The microtiter plate has been an essential tool for diagnostics, high-throughput screening,
and biological assays. We present an alternative platform to perform bioassays in a …

Toner-based microfluidic devices have emerged since 2003 as promising platforms for
bioanalytical applications. The simplicity of the fabrication process, the low instrumental …

Although paper-based colorimetric sensors utilizing enzymatic reactions are well suited for
real-field diagnosis, their widespread use is hindered by signal blurring at the detection spot …

A modular, general method for trapping enzymes within the voids of paper, without chemical
activation of cellulose, is reported. Glucose oxidase and peroxidase were crosslinked with …

A simple method for interlocking glucose oxidase (GOx) and horseradish peroxidase (HRP)
in cellulose fibers using poly (acrylic acid)(PAA) as an armor around the enzyme, without …

Polycaprolactone nanoparticles (NPs) were produced in the co‐flow glass capillary device
with 250 μm tip dimension. NPs size was 990 nm for continuous phase velocity, and uc …

This work describes the development of a microfluidic analytical device prepared on a
transparent OHP film substrate, named the microfluidic transparent film-based analytical …

This report describes the use of toner-based microzone plates for quantitative determination
of glucose in artificial urine and human serum samples using colorimetric detection. The …

Paper analytic devices (PADs) are a cheap and effective way to detect a variety of analytes,
such as antibiotics, illicit drugs, and contaminants in water. PADs consist of a number of …