Flight Testing of a Microfluidic Biochemical Analysis Lab-on-a-Chip
PI: Richard Mathies, Anna Butterworth (Co-I), University of California - Berkeley
PI: Richard Mathies, Anna Butterworth (Co-I), University of California - Berkeley
- NA
Monitoring astronaut health in space and making appropriate interventions is crucial for long-duration human space exploration. Earth-based clinical analysis typically involves large labs and equipment not conducive to flight. There is, therefore, a need for the development of autonomous, miniaturized biochemical analyzers that are suitable for space flight. Such an analyzer could also be used for environmental testing.
Thisdemonstration willadvance the technology’s environmental testingcapabilities andreduce the risk of using the device for analysis on icy moons.Itwill alsoestablish the feasibility of developingmicrofluidic systems for clinical health monitoring in space. Specifically, parabolic flight tests will first assess the device’s basic microfluidic functions. A second round of flights will perform more complex chemical and biochemical assays. The systemis expected to advance to TRL 6.
Planned for infusion in two maturing instruments:
- Enceladus organic analyzer (NASA’s Maturation of Instruments for Solar System Exploration)
- Microfluidic organic analyzer for biosignatures (NASA’s Instrument Concepts for Europa Exploration)
Technology Details
-
Selection DateTechFlights20 (Sep 2020)
-
Program StatusActive
- 2 Parabolic
Development Team
-
PIRichard Mathies
-
PI Organization
-
Co-IAnna Butterworth
-
Co-I Organization
-
Sponsor