Solutions · By industry
Move impurity and safety calls at the speed of a development program.
Drug programs run on tight timelines and heavy documentation: mutagenic-impurity control under ICH M7, safety assessment of intermediates and degradants, and read-across for compounds with thin data. ToxIndex runs those assessments reproducibly, so the paperwork keeps pace with the chemistry.
Updated July 18, 2026
- ICH M7
- impurity workflows, reproducible
- 100+
- tools, including mutagenicity models
- Air-gapped
- deployment for sensitive pipelines
The situation
Where pharma teams lose time
Impurity assessments, intermediate safety, and degradant characterization all demand a defensible (Q)SAR read and an audit trail, all on a schedule that does not wait. Manual assessment is both the bottleneck and the reproducibility risk.
ToxIndex runs these as versioned workflows over predictors and OECD read-across, so an assessment reproduces exactly when an auditor asks, and a reviewer can interrogate any call in plain language.
How ToxIndex helps
What ToxIndex covers for pharma
Mutagenic-impurity assessment
Run ICH M7 as a reproducible workflow: structural-alert profiling plus a second (Q)SAR read, classified and audit-trailed.
Structure-based safety
Score intermediates and degradants from structure, with applicability-domain reads that show where the model is trustworthy.
Read-across for thin data
The OECD QSAR Toolbox groups compounds and generates read-across the way regulators expect to review it.
Keep data in your environment
Single-tenant and on-prem deployments keep chemical structures inside your own environment, air-gapped if you need it.
The tools behind it
What runs underneath
FAQ
Questions teams ask
Frequently asked questions
What pharma assessments does ToxIndex run?
Mutagenic-impurity control under ICH M7, structure-based safety for intermediates and degradants, and read-across for compounds with thin data — each as a reproducible, audit-trailed workflow.
Can we keep chemical structures inside our environment?
Yes. Single-tenant and on-prem deployments keep structures inside your own environment, air-gapped if a pipeline requires it.
How many tools are available?
100+ deployed tools, including bacterial mutagenicity models for the second (Q)SAR read ICH M7 requires.
See it on your own chemistry.
Try the free version now, or book a walkthrough of the full platform on your substances.