abstract: Precise spatial positioning and isolation of mammalian cells is a critical component of many single cell experimental methods and biological engineering applications. Although a variety of cell patterning methods have been demonstrated, many of these methods subject cells to high stress environments, discriminate against certain phenotypes, or are a challenge to implement. Here, we demonstrate a rapid, simple, indiscriminate, and minimally perturbing cell patterning method using a laser fabricated polymer stencil. The stencil fabrication process requires no stencil-substrate alignment, and is readily adaptable to various substrate geometries and experiments.The electronic version of this article is the complete one and can be foun...
In this communication, we report a newly developed cell pattering methodology by a silicon-based ste...
Cell shape in vitro can be directed by geometrically-defined micropatterned adhesion substrates. How...
Cell shape in vitro can be directed by geometrically defined micropatterned adhesion substrates. How...
Abstract Precise spatial positioning and isolation of mammalian cells is a critical component of man...
The onus in modern cell biology is on the development of reproducible, develop cell patterning capab...
Cell patterning technology is an effective technique to understand cell behaviors by precisely contr...
The surface topography of biomaterials can have an important impact on cellular adhesion, growth and...
This report describes a high throughput microfluidic method to control cell placement in two-dimensi...
Tissue engineering requires the precise positioning of mammalian cells and biomaterials on substrate...
International audienceCell shape in vitro can be directed by geometrically defined micropatterned ad...
Human pluripotent stem cells (hPSCs) have the intrinsic ability to differentiate and self-organize i...
Micropatterning techniques provide direct control over the spatial organization of cells at the sub-...
Surface chemistry meets tissue engineering: A novel surface-patterning approach for creating arrays ...
Micropatterning techniques provide direct control over the spatial organization of cells at the sub-...
Heterogeneity of cell populations can confound population-averaged measurements and obscure importan...
In this communication, we report a newly developed cell pattering methodology by a silicon-based ste...
Cell shape in vitro can be directed by geometrically-defined micropatterned adhesion substrates. How...
Cell shape in vitro can be directed by geometrically defined micropatterned adhesion substrates. How...
Abstract Precise spatial positioning and isolation of mammalian cells is a critical component of man...
The onus in modern cell biology is on the development of reproducible, develop cell patterning capab...
Cell patterning technology is an effective technique to understand cell behaviors by precisely contr...
The surface topography of biomaterials can have an important impact on cellular adhesion, growth and...
This report describes a high throughput microfluidic method to control cell placement in two-dimensi...
Tissue engineering requires the precise positioning of mammalian cells and biomaterials on substrate...
International audienceCell shape in vitro can be directed by geometrically defined micropatterned ad...
Human pluripotent stem cells (hPSCs) have the intrinsic ability to differentiate and self-organize i...
Micropatterning techniques provide direct control over the spatial organization of cells at the sub-...
Surface chemistry meets tissue engineering: A novel surface-patterning approach for creating arrays ...
Micropatterning techniques provide direct control over the spatial organization of cells at the sub-...
Heterogeneity of cell populations can confound population-averaged measurements and obscure importan...
In this communication, we report a newly developed cell pattering methodology by a silicon-based ste...
Cell shape in vitro can be directed by geometrically-defined micropatterned adhesion substrates. How...
Cell shape in vitro can be directed by geometrically defined micropatterned adhesion substrates. How...