High throughput biomaterials screening largely remains unexplored. The present study was an attempt to explore the area of high throughput as well as high content screening of cell surface topographic interaction. An array of surface topographies called TopoChip was fabricated using a widely used polymer in tissue engineering, Poly (DL-lactic acid). The topographies were subsequently screened for their mitogenic effect on cells. We were able to detect topographic parameters responsible for mitogenic effect of surface topographies
It is increasingly recognized that material surface topography is able to evoke specific cellular re...
Orthogonal wettability and topographical gradients in a combinatorial sample format are fabricated u...
This work investigates the effect of surface topography and biomaterial wettability on protein absor...
The technological advances in the field of material science coupled with the improved understanding ...
The field of biomaterial engineering is increasingly using high‐throughput approaches to investigate...
The control of biomaterial surface topography is emerging as a tool to influence cells and tissues. ...
Surface topographies of materials considerably impact cellular behavior as they have been shown to a...
The field of biomaterial engineering is increasingly using high‐throughput approaches to investigate...
The field of biomaterial engineering is increasingly using high‐throughput approaches to investigate...
New high-throughput technologies for cell-material interaction studies provide researchers with powe...
It is increasingly recognized that material surface topography is able to evoke specific cellular re...
Orthogonal wettability and topographical gradients in a combinatorial sample format are fabricated u...
This work investigates the effect of surface topography and biomaterial wettability on protein absor...
The technological advances in the field of material science coupled with the improved understanding ...
The field of biomaterial engineering is increasingly using high‐throughput approaches to investigate...
The control of biomaterial surface topography is emerging as a tool to influence cells and tissues. ...
Surface topographies of materials considerably impact cellular behavior as they have been shown to a...
The field of biomaterial engineering is increasingly using high‐throughput approaches to investigate...
The field of biomaterial engineering is increasingly using high‐throughput approaches to investigate...
New high-throughput technologies for cell-material interaction studies provide researchers with powe...
It is increasingly recognized that material surface topography is able to evoke specific cellular re...
Orthogonal wettability and topographical gradients in a combinatorial sample format are fabricated u...
This work investigates the effect of surface topography and biomaterial wettability on protein absor...