Scaling Chemical Prioritization with Practical In Silico Tools

As regulatory demands expand — from screening Endocrine Disrupting Chemicals (EDCs) to evaluating PBT/vPvB and PMT substances — toxicologists face unprecedented volumes of chemical data. Modern in silico toxicology is not meant to replace wet-lab expertise; it acts as an early-stage accelerator that saves time, cuts testing costs, and focuses experimental resources where they matter most.

What We Are Presenting at EUROTOX 2026

ToxNavigation will be at the Austria Center Vienna from September 13–16 for EUROTOX 2026. Visit Booth 81 to discuss practical computational workflows and view our two research posters:

• Endocrine Disruptor Screening: "A Multi-Tiered Computational Workflow for Large-Scale Endocrine-disrupting chemicals Screening: Impact of Multi-Model Ensembles on Predictive Sensitivity and Prioritization" — Learn how multi-model ensemble workflows boost predictive sensitivity and prevent missed hazards in large chemical libraries.

• PBT/vPvB & PMT Prioritization: "A High-Throughput Computational Framework for the Prioritization of PBT/vPvB and PMT Substances" — Explore an automated, high-throughput approach to screening persistent, bioaccumulative, toxic, and mobile substances to satisfy shifting regulatory frameworks.

Bridging the Gap: Training & Consultancy

Adopting computational chemistry does not require a background in data science. ToxNavigation helps bench toxicologists and regulatory officers bridge the knowledge gap through two core services:

• In Silico Consultancy: Rapid, cost-effective computational chemistry evaluations for chemical risk assessment, delivering actionable hazard profiles on fast turnaround times.

• Tailored Training Programs: Flexible learning paths—including on-site workshops, video-streamed modules, and tutor-assisted eLearning—designed specifically to give toxicologists, chemists, and regulatory teams practical confidence in computational methods.

Connect with our team at Booth 81 during EUROTOX 2026 to discuss how computational toxicology can streamline your risk assessment pipelines.