|Laura Saarimäki||PhD student||Toxicogenomics characterisation of nonmaterial mechanism of action||Omics data analysis, bioinformatics, molecular biology.|
|Laura Kananen||Postdoc||Epigenetic effects of chemical exposure||Epigenomics data analysis, epidemiology.|
|Pia Kinaret, PhD||Postdoc||Immunomodulatory effects of engineered nanomaterials.||Cell and molecular biology; immunology; nanotoxicology; bioinformatics.|
|Angela Serra, PhD||Postdoc||Integrated models in predictive systems toxicology and pharmacology.||Bioinformatics; biostatistics; omics data analysis, integration and modelling; systems toxicology; machine learning; cheminformatics.|
|Veer Marwah, MSc||PhD student||Gene network modelling in systems toxicology.
Integration of omics trchnologies in chemical risk assessment
|Bioinformatics; omics data analysis and integration. Programming. Systems toxicology.|
|Antonio Federico, MSc||Postdoc||Gene networks to model drugability of human cancers.||Bioinformatics. Omics data analysis and integration. Predictive pharmacology.|
|Vittorio Fortino, PhD||Postdoc, alumnus (2013 – 2018, currently assistant professor at the University of Eastern Finland)||Omics-derived biomarkers discovery.||Machine learning. Omics data analysis, integration and modelling. Systems toxicology.|
|Giovanni Scala, PhD||Postdoc||Multi-omics approaches to define engineered nanomaterials adverse outcome pathways (AOP).
Epigenomic therapeutic targets of human cancers.
Epidemiological epigenomics of asthma.
|Bioinformatics. Biostatistics. Omics data analysis, integration and modelling. systems toxicology.|