Abstract:Nowadays, the polymerase chain reaction (PCR) has extensively adapted to microfluidic devices for several features such as the low consumption of reagents and sample, portability, high-throughput, and low fabrication costs [1]. The reduction of the amplification time has been a relevant parameter since the invention of the PCR, where rapid microfluidic PCR is especially preferred for the detection of infectious diseases [1,2]. The continuous-flow-based PCR is a type of microfluidic PCR that proposes the mobili… Show more
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