[Implanteus Lectures] CONFERENCE CANCELLED – 1st June : “Uncovering the cause of a major food safety incident by the application of analytical chemistry”, by Chris Elliott (Institute of Global Food Security, Queen’s University Belfast, Northern Ireland)

CONFERENCE CANCELLED. It will be postponed.

The Implanteus graduate school of Avignon University proposes for its second year a cycle of scientific conferences, combining face-to-face and distance lectures.

The next conference will take place online:

Wednesday 1st June 2022
2:30 pm online
“Uncovering the cause of a major food safety incident by the application of analytical chemistry”
Chris Eliott, Institute of Global Food Security, Queen’s University Belfast, Northern Ireland

Resume

During 2019 a series of food poisoning events and deaths occurred in Uganda due to an unknown causative agent. In response the World Food Programme (WFP) initiated investigations into the incidents which included contacting expert laboratories to analyse the main suspect product known as Super Cereal. The laboratories used a broad gamut of their testing capabilities to determine the cause of the incidents. This included targeted and non-targeted methodologies such as LC-MS/MS, QToF-MS and spectroscopic techniques coupled to chemometrics. The conclusion of the investigation was that the cause of the food poisoning was due to the presence of the Tropane alkaloids, atropine and scopolamine, in the Super Cereal. These alkaloids were found to be present due to the incorporation of Datura seeds during production of the Super Cereal. Furthermore, the data generated showed all outbreaks were caused by a single batch of the Super Cereal.

 

Professor Chris Elliott

Institute of Global Food Security, Queen’s University Belfast, Northern Ireland
Since 1986 Chris has been active in research related to veterinary drug residue analysis and specialised in using immunochemical based screening technologies. The research has widened to include a wider range of toxic chemicals in foods and agricultural commodities such as mycotoxins, phycotoxins and plant toxins. The technologies platforms researched have also increased to include many forms of biosensor and lateral flow techniques. He has published more than 300 papers in the field of detection and control of chemical contaminants in agri-food commodities and co-ordinated one of the world’s largest research project in this area (www.BioCop.org). He has also co-ordinated another major EU research project QSAFFE which is dealt with contaminant issues along the animal feed supply chain.