In recent years, food quality and safety have gained increasing attention. However, due to
the complexity of food composition, accurate classical extraction techniques require using …

The developments of analytical contactless conductivity measurements based on capacitive
coupling over the two years from mid-2018 to mid-2020 are covered. This mostly concerns …

This work presents a fully disposable microchamber for gas generation of a sample solution.
The microchamber consists of a cylindrical well-reactor and a paper-based microfluidic lid …

This study addressed the preparation, characterization, and assay of a screen-printed
electrode (SPE) modified with the Ce 3+ doped-CuO nanocomposite for the voltammetric …

Sulfite is a largely used preservative, and represents an analyte of interest, whose level
should be carefully monitored, given the implications of its use, on human health. The …

A microfluidic paper-based analytical device integrating a chromoreactand–a formylazo dye–
has been fabricated and used for a colorimetric assay of sulfites. The chromoreactand was …

A simple and green procedure for quantifying the ethanol concentration based on the
conductometric method and the uncatalyzed esterification reaction was demonstrated. The …

The work presents the latest exploitation of capacitively coupled contactless conductivity
detector (C4D) produced from printed-circuit board as durable detector for in-situ headspace …

A simple and cost-effective analytical approach based on the combination of purge and trap
technique coupling with smartphone-based image analysis was developed for the sensitive …

A universal clamp sample holder was newly designed and fabricated for use with a
microfluidic cotton swab-based analytical device (µCSAD) in smartphone-based colorimetric …