Nowadays there exists a large variety of ion sensors based on polymeric or solid-state
membranes that can be used in a sensor array format in many analytical applications. This …

One of the main challenges faced by biodetection systems is the ability to detect and identify
a large range of toxins at low concentrations and in short times. Cell-based biosensors rely …

A Raman spectroscopy cell-based biosensor has been proposed for rapid detection of toxic
agents, identification of the type of toxin and prediction of the concentration used. This …

This paper gives a brief survey on biologically sensitive FEDs (field‐effect devices) and
introduces some recent approaches in this field. Basic concepts, functional principles and …

During recent decades, extensive industrialisation and farming associated with improper
waste management policies have led to the release of a wide range of toxic compounds into …

This paper describes the development and evaluation of a large transistor-based sensor
array chip for direct extracellular imaging. All of the sensors and electronics are designed …

This paper describes an approach to developing MOSFET-based scalable sensor arrays in
an unmodified standard CMOS process. The multiplexed design can be used as either a …

Silicon technology is one of the most promising for sensor development. Moreover,
electronic simulation tools, originally introduced to design electronic circuits, can be adapted …

Introduction 3. Basic structure and principle of bioFET 4. Immobilization of biological
components 5. Classification and application of bioFETs 5.1. Catalytical BioFETs 5.2. Affinity …

Multiparametric silicon sensor chips mounted into biocompatible cell culture units have been
used for investigations on cellular microphysiological patterns. Potentiometric, amperometric …