The current trend to control indoor air‐quality and to monitor environmental pollution has
created a strong demand for miniaturized and inexpensive gas sensors for volatile organic …

The development of new methods of on-line monitoring of biological liquids such as human
blood, blood plasma or dialysis solutions for artificial kidney is still an urgent task. Ion …

The increasing need for portable analysis systems to be used in field sensing applications
with the quality and reliability of laboratory analyses, characterized by high sensitivity and …

The appropriate detector and effective procedure of sample pretreatment enabling the
elimination of matrix effects in analysis of complex samples are significant elements of each …

Background: We developed a silicon-based biosensor that generates visual, qualitative
results or quantitative results for the detection of protein or nucleic acid targets in a multiplex …

The performance of a sensing module for pO2, pCO2, and pH was tested from a practical
point of view and its design was modified for the pO2 electrode and the pH combination …

The analysis of the volatile organic compounds (VOCs) released by bio-systems represents
a promising approach for the diagnosis of human diseases including cancers. Experimental …

We developed a monolithic subsystem that integrates a microgas chromatography (μGC)
separation column and on-column, nondestructive Fabry-Pérot (FP) vapor sensors on a …

In this paper we present a compact technological demonstrator including on the same glass
substrate an electrowetting-on-dielectrics (EWOD) system, a linear array of amorphous …

Preliminary studies to obtain an integrated solid state gas microsensor are presented in this
work. FEM thermal simulations have been carried out to optimize the membrane and heater …