Agroecology 2 min

Toulouse, center of European veterinary epidemiology

Organized in Toulouse by the Host-Pathogen Interactions Laboratory (IHAP - INRAE/ENVT) of INRAE Occitanie-Toulouse center, the 2023 edition of the European Veterinary Epidemiology Conference was a huge success, bringing together 238 scientists from 31 countries on 5 continents.

Published on 13 April 2023

illustration Toulouse, center of European veterinary epidemiology
© SVEPM

The Society for Veterinary Epidemiology and Preventive Medicine (SVEPM) is proud to have organized its most important scientific event since its foundation in 1982 on March 22-24, 2023.

With the objective of sharing new knowledge and ideas, initiating collaborations, and fostering exchanges between scientists, this conference addressed broad fields such as predictive health approaches, the interface between animal health, public health and ecosystem health, and the link between research and risk management.

Dr. Marius Gilbert, Vice-Director of Research at Université Libre de Bruxelles, opened this European conference. He shared his experience of the close links between science, communication and decision support, notably through his experience as advisor to the Belgian government during the COVID-19 pandemic.

The next two days were devoted to 20 selected oral presentations, out of 84 submitted abstracts, in a long format of about 30 minutes. A quarter of these presentations were given by French research laboratories. Dr. François Roger (CIRAD, Montpellier) closed the conference with a presentation on the contribution of epidemiology to development in the Global South.

In addition to these oral presentations, 100 scientific posters were presented to broaden the illustrations of the thematic fields of veterinary epidemiology.


Congratulations to the IHAP laboratory's animal health decision epidemiology team led by Timothée Vergne, the new SVEPM junior vice-president! See you from March 20 - 22, 2024 for the next edition in Uppsala, Sweden.

Communication department INRAE Occitanie-Toulouse

Scientific contact

Timothée VERGNE Associate Professor ENVTIHAP

Centre

Division

Learn more

Biodiversity

Analysis of 65 years of work on the relationships between forests, deforestation and infectious disease emergence

PRESS RELEASE- The global COVID-19 pandemic has shed light on the importance of certain previously little-studied scientific areas such as the relationships between ecosystems, their biodiversity and the emergence of new infectious diseases. Humans are making increasing use of their environment and so they are more exposed to certain microbes lurking in the shadows, a situation that may heighten the risk of new types of infection. Researchers from INRAE, CIRAD, IRD and the Pasteur Institute of French Guyana recently published in Environmental Research Letters a systematic literature review, using bibliometrics, of some 565 papers published between 1953 and 2018 on the relationships between forests, deforestation and emerging infectious diseases and noted just how scarce information on this major issue is.

07 May 2020

Food, Global Health

A One Health approach to the management of the COVID-19 health crisis in the Toulouse region

PRESS RELEASE - The team of researchers in animal health economics from the National Veterinary School of Toulouse (ENVT) and INRAE have analysed the costs and benefits associated with several COVID-19 management scenarios, by developing a model for evaluating lockdown exit strategies. This study was derived from methods used for livestock disease management. The study Individual Behaviors and COVID-19 Lockdown Exit Strategy: A Mid-Term Multidimensional Bio-economic Modeling Approach was published on 17 November 2020 in Frontiers in Public Health.

18 November 2020

Food, Global Health

Fresh ammunition in the war on lice!

PRESS RELEASE - Lice are parasitic insects which cause a significant public health problem, affecting millions of people every year. While head lice may be the best-known members of this family, their cousins, body lice, are even more redoubtable. The human lice Pediculus humanus are the causative agent of pediculosis, an infestation characterised by intense itching of the scalp and body. Beyond the social impacts caused by these tenacious parasites, the physical consequences of their presence can be serious as body lice harbour bacteria that can cause severe illness. What is more, they are becoming increasingly resistant to treatment. A novel study led by researchers from INRAE and the University of Tours has revealed the ways in which various insecticides, already in use against other parasites, act on lice. The study, published on 18 February in PLoS Pathogens, provides insight into how these insecticides work and opens up new areas for manœuvre in the ongoing fight against lice.

15 February 2021