The in vitro model helps close the knowledge gap in metabolism and systemic toxicity of glycol ethers and may support the safety assessment of solvents with relevant occupational exposures.

The study on Sustainability in HLS Laboratory Operations aims to reduce energy and resource use in the labs significantly, via measures that can be seamlessly integrated into everyday lab work.

The Molecular nanotechnology group, supported by the Cell biology group, published their work in the journal RSC Nanoscale Advances.

The team isolated 18 compounds, one of which was reported for the first time as a genuine natural product showing cytotoxic activity.

The Cell Biology and In vitro Toxicology group had a strong presence at the Annual Meeting of the Swiss Society of Toxicology in Basel on November 14th 2024.

Saskia Schmidt, PhD candidate in the Cell Biology and In vitro Toxicology Lab, is visiting the group of Prof. Dr. Peter Loskill at the MicroorganoLab in Tübingen for a four month work project.

During manned space flight, pharmaceuticals can end up in the human waste, predominantly in the urine and finally in the wastewater.

MAR2PROTECT is a four-year European research project that implements a holistic approach to prevent groundwater contamination from the impacts of climate change and global change, through different innovative technologies.

We are facing a growing issue of pollution caused by microplastics in the air, water, and soil, highlighting the need for robust analytical methods to handle this problem. Microplastics are categorized as macro-, micro-, and nanoplastics, originating from primary sources (such as manufactured micro-sized plastics in cosmetics) and secondary sources…