At the May 2026 meeting of the ECHA’s Nanomaterial Expert Group (NMEG), NIA Member Infinite Biotech presented a novel “in-vitro-learned digital twin” platform (InFinite™) designed to predict long-term health effects of nanomaterial exposure using advanced New Approach Methodologies (NAMs) and digital modelling. The platform combines live cellular monitoring, mechanistic modelling, and in silico disease evolution to generate rapid predictions of long-term toxicity while potentially reducing animal testing and regulatory costs. The system has already been pre-validated against more than 4,400 in vivo datasets covering 49 materials and demonstrated predictive accuracy for inflammation and LOAEL determination in inhalation-related studies. InFinite highlights potential future applications for grouping, read-across, workplace assessment, and integrated approaches to testing and assessment (IATA) for nanomaterials.
More News
Cabot Corporation, NIA Member, Secures $50 Million DOE Award to Boost U.S. Battery Supply Chain
NIA member Cabot Corporation is in line for up to $50 million in U.S. federal funding to build the country's first commercial-scale carbon nanotube facility, targeting a critical gap in the domestic battery supply chain.The Michigan plant will produce CNTs and conductive additives for electric vehicle batteries, directly reducing U.S. dependence on imported materials for the energy transition.
Read MoreBurdinola Named Best Small-Medium Enterprise in Biscay 2024
NIA member Burdinola has been named Best Small-Medium Enterprise of the Year in Bizkaia 2024, recognised for job creation, expansion into over 50 countries, and pioneering laboratory innovation.
Read MoreNIA Member INL Publishes Open Access Nanosafety Book
INL has published a free, open-access book pulling together multidisciplinary expertise on how nanomaterials affect human health and the environment.The resource spans nanotoxicology, immunotoxicology, genotoxicity, and epigenetics, making it a practical reference for anyone working on safe nanomaterial development.
Read More