… to develop versatile microfluidic devices to mimic in vivo cellular microenvironments. Second,
we discuss various microfluidic devices employed to generate different cell-culture formats […

… of integrated microfluidic devices has considerably advanced the fields of quantitative and
systems biology. In this review, we survey the recent developments in microfluidic cell culture, …

… microfluidics for cell cultures has attracted much interest from scientists worldwide. Traditional
cell culture … the main physics laws to use when designing a microfluidic cell culture system. …

… a microfluidic device. Patterned primary rat neurons were maintained for up to 6 days inside
the microfluidic devices and the neurons' somas and processes were confined to the cell-…

… cell lines within microfluidic devices utilising 2D and 3D approaches, and then focus on
stem cell … 2D cell culture in microfluidic devices have been widely used for investigation of …

… Only a very limited selection of the literature on miniaturization, integration, automation and
parallelization of cell culture processes in microfluidic devices has been treated in this section…

… We have developed a technique for fabricating microfluidic devices from gelatin using a …
to produce microchannels suitable for adherent cell culture and analysis. The autofluorescence …

… The performance of microfluidic devices highly depends on the inner structure providing … ,
the microfluidic cell culture platform is described according to categorized cell culture methods (…

… This paper reports a microfluidic device capable of generating oxygen gradients for cell
culture … The microfluidic cell culture device is constructed by single-layer polydimethylsiloxane (…

… (a) Schematic of the cell culture setup in a microfluidic device. Culture medium perfused
through the lateral microchannels is the source of nutrients and oxygen and creates …