ABOUT THE BELGIAN SOCIETY FOR PARASITOLOGY AND PROTISTOLOGY
The Belgian Society for Parasitology (established on 10 February 1962 in Antwerp) and the Belgian Society of Protozoology merged on 19 February 2013 to form the Belgian Society for Parasitology and Protistology (BSPP). The aim of the new BSPP is to promote collaboration between researchers in Parasitology and Protistology at national and international level and support young scientists in the development of their career.
A key activity of the BSPP is the annual scientific meeting which is an opportunity to share research results and network with members of the Belgian parasitology and protistology community. Postgraduate research students are especially encouraged to present their work and an award is given annually for the best student presentation.
Infectious disease modeller Luc Coffeng of the Erasmus MC University Medical Center Rotterdam has been awarded the Boehringer-Ingelheim Award for his research on neglected tropical diseases. Coffeng works on mathematical models that inform public health policy in resource-limited settings, as well as the optimal design of field studies and clinical studies.
Neglected tropical diseases (NTDs) are a group of tropical infectious diseases that affect over one billion people globally and are mostly prevalent among the poorest of the poor, among whom they perpetuate a cycle of disease and poverty. The research performed by Coffeng aims to inform public health policy on how NTDs can be best controlled or eliminated in resource-limited settings. For instance, his work on intestinal worm infections and visceral leishmaniasis has contributed toward the formulation of new World Health Organisation targets and guidelines for control of these infections by 2030.
Mathematical models of tropical infectious disease transmission
Coffeng has provided a significant contribution to the development of mathematical models that predict how interventions affect the transmission of tropical infectious diseases like intestinal worm infection and visceral leishmaniasis. In his models, Coffeng captures how parasites are transmitted between hosts via the environment or via insects, and how individuals participate in public health interventions. For instance, Coffeng predicted how a change from annual to six-monthly treatment of entire communities (regardless of an individual’s infection status) can lead to control and even elimination of river blindness. Coffeng’s model predictions aim to inform World Health Organisation policy and guidelines, as well as the design of field studies into the control of tropical infectious diseases.
In his current work, Coffeng aims to investigate how mass treatment may help to eliminate parasitic worm infections in resource-limited settings. Using mathematical models, he hopes to predict the impact of human mobility and evolution of drug resistance on prospects of elimination, and how achievement of elimination can be evaluated. In addition, Coffeng works on mathematical models for the optimal design of drug and vaccine trials for malaria and hookworm infection, in collaboration with Radboud University Medical Center Nijmegen and Leiden University Medical Center. Ultimately, he hopes these activities will accelerate the control and elimination of tropical infectious diseases.
4th International Conference on Non Tsetse Transmitted Animal Trypanosomosis
COMBAR Training School
INTRODUCTION TO SOCIO-ECONOMICS OF HELMINTH INFECTIONS AND ANTHELMINTIC RESISTANCE IN RUMINANTS 21-23 NOVEMBER, BRUGES, BELGIUM
In this 3-day training school, participants will be introduced to principles and practices of research in socio-economic aspects of animal health management and of helminth infections and AR in particular. More info
The BSP 2019 Spring Meeting
The 2019 BSP Spring meeting is for the first time running as a joint event with the Belgian Society of Parasitology and Protistology and the Netherlands Society for Parasitology. Members from all three Societies will be able to benefit from reduced registration rates.
The meeting will have One Health as an embedded framework running through the four featured subject streams: Cell Biology, Host-Pathogen Interactions, Human Interventions, Ecology and Ecosystems and a workshop in Science Communication.
Visit the website at: https://www.myeventflo.com/event.asp?evID=2226