Division of Molecular Toxicology

.\ MolTox    ..\ Dept. Chemistry and Pharmaceutical Sciences    ...\\ Faculty of Science

moltox 25

Members of the division June 2025.
Location, O2 Building, VU Amsterdam.
[Other group photos]

The Division of Molecular Toxicology is specialised in developing human in vitro (non-animal) based strategies for the understanding of the molecular mechanisms of chemical-induced toxicity in order to better predict chemical safety in humans. The laboratory is specialised in human cell culture, metabolism, toxicity determination and omic analysis. In vitro models include human primary cells, human cell lines and induced human Pluripotent Stem Cell derived cells.

Our research has the following focus points:

# induced pluripotent stem cell generation and differentiation into renal, liver, cardiac, immune and vascular lineages
# cell culture optimisation and microfluidic systems
# mitochondrial imaging and activity
# Xenobiotic metabolism and transport (including the influences of polymorphisms);
# Molecular mechanisms of chemical- induced cellular perturbations using human based in vitro models (including liver, kidney, endothelial and cardiac cells);



What is toxicology ? Toxicology is the study of poisons and their effects on cellular systems. However, everything is poisionous, it is the dose that makes something a poison. [read more]

Address:
Division of Molecular Toxicology,
Department of Chemistry and Pharmaceutical Sciences,
Amsterdam Institute for Molecules, Medicines and Systems,
Vrije Universiteit Amsterdam,
De Boelelaan, 1108,
1081 HZ Amsterdam,
The Netherlands.
Floor 3, O|2 building.
[ Google map link ]
email p.jennings@vu.nl, e.v.langemeijer@vu.nl


Announcements

Lenya strikes again and wins the best PhD presentation at the NVT 2025. Congrats Lenya ! 🎈

Latest TABASAS podcast on Douglas Adams.


 




The Moltox Team

Senior Scientific Staff PhD Candidates

Prof. Dr. Paul Jennings (chair)
Dr. Chris Vos
Dr. Anja Wilmes
Dr. Sofia Moco
Dr. Ellen Langemeijer
Dr. Thaís Silva Pinto  
Vidya Chandrasekaran  

Technical Staff

Daniel Da Costa Pereira
Jasmijn Hundscheid

Affiliated

Dr. Tugce Su
Dr. Daan Geerke
Dr. David A. Poole  



in the lab

Victoria Pozo Garcia {Moco, RISKHUNT3R}
Lenya de Brouwer {Wilmes, VHP4SAFETY}
Olivia Klatt (Wilmes, EFSA)
Fan Yang (Moco)
Valentina Ferro (Moco)
Fanny Beekman (Moco, with iHLS, J. van Muijlwijk-Koezen)
Danielle Gramsbergen (Moco, with A-Life, J. van Heerden)
David Heiler {Jennings, CHIASMA}
Michaela Venter {Jennings, CHIASMA}
Mengqiu Zhang {Moco, FERMI}

data analysis

Emma Sturic

submitted or in submission

Tamara Meijer
Cormac Murphy
Vidya Chandrasekaran
Rosa Luirink

moltox II - Alumni

Dr. Giada Carta - Detection And Characterisation Of Chemical Induced Mitochondrial Perturbations utilising human in vitro models
Dr. Liliana Capinha - Application of new approach methodologies in molecular toxicology: A case study on metabolism and cellular stress responses from glutathione conjugation products of trichloroethylene

Dr. Koen Visscher Calibration of next generation first-principle derived polarizable force fields
Dr. Sandra Ortega Ugalde A new target for an old enemy
Dr. Eko Rifai Applicability and performance of linear interaction energy based binding affinity calculation
Dr. Angelina Huseinovic Mistaken identity: Paracetamol induces amino acid starvation through mimicry of tyrosine and changes ubiquitin homeostasis
Dr. Stefan Dekker Characterization of biotransformation enzymes involved in Adverse Drug Reactions.


Video Section






All PublicationsLink ]

Recent publications

Human and rat renal proximal tubule in vitro models for ADME applications
Transcriptomic changes and mitochondrial toxicity in response to acute and repeat dose treatment with brequinar in human liver and kidney in vitro models.
Differentiation and Subculturing of Renal Proximal Tubular-like Cells Derived from Human iPSC
Evaluation of the impact of iPSC differentiation protocols on transcriptomic signatures
Transcriptional landscape of mitochondrial electron transport chain inhibition in renal cells
awards

Highlights
(hover over for details)

     
Projects
The group is a partner in several EU level and national projects. The images and links below capture some of them.

set          in3logo     RISKHUNT3R                    Chiasma


         MOMHALK

        Its the Halk.



MolTox Duckery
MolTox logo explained (drawn by the the talented Sam McCabe).

The logo symbolises the ability to model from biological data (the blue liver shaped centre) - in order to expand / fly to new heights of knowledge. The logo also represents the aquatic based habitat of Amsterdam. 

We hope you don't think we are quackers. MolTox




https://moltox.chem.vu.nl                 https://www.aimms.vu.nl/