Disruptive Microfluidics: From Life Sciences to World Health to Energy
作者： YongTae Kim , William C. Messner , Philip R. LeDuc
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摘要: Abstract Microfluidics has evolved from chemical controlling approaches to a disruptive science and technology that bridges wide range of applications. is no longer simply manipulates small amounts fluids in channels, but through transdisciplinary expansions now addressing challenges energy world health care model organ formation. We present topics which microfluidics having profound effects, including (1) developing biofuel such as microbial fuel cells for energy; (2) creating physiological systems organ-on-a-chip; (3) issues paper microfluidics; (4) building optofluidics combining optics with solar conversion; (5) spatiotemporal biochemical stimulators enable the testing cellular even tissue understanding embryonic development. discuss these microfluidic areas where i...
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