Keyphrases
2D Solids
17%
Antimicrobial Peptide LL-37
23%
Aquaplaning
17%
Asymmetric Damage
35%
Autoimmune T Cells
23%
Autoreactivity
35%
Auxetic
35%
Biofilm
35%
Building Control System
17%
Cahn-Hilliard
17%
Cellular Structure
35%
Chemotaxis
26%
Chiral Materials
35%
Chromatin Tethering
23%
Circular Inclusion
35%
Clonal Dominance
35%
Configuration Management
17%
Control Desk
17%
Control System Applications
17%
Convexification
17%
Core-corona
23%
Cylindrical Obstacle
35%
D-dimensional
17%
Dissipation Mechanism
35%
DNA Nanodevice
35%
Driving Frequency
23%
Elliptical Hole
17%
Epithelial Ingrowth
24%
Extreme Value Problem
35%
Facilitated Diffusion
35%
Family Names
35%
Fibril Growth
35%
Gaussian Variable
17%
Height Profile
17%
HLA Class I
35%
Immunology
35%
Incremental Deformation
17%
Interaction Volume
17%
Interfacial Energy
35%
Intracellular Water
17%
Janus Droplet
17%
Linear Response
23%
Linear Viscoelasticity
35%
Liquid-liquid Demixing
35%
LL-37
35%
Local Accumulation
35%
Lung Branching
35%
Lung Development
35%
Magnetite Nanoparticles
35%
Mechanical Instability
70%
Morphogenesis
35%
Motility-induced Phase Separation
35%
Mouse Lung
52%
Multicomponent Liquid Mixtures
35%
Multipole Method
35%
Muscle Wrapping
24%
Non-uniform Growth
35%
Normal Mode Analysis
35%
Object Modeling
17%
Obstacle Geometry
35%
Ordering Patterns
35%
Oriented Particles
35%
Orihuela
35%
Particle Shells
35%
Pathogen Specificity
35%
Pathogen-specific
23%
Planar Membrane
17%
Presentation Layer
17%
Pressure Signal
35%
Principal Compressive Stress
35%
Principal Tensile Stress
35%
Protein Search
35%
Reconfigurable Materials
17%
Retinoic Acid
35%
Retinoic Acid Signaling
26%
Rheological Behavior
35%
Scaling Exponent
35%
Separated Phase
35%
Smooth muscle
52%
Smooth muscle Differentiation
44%
Soft Colloids
35%
Spatially Variable
17%
Specific Response
23%
Spherical Shell
35%
Strain Stiffening
17%
Stress Ball
35%
Structure Buckling
17%
Terminal Bud
23%
Thermal Excitation
35%
Thermal Fluctuations
17%
Thermal Length Scale
23%
Thin Spherical Shell
35%
Thymic Selection
35%
Thymocytes
23%
Transmural Pressure
35%
Triple-negative Breast Cancer Cells
35%
Vertex Model
35%
Viscoelastic Response
35%
Viscoelastic Substrate
35%
Wetting Energy
17%
Engineering
2D Material
11%
Aqueous Two Phase
35%
Axial Stress
35%
Bacterial Biofilm
11%
Bending Rigidity
47%
Buckling
100%
Buckling Load
11%
Bulk Modulus
35%
Cell Geometry
35%
Circular Hole
88%
Circumferential
35%
Collision Dynamics
35%
Conductive
52%
Control Desk
17%
Critical Buckling Load
23%
Delamination
11%
Dependent Manner
17%
Design Tool
35%
Dielectric Object
35%
Dimensional Space
17%
Disruptions
17%
Domain Size
35%
Driving Force
11%
Droplet Phase
35%
Dynamic Range
17%
Elastic Deformation
15%
Electrostatics
52%
Elliptical Hole
17%
Energy Dissipation
23%
Energy Gap
17%
Energy Surface
47%
Engineering
35%
Euler Buckling
11%
External Electric Field
35%
External Field
17%
External Load
