Cofunding core facility - M@UG-CF

BOOSting excellence in environmental EPIgenetics

Engineering sustainable marine ecosystems for environmental and human health

Partnership for the assessment of risks from chemicals

Enzyme biodiscovery pipeline optimisation via toolbox development

European Research Infrastructure for Marine Bioprospecting

Cofunding core facility - EMBRC+ Core Facility

Sea Spray Aerosol and It’s Human Health Effects

Policy Brief: Analysis of the link between microplastics, the environment and human health

Environmental and human health effects of marine toxins under increasing anthropogenic pressure.

Public health risks of Microplastics and trace metals in drinking water supply system components in Addis Ababa, Ethiopia.

Assessment of the environmental and human health risks of the munition dumpsite “Paardenmarkt”.

Blue BALANCE: Sustainable Economic Development of Flemish Coastal Areas For All

Effect assessment of ingested small microplastics and nanoplastics for human health through in vitro experiments and QSAR modelling

Marine biomolecules in sea spray aerosol: bio-discovery for human health

Towards a biology-based extrapolation in environmental risk assessment: development of a mechanistic framework to include (epi) genetic variation in the risk evaluation of chemicals in aquatic ecosystems

Multi-color flow cytometry for applied biological research

Ultrafast-scanning tandem ICP-mass spectrometer for interference-free and highly-sensitive transient signal monitoring

Long-term effects of environmental change on invertebrates at the basis of marine food webs: A multigenerational, interspecies, interorder approach

Effects of ocean warming on invertebrates at the basis of marine food webs: A multigenerational, interspecies, interorder approach

The Flemish contribution to the European Marine Biological Resource Centre (EMBRC-ERIC)

Development of a mechanistic proof-of-concept to improve chemical toxicity evaluation for aquatic populations in a multi-stress context.

Interactive effects of insecticides and cyanobacterial stress in Daphnia pulex: Development of a predictive model using gene expression microarrays and support vector machines