Abstract:
The present invention provides a control substrate for controlling a movement direction of animal cells. The control substrate for controlling a movement direction of animal cells has a surface which includes a plurality of grooves, the grooves are formed from a bottom between opposing walls and the opposing walls forming the grooves wherein the walls include a plurality of columnar protrusions. Vertex parts of the columnar protrusion are formed to face between vertex parts of two columnar protrusions formed in the opposing wall and such vertex parts face the same direction.
Abstract:
A structure used for animal cells is provided which includes an elastic body layer having a flat surface on which animal cells are left. The elastic body layer has a surface whose elasticity is changed by partially supporting the elastic body layer from the rear side or by changing a thickness of the elastic body layer.
Abstract:
A structure used for animal cells is provided which includes an elastic body layer having a flat surface on which animal cells are left. The elastic body layer has a surface whose elasticity is changed by partially supporting the elastic body layer from the rear side or by changing a thickness of the elastic body layer.
Abstract:
The present invention provides a control substrate for controlling a movement direction of animal cells. The control substrate for controlling a movement direction of animal cells has a surface which includes a plurality of grooves, the grooves are formed from a bottom between opposing walls and the opposing walls forming the grooves wherein the walls include a plurality of columnar protrusions. Vertex parts of the columnar protrusion are formed to face between vertex parts of two columnar protrusions formed in the opposing wall and such vertex parts face the same direction.