Engineering
Adhesion Formation
100%
Fibre Stress
100%
Biomechanical Model
100%
Models
100%
Couplings
100%
Essential Feature
66%
Contractile Force
66%
Integrin Affinity
66%
Membrane
33%
One Dimensional
33%
Thermodynamics
33%
Two Dimensional
33%
Thermodynamic Equilibrium
33%
Periphery
33%
Machinery
33%
Continuum Framework
33%
Pulling Force
33%
Drives
33%
Applications
33%
Properties
33%
Energy Engineering
33%
Assembly
33%
Large Multi
33%
Mechanical Equilibrium
33%
Plasma
33%
INIS
coupling
100%
adhesion
100%
fibers
33%
proteins
22%
size
22%
thermodynamics
22%
affinity
22%
equilibrium
22%
applications
11%
sensitivity
11%
matrices
11%
plasma
11%
membranes
11%
one-dimensional calculations
11%
increasing
11%
free energy
11%
machinery
11%
Biochemistry, Genetics and Molecular Biology
Focal Adhesion
100%
Muscle Contractility
100%
Force
44%
Stress Fiber
33%
Thermodynamics
22%
Cell Size
22%
Cell Membrane
11%
Energy
11%
Drive
11%
Mechanosensitivity
11%
Medicine and Dentistry
Focal Adhesion
100%
Cell Contractility
100%
Integrin
33%
Stress Fiber
33%
Multiprotein Complex
22%
Cells
22%
Cell Size
22%
Extracellular Matrix
11%
Drive
11%
Observation
11%
Physics
Adhesion
100%
Model
33%
Electron Affinity
22%
Protein
22%
Free Energy
11%
Membrane
11%
Thermodynamic Equilibrium
11%
Utilization
11%
Fractions
11%
Increasing
11%
Thermodynamics
11%
Boundaries
11%