Add to ORKGMicrofluidics applied to stem cell research is of great interest to biologists and bioengineers. Despite the depth of research, a predominant microfluidic platform for studying the effects of growth factors on stem cell differentiation has not yet emerged. Most existing screening devices are often either difficult to control, or have little functionality. With this consideration, a device capable of simultaneously screening up to ten independent stem cell culture conditions was designed and characterized
The capacity of milli and micro litre bioreactors to accelerate process development has been success...
The goal of this work was to design a device for rapid screening of crosslinked thermoset polymers. ...
The goal of this work was to design a device for rapid screening of crosslinked thermoset polymers. ...
The application of microfluidic technologies to stem cell research is of great interest to biologist...
We report the development and application of a polyester chip for studies of mouse embryonic stem ce...
Conventional culture systems are often limited in their ability to regulate the growth and different...
Here we present a microfluidic culture platform for enhancing single stem cell survival. Traditional...
We present here a screening method based on a microfluidic platform, which can generate four orthogo...
We present here a screening method based on a microfluidic platform, which can generate four orthogo...
Stem cells have been applied widely in many areas. The critical hindrance is the complexity of stem ...
Microfluidics has shown promise in mimicking a cellular environment that is more physiologically rel...
Stem cells have been applied widely in many areas. The critical hindrance is the complexity of stem ...
Abstract Stem cell research can significantly benefit from recent advances of microfluidics technolo...
AbstractThe behavior of cells, like adhesion or differentiation in case of stem cells, is influenced...
Functional analysis of primary tissue-specific stem cells is hampered by their rarity. Here I develo...
The capacity of milli and micro litre bioreactors to accelerate process development has been success...
The goal of this work was to design a device for rapid screening of crosslinked thermoset polymers. ...
The goal of this work was to design a device for rapid screening of crosslinked thermoset polymers. ...
The application of microfluidic technologies to stem cell research is of great interest to biologist...
We report the development and application of a polyester chip for studies of mouse embryonic stem ce...
Conventional culture systems are often limited in their ability to regulate the growth and different...
Here we present a microfluidic culture platform for enhancing single stem cell survival. Traditional...
We present here a screening method based on a microfluidic platform, which can generate four orthogo...
We present here a screening method based on a microfluidic platform, which can generate four orthogo...
Stem cells have been applied widely in many areas. The critical hindrance is the complexity of stem ...
Microfluidics has shown promise in mimicking a cellular environment that is more physiologically rel...
Stem cells have been applied widely in many areas. The critical hindrance is the complexity of stem ...
Abstract Stem cell research can significantly benefit from recent advances of microfluidics technolo...
AbstractThe behavior of cells, like adhesion or differentiation in case of stem cells, is influenced...
Functional analysis of primary tissue-specific stem cells is hampered by their rarity. Here I develo...
The capacity of milli and micro litre bioreactors to accelerate process development has been success...
The goal of this work was to design a device for rapid screening of crosslinked thermoset polymers. ...
The goal of this work was to design a device for rapid screening of crosslinked thermoset polymers. ...