Pesticides, due to their lucrative outcomes, are majorly implicated in agricultural fields for
crop production enhancement. Due to their pest removal properties, pesticides of various …

Over the last decades, cholinesterase (ChE) biosensors have emerged as an ultra sensitive
and rapid technique for toxicity analysis in environmental monitoring, food and quality …

Neurotoxic organophosphates (OP) have found widespread use in the environment for
insect control. In addition, there is the increasing threat of use of OP based chemical warfare …

Many organophosphorus (OP) based compounds are highly toxic and powerful inhibitors of
cholinesterases that generate serious environmental and human health concerns …

The performance of electrochemical biosensors developed for the determination of inhibiting
species is considered. The role of various factors affecting the analytical characteristics of …

Engineered variants of Drosophila melanogaster acetylcholinesterase (AChE) were used as
biological receptors of AChE-multisensors for the simultaneous detection and discrimination …

Recent world‐wide terrorist events associated with the threat of hazardous chemical agent
proliferation, and outbreaks of chemical contamination in the food supply has demonstrated …

A sensitive screen-printed amperometric multielectrode biosensor for the rapid
discrimination of the insecticides paraoxon and carbofuran in mixtures was developed. It …

Recently elevated concerns of environmental contamination with organophosphate (OP)
insecticides and the possible use of OP nerve agents by terrorists have spurred interest in …

A simple and reliable technique has been developed for the construction of an
amperometric acetylcholinesterase biosensor based on screen-printed carbon electrodes …