Abstract
A microfluidic device (1) comprising: a fluidic inlet (14) and a fluidic outlet (16), and a plurality of interconnected fluidic channels (31, 32), fluidically coupling the fluidic inlet (14) to the fluidic outlet (16), wherein a net nominal flow direction (4) of each of the plurality of interconnected fluidic channels (31, 32) is substantially parallel, wherein adjacent fluidic channels (31, 32) are fluidically interconnected to each other at a plurality of locations along each of the fluidic channels (31, 32), wherein the fluidic channels (31, 32) comprise a plurality of stationary phase particles (2), characterized in that, within each fluidic channel (31, 32), neighbouring particles (2), along a local flow direction, are separated from each other by a mean distance that is at most half of a mean diameter of the particles (2).
| Original language | English |
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| Patent number | WO2023213804 |
| IPC | G01N 30/ 60 A I |
| Priority date | 1/05/22 |
| Publication status | Published - 9 Nov 2023 |