Assess developmental & reproductive toxicity
with confidence

Nagi™ DART provides automated, fast and scalable in vivo toxicity profiling at the in vitro scale, enabling earlier identification of potential risks.

DTU Biosustain and Novo Nordisk Foundation logo: academic and research collaboration with Nagi Bioscience on healthy aging innovations.
Telomir Pharmaceuticals logo: biotechnology company partnering with Nagi Bioscience in longevity and age-related disease research.
Bayer CropScience logo: global agrochemical and agroscience company working with Nagi Bioscience on developmental and reprodutive toxicity DART.
Immunic Therapeutics logo: biotech company advancing immune and neurodegenerative therapeutics with support from Nagi Bioscience.
Yeastup logo
ICMAB Institut de Ciència de Materials de Barcelona logo: microplastics ecotoxicology supported by Nagi Bioscience technology.
International Iberian Nanotechnology laboratory INL logo: safety toxicology testing of nanoparticles and how it affects models of neurodegeneration with the support from Nagi Bioscience technology.

Automated
end-to-end

From age-synchronized nematodes to data analysis, no manual handling.

High-content longitudinal data

Track development, reproduction and multiple phenotypes over time for rich, dynamic biological insights.

AI-powered
Analytics

Advanced algorithms turn complex data into clear, actionable insights.

An In Vivo Fast and Relevant Model

C. elegans: a whole organism model with conserved biological pathways.

Physiologically Relevant and Ethical

A NAMs model recognized by the FDA, now at scale.

From compounds to clear answers

Age-synchronized populations of C. elegans are injected into the NAGI™ microfluidic chips and exposed to your compounds in a fully automated workflow on SydLab™ One.

The platform will expose each nematode population to your environment of choice (temperature, feeding and treatment) while high-content imaging captures longitudinal data without manual handling.

A faster, predictive way to evaluate developmental and reproductive toxicity

C. elegans offers a unique combination of short life cycle, genetic tractability and conserved pathways, making it an ideal NAMs model to rapidly assess the impact of your compounds during developmental and reproductive period.

  • Earlier decision-making in compound development.
  • Reduce reliance on vertebrate models.
  • Detect subtle developmental and reproductive effects thanks to AI analytics.

Prioritize your candidates with confidence

NAGI™ DART generates robust, dose-response data and detailed toxicity profiles, enabling clear identification of NOAEL and compound-specific effects across multiple generations.

Real science. Real impact.

NAGI™ Solutions
Ensure the Safety of Your Products

TMRE-based assay for mitochondrial function evaluation