Software automated genomic engineering (SAGE) enabled by electrowetting-on-dielectric digital microfluidics
Published in Chemical Sensors
The intimate integration of digital electrowetting microfluidics and optical microcavity sensors results in an excellent platform for low power consumption, high sensitivity integrated sample preparation and testing, which is particularly useful for medical diagnostics and water quality testing. In this work, a microresonator structure with a burie...
Published in IEEE Sensors Conference
The intimate integration of optical components with microfluidics technology will enable next generation portable LoC systems that may completely contain optical generation, processing, and detection. Toward the chip scale integration of digital microfluidics with active compound semiconductor devices, heterogeneous integration technology is used i...
Published in IEEE Design & Test of Computers
Published in Sensors and Actuators B Chemical