17%
External Stress
52%
Finite Element Simulation
44%
Finite Strain
11%
Fluid Pressure
35%
Fourier Space
17%
Gaussian Random Variable
17%
Generated Stress
52%
Geometric Frustration
17%
Good Agreement
44%
Ground State
17%
Growing Film
11%
Hydrogel
35%
Induced Polarization
35%
Integral Part
17%
Interfacial Energy
35%
Large Deformation
23%
Length Scale
23%
Linear Finite Element
35%
Linear Response
49%
Liquid Crystal
17%
Living Organism
17%
Manufacturing Process
17%
Mechanical Response
11%
Metrics
35%
Model System
20%
Monolayer
35%
Monolayers
35%
Nanometre
47%
Neighbor Cell
17%
Nonlinear Problem
11%
Normal Mode Analysis
35%
Normal Modes
35%
Oscillatory
17%
Overall Response
17%
Phase Plot
35%
Phase Separation
26%
Phase Sequence
35%
Phase Space
11%
Physical Model
35%
Physical Principle
35%
Poisson Ratio
17%
Porosity
17%
Pressure Gradient
35%
Resonant Frequency
17%
Rheological Behavior
56%
Scaling Exponent
35%
Semiconductor Manufacturing
17%
Shape Change
35%
Shear Modulus
17%
Stiffer Substrate
11%
Stress Field
17%
Stress Relaxation
11%
Surface Morphology
11%
Temperature Phase
35%
Theoretical Study
17%
Thermal Characteristic
11%
Thermal Excitation
35%
Thermal Fluctuation
70%
Thermodynamics of Colloid
35%
Thin Films
17%
Tissue Homeostasis
35%
Tissue Mechanics
24%
Two Dimensional
70%
Viscoelasticity
35%
Biochemistry, Genetics and Molecular Biology
Absorption
35%
Adaptive Immunity
32%
Airflow
35%
Antigen Presenting Cell
5%
Antigen Specificity
35%
Antimicrobial Peptides
35%
Artificial Membrane
7%
Bacterial Growth
17%
Bilayer Membrane
35%
Binding Affinity
17%
Binding Site
5%
Biofilm
35%
Biological Functions
7%
Biological Phenomena and Functions Concerning the Entire Organism
17%
Biomembrane
7%
Biopolymer
7%
Branching Morphogenesis
41%
Carcinogenesis
17%
Cell Cycle
8%
Cell Density
17%
Cell Division
35%
Cell Growth
35%
Cell Level
8%
Cell Lineage
52%
Chemical Interaction
7%
Clonal Population
35%
Confocal Microscopy
17%
Conformational Change
17%
Cross Reaction
5%
Cytoskeleton
35%
DNA Protein Complex
17%
DNA Sequence
35%
Drive
35%
Drosophila Melanogaster
17%
Dynamics
77%
Enhancer Region
5%
Environmental Stress
35%
Escherichia coli
70%
Facilitated Diffusion
35%
Fluid Flow
11%
Homeostasis
17%
Infectious Agent
5%
Lipid
35%
Lipid Composition
14%
Liquid
40%
Lung Development
35%
Macromolecule
35%
Mechanotransduction
10%
Membrane Curvature
7%
Membrane Lipid
7%
Mesenchyme
11%
Microscopy
17%
Minimum Inhibitory Concentration
8%
Morphogenesis
88%
Morphology
7%
Mouse
63%
Myogenesis
40%
Nucleoplasm
35%
P53
17%
Peptide Hormone
5%
Phase Separation
42%
Positive Feedback
35%
Promoter Region
5%
Protein Characterization
35%
Receptor Binding
5%
Retinoic Acid
35%
Retinoic Acid Receptor
5%
Rigidity
17%
RNA Sequence
5%
Stem Cell
35%
Stereotypy
11%
Surface Property
26%
T Cell
35%
T Cell Receptor
35%
Transcription Factors
5%
Transcriptomics
35%
Tree
52%
Tretinoin
35%
Type I Collagen
17%
Viscoelasticity
35%
