The programme as of 1.8. 2025 – the programme is still subject of minor changes

e/Day Sunday
November 16, 2025
Monday
November 17, 2025
Tuesday
November 18, 2025
Wednesday
November 19, 2025
Thursday
November 20, 2025
Friday
November 21, 2025
8:30-9:30 General in vitro cytotoxicity and cell death assays – Mathieu Vinken, Vrije Universiteit Brussel, Belgium
Alternative methods and OECD testing guidelines –
Helena Kandárová, CEM, Slovak Academy of Sciences, Slovakia
In vitro methods for skin irritation and corrosion testing – Helena Kandárová,
CEM, Slovak Academy of Sciences, Slovakia
In vitro kinetics and in vitro-in vivo extrapolation.
Bas Blaauboer, Utrecht University, The Netherlands
In vitro methods for testing genetic toxicity and carcinogenicity – Philippe Vanparys, GENTOXICON, Belgium
9:30-10:30 Introduction to adverse outcome pathways in in vitro toxicology.
Mathieu Vinken, Vrije Universiteit Brussel, Belgium
Developmental Neurotoxicity (DNT): Concepts, Strategies, and Future Directions
Eliska Kuchovska, IUF – IUF – Leibniz Research Institute for Environmental Medicine, Germany
In vitro methods for eye hazard testing –
Helena Kandárová, CEM, Slovak Academy of Sciences, Slovakia
PBK modelling and quantitative in vitro-in vivo extrapolation (QIVIVE).
Hsing-Chieh Lin, esqLabs
Group exercise
10:30-11:00 BreakBreakBreakBreak Break
11:00-12:00  Good in vitro method practice (GIVIMP and OECD GLP)
Helena Kandárová,
CEM, Slovak Academy of Sciences, Slovakia
In vitro methods for testing immunotoxicity and skin sensitisation – Sandra Coecke, JRC, Italy Pitfalls of in vitro testing.
Lucia Račková,
CEM, Slovak Academy of Sciences, Slovakia

Development and implementation of new approach methodologies in genetic toxicology.
Inger Brandsma, Toxys, The Netherlands
Group exercise
12:00-13:00 Lunch Break Lunch Break Lunch Break Lunch Break 
13:00-14:00 Liver-based in vitro models for toxicology purposes –
Mathieu Vinken, Vrije Universiteit Brussel, Belgium

Animal-product free cell culture: status and challenges.
Arno Gutleb, LIST, Luxembourg
The use of ‘omics’ in in vitro toxicology –
Theo de Kok, Maastricht University, The Netherlands


In vitro toxicology testing of nanomaterials.
Arno Gutleb, LIST, Luxembourg
Group exercise
14:00-15:00Lung-based in vitro models for toxicology purposes –
Arno Gutleb, Luxembourg Institute of Science and Technology, Luxembourg
Gastro-intestinal in vitro models for toxicology purposes – Marek Puskar/Jan Markus
MatTek Life Sciences/BICO group Slovakia Slovakia
Data management for in vitro toxicology.
Luiz Ladeira, GIGA Institute – Molecular and Computational Biology, University of Liège, Belgium

Concepts in microfluidics.
Silvia Quaglio, IVTech, Italy

Group exercise
15:00-15:30 BreakBreakBreak 
15:30 – 17:30







Registration starts from 15:30-16:00

Location: Hotel Park Inn,
Rybne Namestie 1, 81102 Bratislava

Hands-on training I
3D-model assembly and Vitrocell systems for inhalation toxicity testing.
Peter Pôbiš, IEPT CEM, Slovakia

Hands-on training II
In vitro gastro-intestinal toxicity testing with 3D models – Marek Puškár, MatTek Life Sciences/BICO group Slovakia Slovakia
Hands-on training III
In vitro eye irritation testing with 3D cornea models –
Marek Puškár, Silvia Letšiová, MatTek Life Sciences/BICO group Slovakia
Hands-on training IV
Introduction into the microfluidic work.
Tommaso Sbrana, IVTech, Italy



Written Exam







16:00-17:30
Course introduction
Helena Kandárová, CEM, Slovak Academy of Sciences, Slovakia

ESTIV-ECN
introduction
Luiz Ladeira, GIGA Institute – Molecular and Computational Biology, University of Liège, Belgium

Participants Introduction and refreshments
 Guided tour – Bratislava old town: 18:30 – 20:00
(start in front of Park Inn)

Social event at 20:00
In the spirit of traditional Slovak cuisine (vegetarian and vegan options included)

Location:
Koliba Kamzík, Michalská 16
Bratislava
End of the course Adjourn

Hands-on training V
Introduction into the Human on the Chip/Organ on a chip work ,
Hands-on training VI – 3D printing introduction and demonstration,
Hands-on training V
Introduction into the Human on the Chip/Organ on a chip work