Keyphrases
Actin Filaments
39%
Adhesion Domain
51%
Adhesion Sites
37%
Adhesive Bonding
55%
Alternating Polarity
34%
Attractive Potential
30%
Bidirectional Motion
37%
Bilayer Lipid Membrane
74%
Brownian Dynamics
40%
Brownian Particle
33%
Cationic Lipids
64%
Charged Lipids
32%
Cholesterol
44%
Configurational Sampling
37%
Diffusion Equation
30%
Discrete-time
37%
DNA Complex
41%
Elastic Constants
59%
Elastic Properties
40%
Endosomal Escape
32%
Entropic Elasticity
44%
Free Energy
43%
Friction Coefficient
33%
Hard Spheres
34%
Inextensible
30%
Langevin Dynamics
74%
Langevin Dynamics Simulation
55%
Langevin Equation
40%
Lattice Model
33%
Lipid-DNA
39%
Lipids
59%
Lipoplexes
44%
Liquid-ordered Domain
33%
Membrane Fluctuations
37%
Molecular Motor
59%
Molecular Simulation
32%
Monte Carlo Simulation
67%
Myosin Motor
44%
Neutral Lipids
30%
Overdamped
33%
Percolation Threshold
34%
Probability Distribution Function
61%
Shear Modulus
37%
Support Membrane
49%
Surface Tension
80%
Thermal Fluctuations
86%
Thermodynamics
56%
Thermostat
59%
Two Dimensional
66%
Verlet
39%
Engineering
Adhesion Site
44%
Bending Modulus
19%
Boltzmann Distribution
14%
Boundary Condition
19%
Brownian Particle
18%
Colloid
14%
Computer Simulation
67%
Constant Temperature
37%
Cooperative
53%
Crosstalk
29%
Dependent Friction
22%
Diffusion Coefficient
24%
Diffusion Equation
43%
Diffusion Problem
17%
Dimensional System
18%
Direct Interaction
22%
Discrete Time
44%
Duty Ratio
18%
Elastic Constant
19%
Elastic Energy
22%
Eluting Stent
19%
Energy Engineering
59%
Explicit Expression
14%
Friction Coefficient
29%
Harmonics
29%
Induced Noise
14%
Isothermal
18%
Langevin Dynamic
100%
Line Tension
14%
Lipid Bilayer
19%
Main Conclusion
14%
Mechanical Tension
24%
Mediated Interaction
29%
Model System
29%
Momentum Transfer
14%
Nanometre
14%
One Dimensional
55%
Phase Space
22%
Probability Distribution Function
59%
Projected Area
27%
Relaxation Time
14%
Rigid Surface
14%
Simulation Result
32%
Supported Lipid Bilayer
19%
Temperature Gradient
19%
Tensile Stress σ
16%
Tension Surface
77%
Thermal Energy
27%
Thermal Fluctuation
96%
Two Dimensional
62%