Speciality Sections
Speciality Sections give the opportunity to all society members interested in a particular field of toxicology to exchange scientific views and participate in specialized symposia, workshops, continuing education courses, and other activities.
To join any of our Speciality Sections, just complete the google form.
Congratulations to the recipients of the 2025 Speciality Section Awards presented during EUROTOX2025 in Athens.
Carcinogenesis Speciality Section
Leonie Czernik, IUF – Leibniz Research Institute for Environmental Medicine (Germany)
Abstract: Species-, Cell Type- and Developmental-Specific Variability in DNA Repair Capacities of Human and Rodent Neural Progenitor Cells.
Abstract: Species-, Cell Type- and Developmental-Specific Variability in DNA Repair Capacities of Human and Rodent Neural Progenitor Cells.
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ERASS Risk Assessment
Ida Due, Technical University of Denmark, Environmental and Resource Engineering (Denmark)
Abstract: Quality evaluation and review of in vivo mammalian reproductive and developmental toxicity studies on micro- and nanoplastics.
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In2Tox In Vitro / In Silico Toxicology
Manon Murdeu, Empa (Switzerland)
Abstract: Human-based placenta-embryo chip for developmental toxicity assessment of nanoparticles and drugs.
Abstract: Human-based placenta-embryo chip for developmental toxicity assessment of nanoparticles and drugs.
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ITCASS Immunotoxicology
Sergio Gómez-Olarte, Helmholtz Centre for Environmental Research - UFZ (Germany)
Abstract: PFAS mixture effects on single-cell CyTOF-based profiling of human primary immune cells: transitioning to new approach methodologies.
Abstract: PFAS mixture effects on single-cell CyTOF-based profiling of human primary immune cells: transitioning to new approach methodologies.
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Molecular Toxicology
Joshua Bateman, Swansea University (UK)
Abstract: Differential toxicology of air pollution: co-exposure of particulate matter and NO2 induces transcriptomic alterations at the epithelial airway barrier in vitro.
Abstract: Differential toxicology of air pollution: co-exposure of particulate matter and NO2 induces transcriptomic alterations at the epithelial airway barrier in vitro.