This paper presents the EcoChip, a new system based on the state-of-the-art electro-
chemical impedance (EIS) technologies allowing the growth of single strain organisms …

This paper presents the EcoChip 2, an autonomous multimodal bio-environmental sensor
platform for the monitoring of microorganisms in the northern habitat. The EcoChip 2 …

To tailor the broadly applied polymerase chain reaction (PCR) technology to point-of-care
settings, an intuitive, time-saving, and cost-effective method to determine the DNA …

This article describes a new biosensor prototype that uses microscale electrodes to measure
impedance, pH, and temperature changes caused by bacterial growth in vitro. The prototype …

This paper presents a small microcontroller-based sine-wave generator for probe signals of
a wide range of amplitudes and frequencies, which requires very little energy so that it can …

Current technologies are lacking in the area of deployable, in situ monitoring of complex
chemicals in environmental applications. Microorganisms metabolize various chemical …

Microinterdigitated electrode structures (μIDES) have widely been used for electrochemical
cell impedance spectroscopy (ECIS). For instance ECIS has been used to study biofilm …

A low power, low cost, and simple electronic readout system has been developed for rapid
bacteria detection with impedance biosensor. Such an interface will enable the label free …

A continuous rise in the wastes from industrial effluents, bio-waste, and pharmaceuticals has
deteriorated surface water and drinking water sources. Standard laboratory tests of total …

We present a complete in-lab system to monitor the plant and its surrounding environment.
The plant impedance is directly measured in a continuous manner, while, simultaneously …