HR
Harold Raat
Contributed
3 records found
Design of a miniature gas exchanger for oxygen control in microfluids
Design, integration, fabrication and validation of a miniature cell medium gas exchanger to control (sub)physiological oxygen concentrations on a liver chip
Current technology of Organ-on-Chips allows investigation of human cells outside the body including a microfluidic medium flow. Control of oxygen in this microfluidic flow is required to mimic the situation as in the human liver (physiological) or to create temporary low oxygen c
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Organ-on-chip (OoC) technology has transformed biomedical research by providing a platform to simulate physiological conditions for drug development and disease modeling. Incubator-free OoC systems offer notable advantages over traditional approaches, including enhanced adaptabil
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Organ-on-chip (OoC) technology has transformed biomedical research by providing a platform to simulate physiological conditions for drug development and disease modeling. Incubator-free OoC systems offer notable advantages over traditional approaches, including enhanced adaptabil
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