INIS
receptors
100%
modeling
83%
flexibility
83%
dynamics
75%
lenses
66%
proteins
66%
peptides
66%
protein structure
50%
reviews
50%
graphs
33%
applications
33%
simulation
33%
design
25%
ligands
25%
biology
16%
reduction
16%
data
16%
conformational changes
16%
network analysis
16%
alignment
16%
atoms
16%
sociology
16%
anesthesia
16%
chemistry
16%
topology
16%
resolution
16%
evaluation
16%
molecules
16%
drugs
16%
g-proteins
8%
molecular dynamics method
8%
plasticity
8%
shape
8%
volume
8%
residues
8%
Keyphrases
Multiscale Modeling Approach
66%
Network Science
66%
Graph Reduction
11%
Protein Structure-function
11%
Peptide Structure
11%
Coarse-grained Modeling
11%
Protein Structure Networks
11%
Multi-resolution Model
11%
High-accurate
11%
Grouping a
11%
Low-resolution Model
11%
Protein Structure
11%
Simulation Data
11%
Protein Dynamics
11%
Small Protein
11%
Modularization
11%
Three-dimensional (3D)
11%
Molecular Field
11%
Molecular Similarity
11%
Conformational Change
11%
Dynamical Networks
11%
Similarity Evaluation
11%
Small Organic Molecules
11%
Resume
11%
Molecular Simulation
11%
Science Application
11%
Functional Aspects
11%
Dynamical Properties
11%
Topological Features
11%
Telecommunications
11%
Flexural Properties
11%
Elastic Network Model
11%
Small Peptides
11%
Opioid Receptors
11%
Intrinsic Flexibility
11%
Network Analysis
11%
Modular Model
11%
Dynamic Properties
11%
3D Network
11%
Biological Systems
11%
Structural Properties
11%
Applications in the Field
11%
G Protein-coupled Receptor
11%
Anesthesia Drug
11%
Biochemistry, Genetics and Molecular Biology
Dynamics
85%
Opioid Receptor
83%
Protein Structure
66%
Conformational Change
16%
Molecular Networking
16%
Complex System
16%
G Protein Coupled Receptor
9%
Crystal Structure
9%
Receptor Binding
9%
Binding Site
9%