Keyphrases
Active Compounds
50%
Active Force
50%
Active Nematics
16%
Active Particles
21%
Anchoring Strength
16%
Biphasic Mixture
50%
Cell Shape
33%
Cellular Level
66%
Cellular Processes
16%
Charge Segregation
33%
Compound Particle
50%
Drop Shape
7%
Dynamic Steady State
12%
Dynamical Behavior
16%
Early Development
50%
Early Embryo
16%
Epithelial Cell Sheet
16%
Epithelium
33%
Extracellular Matrix
16%
Flow Morphology
50%
Friction
16%
Growth Maintenance
12%
Homeostatic Pressure
16%
Homeostatic State
16%
Hydrodynamic Flow
50%
Interface Fluid
16%
Interface Morphology
16%
Large Degree
16%
Maintenance Function
12%
Mechanical Force
66%
Model Dynamics
50%
Multiple Tissues
16%
Nematic Fluid
50%
Nematic Order
16%
Net Positive Charge
16%
New Frontiers
50%
Non-motile Cell
16%
Poiseuille Flow
28%
Prolate
7%
Shape Anisotropy
33%
Spatiotemporal Organization
16%
Spontaneous Emergence
16%
Spontaneous Pattern Formation
16%
Sustained Flow
50%
Three-lobe
14%
Tissue Dynamics
16%
Tissue Flow
16%
Velocity Correlation
16%
Vertex Model
50%
Viscous Dissipation
33%
Engineering
Active Compound
50%
Active Particle
30%
Active Phase
50%
Capillary Number
10%
Disruptions
50%
Dynamical Behavior
25%
Early Stage
75%
Flow Strength
10%
Fluid Flow
10%
Fluid Viscosity
10%
Hydrodynamics
50%
Interdependence
10%
Internals
50%
Living Organism
50%
Mechanical Force
75%
Microenvironments
25%
Microfluidic Device
10%
Monolayers
100%
Neighbor Cell
50%
Poiseuille Flow
40%
Relative Strength
10%
Surface Tension Force
10%
Symmetry Axis
10%
Tissue Homeostasis
100%
Tissue Mechanics
50%
Velocity Field
10%
Viscous Force
10%
Immunology and Microbiology
Biological Phenomena and Functions Concerning the Entire Organism
26%
Cell Count
18%
Cell Death
10%
Cell Division
18%
Cell Level
100%
Cell Proliferation
18%
Homeostasis
100%
Steady State
36%
Tissue Growth
8%
