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Cited by (147)
A critical assessment on micro-blowers and pumps for different engineering applications
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2021, Biosensor Based Advanced Cancer Diagnostics: From Lab to ClinicsAdvances in diagnostic microfluidics
2020, Advances in Clinical ChemistryCitation Excerpt :In the early 1960s, the capability of photolithography extended to other kinds of miniaturized systems, including microfluidics. In the late 1980s, microfluidic technology was fully embraced in the research community and the first micropumps and microvalves were developed to manipulate fluids for biological applications [5–7]. Among them, micropumps developed by Jan Smits were used to control insulin delivery systems to ease diabetics' painful and frequent needle injections [8].
Optically controlled electrophoresis with a photoconductive substrate
2018, Optics and Lasers in EngineeringA pinch-valve for centrifugal microfluidic platforms and its application in sequential valving operation and plasma extraction
2015, Sensors and Actuators, B: ChemicalBioMEMS in drug delivery
2013, Advanced Drug Delivery ReviewsCitation Excerpt :Many of the same mechanisms used for pump actuation have also been used for valving, such as thermal deflection of shape memory alloys [186] or metallic bilayers [187] and channel constriction by magnetic or thermopneumatic methods [188]. Piezoelectric valves have also been demonstrated [151], including a dual-valve manifold for multi-drug delivery with integrated pressure sensors, power supply, control circuitry, and spring-loaded reservoirs [189,190]. By incorporating stimuli-sensitive components, valves can also respond directly to their environment without electronic control.