Synthesizing toxicology knowledge to support next-generation risk assessment
https://ontox-project.eu/
Synthesizing toxicology knowledge to support next-generation risk assessment
https://ontox-project.eu/
Human-centric chemical safety assessment utilizing systems toxicology
https://www.risk-hunt3r.eu/
Leveraging evolutionary diversity to reveal the molecular basis of toxicity.
https://precisiontox.org/
We are committed to utilizing all available knowledge across disciplines to improve the accuracy, speed, and affordability of chemical safety testing without the use of laboratory animals. Building on advances in the omics fields including genomics, transcriptomics and metabolomics; robust in vitro and in silico methodologies; and artificial intelligence (AI) analysis strategies; we provide New Approach Methodologies (NAMs) to rapidly accelerate and improve chemical risk assessment in the EU.
The safety of hundreds of thousands of chemicals in market products remains untested due to the high cost and slow pace of traditional animal testing. By demonstrating and validating NAMs, ASPIS introduces a new era of toxicology in which the biological effects of chemicals can be understood on a molecular level. This knowledge allows for precisely informed decisions that safeguard human and environmental health while facilitating the development of safe and sustainable products.