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This paper reports a microfluidic enabled print-to-screen (P2S) platform, which can achieve low-cost, high-throughput, high-precision printing with plug-and-play disposable cartridge, as well as parallel screening with minimized crosstalk. The performance of the P2S platform is characterized and, using this platform, the cell-killing performance of 3-out-of-10 drug combinations towards ovarian cancer...
Microfluidic Impact Printing (MI-Printing), which combines the desired features from the non-contact cartridge design of the inkjet printing and the dot-matrix impact printing, has been established for emerging biomedical applications. Using this droplet micropatterning platform, we can achieve the distinct features of submicroliter reagent manipulation with minimal dead volume enabled by the interchangeable/disposable...
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