Keyphrases
Gastrulation
100%
Vertex Model
92%
Chick Embryo
86%
Rheological Behavior
61%
Epithelial Tissue
61%
Normal Mode Analysis
57%
Epiblast
57%
Viscoelastic Response
46%
Dissipation Mechanism
46%
Vertebrates
46%
Linear Viscoelasticity
46%
Cell Monolayer
46%
Primitive Streak
40%
Cell Behavior
38%
Tissue Mechanics
38%
Self-propelled Voronoi Model
34%
Epithelial Monolayer
34%
Cellular Processes
34%
Numerical Simulation
34%
Active Nematics
34%
Epithelial Cells
32%
Driving Frequency
30%
Linear Response
30%
Tissue Flow
30%
Persistence Length
28%
Active Matter
26%
T1 Transition
26%
Motion Pattern
26%
Mesendoderm
24%
Linear Viscoelastic Properties
23%
Migration Mode
23%
Statistical Mechanics
23%
Key Cells
23%
Confined Systems
23%
Nematic Alignment
23%
Geodesics
23%
Short-range Repulsion
23%
Self-propelled Agents
23%
Alignment Strength
23%
Graphene Ribbon
23%
Dense Active Matter
23%
Wrinkle Pattern
23%
Junctional Tension
23%
Persistence Time
23%
Avian Embryo
23%
Mechanochemical Feedback
23%
Convergence Extension
23%
Tissue Level
23%
Elastic Energy
23%
Collective Cell Migration
23%
Phase Transition
23%
Pattern Formation
23%
Mechanobiological Model
23%
Cell Motility
23%
Dynamical Phase
23%
Microtubule Bundles
23%
Streak Formation
23%
Optical Manipulation
23%
Mechanical Signals
23%
Turbulent State
23%
Gaussian Curvature
23%
Equator
23%
Dynamical Patterns
23%
Non-destructive
23%
Topological Defects
23%
Induced Transition
23%
Simulation-based
23%
Light Sheet
23%
Neighboring Cells
23%
Performance Analysis
23%
Bessel
23%
Spherical Cap
23%
Wave-like
23%
Motion Model
23%
Inverse Problem
23%
Chemical Signals
23%
Pack Size
23%
Stokes
23%
Stress Distribution
23%
Out-of-equilibrium
23%
Ribbon
23%
Nonequilibrium Phase Diagram
23%
Viscoelastic Relaxation
19%
Cell Junctions
19%
Ingression
17%
Bending Rigidity
17%
Fluid-like
15%
Solid-solid
15%
Epithelium
15%
Mechanical Properties
15%
Epithelial Cell Sheet
15%
Cell Intercalation
15%
Jeffrey Model
15%
Dissipative Forces
15%
Collective Excitations
15%
Elastic Stress
15%
Soft Matter Systems
15%
Solid Element
15%
Semi-analytical Method
15%
Linear Loss
15%
Normal Mode Decomposition
15%
Rheological Response
15%
Response Regimes
15%
Viscoelastic Element
15%
Model Elements
15%
Shear Rheology
15%
Standard Linear Solid
15%
Internal Dissipation
15%
Relaxation Timescale
15%
Loss Modulus
15%
Storage Modulus
15%
Full Characterization
15%
Overdamped
15%
Elastic Deformation
15%
Cell Substrate
15%
Soft Materials
15%
Cell-to-cell
15%
Total Response
15%
Soft Tissue
15%
Force Balance
15%
Mechanical Force
15%
Jeffreys
15%
Hexagonal Cells
11%
Mechanical Perturbation
11%
Mechanical Excitation
11%
Amphibians
11%
Confinement Size
11%
Multi-nodal
11%
Signaling Pathway
11%
Collective Cells
11%
Temporal Persistence
11%
Chemical Activators
11%
Actomyosin Contraction
11%
Net Traction Ratio
11%
Tissue Velocity
11%
Optimal Control Problem
11%
Lagrange multiplier Method
11%
Out-of-equilibrium Dynamics
11%
Target Metric
11%
Velocity Correlation Function
11%
Supercooled Liquid
11%
Elastic Modes
11%
Displacement Correlation
11%
Velocity Correlation
11%
Viscous Relaxation
11%
Adiabatic Evolution
11%
Elastic Particle
11%
Corneal Epithelial Cell Sheet
11%
Ingress
11%
Chick
11%
Partial Differential Equations
11%
Structural Remodeling
11%
Optimality System
11%
Oscillation
11%
Random Shape
11%
Physical Mechanism
11%
Agent-based
11%
Mechanical Model
11%
Linear Elasticity
11%
Positive Feedback
11%
Coordinated Motion
11%
Mechanical Tension
11%
Cell Size
11%
Analytical Prediction
11%
Highly Viscous Fluid
11%
Finite Element Method
11%
Mechanical Stress
11%
Cantilever
11%
Two-agent
11%
Tissue Stress
11%
Wrinkling
11%
Objective Functional
11%
Conjugate Gradient Method
11%
Non-equilibrium
11%
Well-defined
11%
Biological Tissue
11%
Myosin Motor
11%
Distance Measure
11%
Velocity Information
11%
Spatially Correlated
11%
Tissue Patch
11%
Cell Sheet
11%
Functional Organization
11%
In Vitro Experiment
11%
Fast Growth
11%
Embryonic Tissue
11%
Structural Organization
11%
Chemical Inhibitors
11%
Velocity Field
11%
Analytical Model
11%
Multi-cell
11%
Optimal Control
11%
Stokes Equations
11%
Control Variables
11%
Quasi-one-dimensional
11%
Moving Cell
11%
Main Direction
11%
Traction Force
11%
Active Processes
11%
Solid Phase
7%
Engineering
Normal Mode Analysis
57%
Normal Modes
49%
Rheological Behavior
46%
Internals
46%
Monolayers
46%
Tissue Mechanics
30%
Resolution Cell
23%
Lagrange Multiplier Method
23%
Optimal Control Problem
23%
Directional
23%
Optimality
23%
Junction Cell
23%
Neighboring Cell
23%
Active Cell
23%
Stokes Equation
23%
Velocity Field
23%
Partial Differential Equation
23%
Finite Element Analysis
23%
Computer Simulation
23%
Optimal Control
23%
Linear Response
15%
Random Shape
11%
Dynamic Range
11%
Numerical Implementation
11%
Cell Alignment
11%
Illustrates
11%
Multiple Cell
11%
Maxwell Model
11%
Overall Response
11%
Multiple Scale
11%
Cell Model
11%
Elastic Mode
11%
Oscillatory
11%
Mechanical Tension
11%
Mechanical Model
11%
Mechanical Stress
11%
Early Stage
11%
Lesser Extent
11%
Activator
11%
Linear Elasticity
11%
Controlling Mechanism
11%
Analytical Model
11%
Fitting Parameter
11%
Simulation Mode
11%
Relaxation Time
11%
Solid Element
7%
Force Balance
7%
Model Element
7%
Elastic Stress
7%
Loss Modulus
7%
Storage Modulus
7%
Rheology
7%
Soft Material
7%
Elastic Deformation
7%
Broader Class
7%