A fully integrated multiparameter microsensor chip is presented for continuous monitoring of
concentrations of different blood gases (eg, pH, PO/sub 2/, pCO/sub 2/), ions, and …

The discrimination of various chemical compounds is generally impossible by using a single
tin dioxide-based gas sensor. This research is focused on the development of a hybrid micro …

Biosensors are a promising tool for a wide variety of target analyte detection and enable
point-of-care diagnostics with reduced volume and space. The integration of sensing …

The fabrication of a miniature blood pH monitoring system formed on a silicon wafer using a
pH ISFET and a new type of micro-valve actuator is described. The system samples the …

By taking advantage of both the semiconductor properties and the advanced
micromachining possibilities of silicon, integration of back-side photodiodes with a …

4.4 Electrochemical sensors 4.4. 1 Voltammetric/amperometric sensors 4.4. 2 Potentiometric
sensors (chemotransistors) 4.4. 3 Conductometric sensors 4.4. 3.1 Chemoresistors 4.4. 3.2 …

Life science is a field of dynamic development and can benefit from the usage of
microelectronics in numerous applications. Various devices for separation of different (bio) …

The desideratum to develop a fully integrated Lab-on-a-chip device capable of rapid
specimen detection for high throughput in-situ biomedical diagnoses and Point-of-Care …

A fully integrated gas sensor microsystem is presented, which comprises for the first time a
micro hot plate as well as advanced analog and digital circuitry on a single chip. The micro …

Silicon and polymer microtechnologies have been developed in order to integrate pH-metry
techniques in the frame of medical diagnosis. Thus, a fluidic analysis device has been …