… In this section, we initially review the cultivation of various cell lines within microfluidic
devices utilising 2D and 3D approaches, and then focus on stem cell applications. In each part, …

… of microfluidic devices for single-cell cultivation. Then, we summarize single-cell cultivation
in microfluidic devices for diverse applications, ie, cellular phenotyping, cell–cell interactions, …

… Working Principles of the Device The microfluidic device presented in this work is … In
conclusion, we developed a passive microfluidic device allowing us to cultivate cells. According to …

… ” for cell cultivation and … Microfluidic devices were applied for mimicking the in vivo environment
at various levels of mammalian body organization—from the surroundings of single cells …

… realized so far with microfluidic devices and systems for analysis of living cells. In the following
… of cell analysis: (1) cell sampling, (2) cell trapping and sorting, (3) cell treatment, (4) cell …

… various microfluidic devices employed to generate different cell-… 3D) cell culture, co-culture,
single-cell culture and automatic cell … , a microfluidic system can successfully cultivate highly …

… So far microfluidic devices for the cultivation of mammalian cells (such as liver, 5 kidney 6 …
(i) Cells cultivated in a device must show similar behaviour compared to cells cultivated in …

… 2.4 On-chip cell cultivation For cell cultivation experiments, the microfluidic device was
placed in an aluminium holder equipped with a heating system, temperature sensor and tubing …

… microfluidics for cell cultures has attracted much interest from scientists worldwide. Traditional
cell … related to the design of a novel microfluidic culture chamber, the fabrication approach …

… We have been fabricating microfluidic devices using thermoplastic substrates like PMMA,
COP… for cell cultivation, and can be produced in PMMA made microfluidic devices. One of these …