PETA India Scientists Collaborate on Game Plan for Future Pesticide Toxicity Testing

Posted on by Shreya Manocha

Nearly 100-year-old methods of killing animals in toxicity tests lack the ability to reliably predict how chemicals will affect humans or the environment. But a groundbreaking paper, co-authored by PETA India scientists with industry and government expertise, is challenging this outdated status quo.

Every year, tens of thousands of animals are used in pesticide toxicity tests. Animals are forced to ingest or inhale toxic chemicals or have them applied to their eyes or skin. The new paper shows where India currently allows non-animal test methods to fulfil pesticide registration requirements instead, and where there are immediate opportunities to go even further. As the first review of its kind in India, the paper highlights both existing regulatory flexibility and pathways to expand the use of state-of-the-art non-animal methods.

white rabbit photo from pixabay

These pathways outline key steps for moving forward, including updating India’s regulations, adopting globally accepted non-animal tests, and training the scientific community in animal-free methods. Also, the paper explains how improving communication among regulators, industry, and the broader community will only increase confidence in the use of non-animal methods.

PETA India will continue to urge decision-makers to take these steps, working with regulators, industry, and other scientists to fully embrace the use of non-animal methods. Doing so would position India as a global leader in protecting human health and the environment, while replacing the use of animals in pesticide testing.

 Out with the Old, In with the New!

India is entering a new era of scientific innovation, where state-of-the-art technology, human-relevant non-animal methods, and compassion can shape the future of pesticide toxicity assessment. But scientists need your help to get there!

Urge the Authorities to Prioritise Non-Animal Methods for Pesticide Toxicity Testing