Antibiotic abuse is the main reason for the drug resistance of pathogenic bacteria, posing a
potential health risk. Antibiotic surveillance is critical for preventing antibiotic contamination …

An extended range whole-cell tetracycline biosensor strain was constructed by insertion of
the tet (M) gene, encoding tetracycline resistance by ribosomal protection, into plasmid …

With the widespread use of antibiotics and increasing environmental concerns regarding
antibiotic abuse, the detection and degradation of antibiotic residues in various samples has …

The excessive use of tetracycline poses a threat to human health, making it essential to
monitor and regulate its usage. While whole-cell biosensors offer a simple and cost-effective …

Three separate genetic strategies, based upon the induced expression of three different
genes (lacZ, selA and nuoA) were tested to provide the SciTox assay with sensitive and …

Due to the abuse of antibiotics, antibiotic residues can be detected in both natural
environment and various industrial products, posing threat to the environment and human …

Antibiotics as emerging environmental contaminants, are widely used in both human and
veterinary medicines. A solid-state nanopore sensing method is reported in this article to …

A tetracycline specific-screening assay for residue analysis in honey and raw milk using the
surface plasmon resonance (SPR) technology is described. For this purpose the principle of …

Tetracycline (TET) is one of the most extensively used antibiotics in humans and animals.
Fast and sensitive measurement of TET is of great interest. In this study, a triple-helix …

Bacterial live cell sensors are potentially powerful tools for the detection of environmental
toxins. In this work, we have established and validated a flow cytometry readout for an …