VI. Physical Properties of Materials

Question 1

Biological tissues show specific vatiations in physical propeteis on different scales

Question 2

Relevance

Question 3

Cellular response

Question 4

Roughness, Patterning, Anisotropy - Roughness increases protein adsorption

Question 5

Roughness, Patterning, Anisotropy - Roughness and blood activation

Question 6

Roughness, Patterning, Anisotropy - Cellular response to nanoscale roughness

Question 7

Roughness, Patterning, Anisotropy - Nanoporosity determnes cell adhesion spacing

Question 8

Roughness, Patterning, Anisotropy - Adhesion spacing and differentiation

Question 9

Roughness, Patterning, Anisotropy - Summary roughness and nanoporosity

Question 10

Roughness, Patterning, Anisotropy - Contact guidance

Question 11

Roughness, Patterning, Anisotropy - Anisotropic biomaterials surfaces

Question 12

Roughness, Patterning, Anisotropy - Feedback of cell and matrix alignement

Question 13

Mechanical properties - Stiffness and cell adhesion

Question 14

Mechanical properties - Stiffness and cell migration

Question 15

Mechanical properties - Measuring elastic properties

Question 16

Mechanical properties - Stiffness and stem cell differentiation

Question 17

Mechanical properties - Substrate stress relaxation regulates cell behaviour

Question 18

Mechanical properties - How do cell “feel” stiffness?

Question 19

Mechanical properties - Stiffness is scale-dependent

Question 20

Mechanical properties - Controlling material/substrate stiffness

Question 21

Geometry, Porosity, Curvature - Geometry of different length scales

Question 22

Geometry, Porosity, Curvature - Macroscopic porosity determines

Question 23

Geometry, Porosity, Curvature - Fabrication of porous materials

Question 24

Geometry, Porosity, Curvature - Defined pore size

Question 25

Geometry, Porosity, Curvature - Macroscopic geometry in 2D

Question 26

Geometry, Porosity, Curvature - 3D shape and epithelial branching