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TOXIQUA®  DARTIQ™

Computational Intelligence for Developmental & Reproductive Toxicology

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Case Studies
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Data-driven analysis of reproductive toxicity and endocrine disruption to support regulatory decision-making and safer chemical development.

Toxiqua® integrates computational analysis, mechanistic toxicology, and regulatory expertise to rapidly evaluate chemical hazards related to Developmental and Reproductive Toxicology (DART) and Endocrine Disruption.

Our platform enables organisations to identify potential reproductive risks early, strengthen regulatory submissions, and make safer chemical design decisions.

About Toxiqua

Technology Advantage

Toxiqua® combines expert toxicology with computational infrastructure designed for large-scale chemical analysis.

Platform Capabilities

  • High-throughput hazard modelling
  • Automated literature mining
  • Large-scale chemical similarity networks
  • Mechanistic pathway mapping

This enables rapid, data-rich reproductive toxicity assessments compared with traditional consulting approaches.

Typical Clients

Toxiqua® supports organisations involved in chemical safety evaluation and regulatory strategy, including:

  • Chemical manufacturers

  • Materials innovators

  • Cosmetics and consumer product companies

  • Regulatory affairs teams

  • Venture investors evaluating chemical technologies

Outcomes

Toxiqua® helps organisations:

  • Identify reproductive hazards early

  • Strengthen regulatory submissions

  • Reduce costly testing programmes

  • Develop safer chemical alternatives

Rapid DART Hazard Screening

Early-stage hazard intelligence for chemical portfolios

Typical timeline: 1–2 weeks

Toxiqua® performs rapid screening of chemical structures to identify potential reproductive and endocrine liabilities before costly testing programmes begin.

Capabilities

  • Computational hazard prediction using Quantitative Structure–Activity Relationship (QSAR) models
  • Structural alerts linked to reproductive toxicity
  • Identification of endocrine activity indicators
  • Chemical similarity analysis with known reproductive toxicants

Deliverables

  • DART hazard intelligence report
  • Prioritisation of chemicals for further testing
  • Identification of safer structural alternatives

DART Evidence Synthesis & Regulatory Review

Comprehensive analysis of reproductive toxicity evidence

Typical timeline: 4–6 weeks

Toxiqua® performs systematic evidence synthesis to support regulatory submissions and chemical safety assessments.

Capabilities

  • Systematic literature review with automated data extraction
  • Evaluation of key reproductive toxicity endpoints
  • Cross-species evidence integration
  • Regulatory classification assessment

Evidence Sources

  • Evidence is integrated from major regulatory datasets including:
  • European Chemicals Agency (ECHA)
  • U.S. Environmental Protection Agency (EPA)

Endpoints Analysed

  • Ano-genital distance (AGD)
  • Testosterone disruption
  • Nipple retention
  • Reproductive organ malformations
  • Fertility and developmental outcomes

Deliverables

  • Structured evidence matrices
  • Weight-of-evidence evaluation
  • Regulatory interpretation for chemical safety decisions

Mechanistic Read-Across for Reproductive Toxicity

Regulatory-ready justifications to minimise new animal testing

Typical timeline: 6–10 weeks

Toxiqua® develops robust read-across justifications linking chemicals to relevant analogues.

This approach integrates chemical similarity analysis and mechanistic reasoning within the Adverse Outcome Pathway (AOP) framework to support regulatory submissions.

Capabilities

  • Large-scale analogue identification
  • Structural grouping analysis
  • Mechanistic pathway evaluation
  • Uncertainty and confidence assessment

This methodology supports regulatory frameworks including the REACH Regulation.

Deliverables

  • Analogue justification report
  • Mechanistic plausibility analysis
  • Regulatory-ready read-across documentation
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