Prof Henk van Loveren PhD
event_seat Professor


phone +31-43-3883982
account_balance UNS50 F4.126

Prof. Van Loveren studied biology at the Utrecht University, where he graduated in 1975. His PhD study was also done at the Utrecht University (Faculty of Medicine), and was finished in 1981 (tumorimmunology). Subsequently he spent two years as a post-doctoral fellow at Yale University, New Haven CT, USA (sensitising activity .
Since 1984 he was employed by the National Institute of Public Health and the Environment (RIVM), where he is now deputy head of the Laboratory for Toxicology, Pathology and Genetics.
On May 1 2002 he was appointed as special professor of Immunotoxicology at Maastricht University. His main field of interest is the study of effects of exogenous factors on the immune system, such as environmental chemicals, food components, and ultraviolet radiation. He is registered in the Netherlands as an experimental pathobiologist, toxicologist, and immunologist.
He (co-)authored over 400 papers and book chapters. Professor van Loveren serves as head of the World Health Organization Collaborative Centre of Immunotoxicology and Allergic Hypersensitivity at RIVM, as Member of the Panel of Nutrition, Dietetic Products and Allergies of the European food Safety Authority, and on the Editorial Boards of Toxicology and of Biomarkers.

Present Research Activities:
- Sensitising activity of low molecular weight chemicals
- Dose response assessment of food allergy
- Immunomodulatory effects probiotics
- Immunotoxic effects in pesticide workers
- Implementation of microarray techniques in toxicology

Present Education Activities:
- Organisation of the Post-doctoral Toxicology (POT) course Immunotoxicology

Associated Projects

Immunotoxicity of biotargeted nanomedicines

Methods and criteria for evaluating potential immunotoxicity of biotargeted nanomedicines More »

miRNAno finalized

Toxicogenomic studies on engineered carbon nanomaterials More »

NGI - Netherlands Toxicogenomics Centre (NTC) finalized

An applied system biology approach to predict chemical safety More »