To demonstrate the potential use of CMDs as a platform for
simple diagnostic assays, we fabricate microfluidic cloth-based
analytical devices (mCADs) to perform the colorimetric assay of
protein, i.e. Bovine Serum Albumin (BSA), in artificial urine.
Similar to previous works by other authors, the result would
demonstrate the potential benefit of mCADs as low-cost,
portable and simple assays for remote areas as well as for home
health monitoring systems.
We further show that a mCAD is a flexible platform for performing
a microfluidic bioassay. A simple 2D device consisting of
a sample zone, a hydrophilic channel, and a reaction zone is
fabricated. The device is pinned at its four corners in a bent
condition to investigate if the analyte can still flow along the
channel into the reaction zone. We demonstrated that observable
To demonstrate the potential use of CMDs as a platform forsimple diagnostic assays, we fabricate microfluidic cloth-basedanalytical devices (mCADs) to perform the colorimetric assay ofprotein, i.e. Bovine Serum Albumin (BSA), in artificial urine.Similar to previous works by other authors, the result woulddemonstrate the potential benefit of mCADs as low-cost,portable and simple assays for remote areas as well as for homehealth monitoring systems.We further show that a mCAD is a flexible platform for performinga microfluidic bioassay. A simple 2D device consisting ofa sample zone, a hydrophilic channel, and a reaction zone isfabricated. The device is pinned at its four corners in a bentcondition to investigate if the analyte can still flow along thechannel into the reaction zone. We demonstrated that observable
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