New system based on photonic biosensors can rapidly diagnose food allergies

Published on January 16, 2013 at 3:34 AM · No Comments

Researchers at the Institute of Materials Science of the Universitat de València, in consortium with various European companies and institutions, are developing a system based on photonic biosensors for rapid diagnosis of food allergies. The EU-funded project aims to make a low-cost instrument that in fifteen minutes, and from a single drop of blood, will perform effective allergy tests potentially for hundreds of foods simultaneously and without risk to patients.

Undiagnosed food allergies and unsuitable diets are, according to the experts, factors that can significantly reduce people's quality of life, and even cause death. More than 15 million people in Europe suffer from food allergies, including 6% of children, and this number grows progressively with great social and economic costs.

"Currently, the most common allergy tests are expensive tests and especially traumatic for children, as well as pose a risk of adverse reactions," says Daniel Hill, coordinator of POSITIVE- as the project is called - and researcher at the Universitat de València. "Beyond the project, the idea is to be able to put a food allergy diagnostic instrument that is fast, effective and safe in the surgery of every paediatrician, so that they can test during the first few years of life. The incorporated technology will on one hand allow the analysis from just one drop of blood, overcoming the frequently troublesome  blood sampling issue, and on the other provide much greater information for a more precise diagnosis.

POSITIVE is a multidisciplinary project focused on the development of a system of high-tech biosensors oriented to the recognition of biomolecules symptomatic of allergic reactions to food from patients. The system combines different technology components, some of which are reported in various scientific journals (such as IEEE Photonics, 4, 3, 986, Lab on Chip:2012,12, 3032-3035), that demonstrate multiple applications in different fields such as, for example, analysis of blood markers or filter laboratories.

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