An in silico study to geometrically optimize microfluidic trap array for trapping efficiency
Nicolas Ruyssen,
Jacques Fattaccioli,
Marie-Caroline Jullien
et al.
Abstract:Microfluidic Trap Arrays (MTAs) appear as very promising tools for several applications like cancer understanding and treatment or immune synapse research. The MTAs principle is the following: samples are diluted inside a fluid going through a microfluidic chamber composed of an array of a large number of traps. While following the fluid flow, samples can encounter traps that isolate them or very small group of them from the others. However, it often appears that many traps stay empty, even after a long time w… Show more
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