ALTERNATIVE Project Showcases Cardiotoxicity Research at MPS 2025 World Summit
The ALTERNATIVE project participated in the MPS 2025, presenting the latest results on mechanical and biological methods developed during the project, as well as the holistic approach to evaluating cardiotoxicity induced by chemicals. An occasion to share our work with the MPS people.
The ALTERNATIVE project proudly participated in the 4th MPS World Summit held in Brussels, Belgium. This event brought together leading minds in the field of microphysiological systems (MPS) to explore the latest advances in human-relevant models and organ-on-chip technologies.
About the MPS World Summit
The MPS World Summit is a global event co-organized by EUROoCS and supported by more than 40 international organizations and companies. The conference series plays a critical role in shaping a collaborative MPS community, providing a platform for knowledge exchange, scientific discussion, and strategic harmonization of microphysiological technologies.
This year’s summit focused on the latest breakthroughs in organ-on-chip, stem cell applications, and translational models, emphasizing their importance in drug development, toxicology, and disease modeling.
By participating in this summit, the ALTERNATIVE project contributed to advancing the shared vision of more predictive, ethical, and human-centered toxicology.
About the ALTERNATIVE Project
Funded by the European Union’s Horizon 2020 programme, the ALTERNATIVE project is developing an innovative platform for assessing cardiotoxicity caused by chemicals—whether from pharmaceuticals, industrial compounds, or environmental pollutants. The goal is to create a cost-effective, human-relevant system that will support both regulatory agencies and industry in identifying and preventing harmful co-exposures.
This platform incorporates cutting-edge bioengineering technologies, combining mechanical stimulation, biological modeling, and data-driven analysis to mimic human heart function more accurately than traditional models.
