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Posts Tagged "sensors"

Senso-fluidics: Continuous monitoring using sensors in microfluidics

Senso-fluidics: Continuous monitoring using sensors in microfluidics

Humans have always been fascinated with reverse engineering, whether to create Frankenstein or artificial organs. This science fiction is slowly becoming a reality using the organ-on-chip and tissue engineering technology. In organ-on-chip technology, the physiological function of a human organ is closely mimicked inside a microfluidic channel. Tissue engineering may involve bio-printing of living cells inside a scaffold to mimic a whole organ. Both these technologies offer great promise for developing personalized medicine and studying disease models. The successful use of this technology will depend on the ability to maintain healthy cell environment and monitor biological processes inside microfluidic channels for an extended period of time (~2-4 weeks). By integrating sensors inside microfluidic channels, these parameters can be continuously monitored. The advantages of integrating sensors into microfluidic channels are: (more…)