RIVM
Centre for Infectious Disease Control - Zoonoses and Environmental Microbiology
Joke van der Giessen DVM PhD is a specialist veterinary microbiology and Diplomate European College Veterinary Parasitology since 2005. She is a senior scientist and head of the national reference laboratory for foodborne parasites at the National Institute of Public Health and the Environment. Main research areas are livestock, wildlife and foodborne zoonoses & zoonotic parasites. One Health and pandemic prevention. She chaired the WHO/FAO global ranking of foodborne parasites in 2012; coordinated EFSA funded project on the presence of Toxoplasma gondii in meat (GP/EFSA/BIOHAZ/2013/01); COST action FA1408 Food Borne Parasites in Europe. Co-coordinator of OH-EJP project Toxosources and 3 other OH-EJP projects. Past-president of the International Commission on Trichinellosis.

Moderator of 1 Session

Video On-Demand

Presenter of 3 Presentations

Video On-Demand

TOXOSOURCES 2020-2022: PROJECT HIGHLIGHTS (ID 1501)

Session Type
Video On-Demand
Date
08/21/2022
Session Time
18:00 - 21:00
Room
Video On-Demand
Lecture Time
18:10 - 18:30
Onsite or Pre-Recorded
Pre-Recorded
Video On-Demand

CHAIR INTRODUCTION (ID 2082)

Session Type
Video On-Demand
Date
08/21/2022
Session Time
18:00 - 21:00
Room
Video On-Demand
Lecture Time
18:00 - 18:10
Onsite or Pre-Recorded
Pre-Recorded
01. Living with parasites

HOW IMPORTANT ARE ZOONOTIC PARASITES FOR PANDEMIC PREPAREDNESS? (ID 1181)

Session Type
01. Living with parasites
Date
08/23/2022
Session Time
10:45 - 12:15
Room
Hall B3.M5+6
Lecture Time
12:00 - 12:15
Onsite or Pre-Recorded
Onsite

Abstract

Introduction

Emerging infectious diseases have predominantly (>75%) originated from animal reservoirs and therefore prevention in animal reservoirs and risk mitigation at the animal-human interface are of major importance to reduce their transmission risk. This emphasizes the importance of prevention, sensitive surveillance systems in animal reservoirs, (pandemic) preparedness and response against emerging zoonotic threats on the global level. Are we prepared enough if the next pandemic is caused by a zoonotic parasite X?

Methods

We showcase a selection of European examples of emerging zoonotic parasites to discuss the relevance for pandemic preparedness.

Results

Early detection and effective control of zoonotic agents, before animal-to-human transmission occur, is one of the most effective strategies to limit their public health impact. Early warning and surveillance systems in animal reservoirs will give important information to assess the risks and to prevent transmission to humans.

Conclusions

Parasites should not be forgotten in improving preparedness to new infectious threats. Potential drivers of emergence include changing climate, globalization, changing food habits and human behaviour. Challenges include complex life cycles, wide host ranges, long incubation periods, chronic and subclinical infections, and resistant environmental stages, as well as ensuring diagnostic capacity, expertise and awareness at global level.

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