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The MicroFluChip project develops a microfluidic chip for biomedical analysis, specifically measuring blood cells in droplet-bioreactors. Utilizing bioimpedance spectroscopy, it enables high-throughput processing without surfactants, ensuring cell viability and contamination prevention.
Microfluidic devices can integrate laboratory functions such as biomedical analysis on a single chip.
They produce a huge market for the upcoming decades, as they seem to compete, rewardingly, benchtop instruments.
Microfluidic devices became innovative as an increasing number of applications use microfluidic reactors for cultivating cells.
Microfluidic devices might work with segmented flows where cells might be cultivated within miniaturized droplets, called droplet-bioreactors.
MicroFluChip p…
TALLINN UNIVERSITY OF TECHNOLOGY
TALLINNA TEHNIKAÜLIKOOL
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