
Computer Simulation
29%
Chemical Structure
29%
C-Terminus
29%
Circular Dichroism
29%
Facilitated Diffusion
29%
Axon
29%
Energy Transfer
21%
Enzymatic Hydrolysis
21%
Macromolecule
19%
SARS Coronavirus
19%
Dwell Time
15%
Protein Secondary Structure
14%
Solution and Solubility
12%
Conformation
12%
Motion
10%
Fluorescence Recovery after Photobleaching
10%
Lipid
9%
RNA-dependent RNA Polymerase
9%
Ion Channel
9%
Escherichia coli
9%
Beta-Galactosidase
9%
RNA Virus
9%
Energy Conversion
9%
Cytoskeleton
8%
Biological Functions
7%
Biomolecular Complex
7%
Protein Data Bank
7%
Tau Protein
7%
Binding Site
7%
Hyperphosphorylation
7%
Nerve Fiber Transport
6%
Keyphrases
Ligand Modeling
29%
Lateral Strain
29%
Strain Propagation
29%
Affect Dynamics
29%
Protein Molecular Structure
29%
SESCA
29%
EM Model
29%
GAP-43
29%
Structure Refinement
14%
Biomolecule Dynamics
14%
Resolution System
14%
Model Distance
14%
Molecular Dynamics Method
14%
Sub-nanometer
14%
Model Potential
14%
Space-time Correlation
14%
Model Geometry
14%
Model Agreement
14%
Triple-stranded DNA
11%
G3BP1
10%
Contact Score
9%
Local Maps
9%
Visual Quantification
9%
Bound Lipids
9%
Bonding Stability
9%
Confined Dynamics
9%
Correlated Dynamics
9%
Lateral Collaboration
9%
Stored Elastic Energy
9%
Reference Protein
9%
Intensity Normalization
9%
Reference Spectra
9%
Base Spectrum
9%
Electronic Circular Dichroism Spectrum
9%
Plasma Membrane Interaction
6%
Nanostructure Formation
5%
Atomistic Molecular Dynamics
5%
Origami Structure
5%
Allosteric Model
5%
DNA Origami
5%
Conformational Energetics
5%
DNA Nanodevice
5%
DNA Handles
5%
Lattice Model
5%
Fluorophore Labeling
5%
Reaction-diffusion Modeling
5%
Strand Displacement
5%
Single-molecule Tracking
5%
Phenomenological Interpretation
5%
Slow Axonal Transport
5%
