Fumonisins (FMS), a class of Mycotoxins mostly produced by fusarium species, are found in
polluted food and feed and can seriously harm humans and animals. To ensure food safety …

This work reviews our recent progress in development of novel optical methods of detection
of mycotoxins in direct assay with either specific antibodies or aptamers. The main method in …

Simultaneous aflatoxin (AFB1) and zearalenone (ZEN) contamination in agro-products have
become widespread globally and have a toxic superposition effect. In the present study, we …

The current work is a continuation of our research targeted the development of novel optical
sensing technologies for detection of mycotoxins. The method of (TIRE) was developed in …

This work focuses on the development of the novel label-free optical apta-sensors for
detection of mycotoxins. A highly sensitive analytical method of total internal reflection …

The sensing performance comparisons presented in this work were carried out by exploiting
a suitable magneto-plasmonic sensor in both the traditional surface plasmon resonance …

This main aim of this work is the development of optical biosensors based on the LSPR
phenomenon in nano-structured gold films suitable for detection of low molecular weight …

Ellipsometry configurations in internal reflection mode facilitate studies of adsorption
processes without the light beam passing through the medium from which adsorption …

A number of optical bio-sensing methods were reviewed with their principles and main
characteristics outlined. The advantages and disadvantages of optical methods were …

Foodborne toxins are very widespread and very dangerous for health of people. It is very
important to control the level of T2 mycotoxin which has a high toxic effect and may serve as …