This review considers the evolution of optical-based biosensors for bacterial pathogen
detection as the causative agents for different diseases. Conventional identification and …

Abstract Each year, 3.4 million people die from waterborne diseases worldwide.
Development of a rapid and portable platform for detecting and monitoring waterborne …

The safety of potable water relies on sensitive and specific testing of samples for pathogenic
waterborne agents. Traditional methods often fail to recover or detect the causative …

Rapid and low-cost pathogen diagnostic approaches are critical for clinical decision-making
procedures. Cultivating bacteria often takes days to identify pathogens and provide …

Laboratory procedures performed in water treatment studies frequently require the
characterization of (oo) cyst suspensions. Standard methods commonly used are laborious …

A fluorescence-free ultrasensitive norovirus nanoimmunosensor was investigated based on
gradient-fitting super-localization by three-dimensional (3D) dual-view light sheet …

Flow cytometry running on miniature wireless devices for facile and field-deployable
analysis of biological samples is an innovative technology for molecular and cellular …

Detecting harmful bacteria in drinking water is a significant concern for public health.
Indicator bacteria like E. coli and fecal streptococci serve as markers for fecal contamination …

This chapter will cover a range of optical detection technologies, which either detect the
intrinsic properties of the microorganisms themselves or exploit external labels. Optical …

In this work, a biosensor based on surface plasmon field‐enhanced florescence
spectroscopy (SPFS) method was successfully constructed to detect the truncated form of …