Setting standardsPublished on 27.02.2025
European project tackles micro and nanoplastic sampling, detection, and toxicity through machine-learning
An ambitious new Europe-wide initiative aims to develop and harmonize protocols for micro and nanoplastic (MNP) sampling, detection, toxicity, and risk assessment. Adolphe Merkle Institute researcher Dr. Patricia Taladriz-Blanco is leading the working group focusing on toxicology.
The ICPLASTIC COST Action aims to develop standardized, efficient, and reproducible protocols and equipment for MNP sampling and detection through a collaborative, transdisciplinary approach. The Action is expected to have far-reaching impacts, including the commercialization of ISO-compliant MNP detection equipment and influence on environmental and water legislation. Advanced techniques such as machine learning, microfluidics, and filtration will be used in the development of efficient and reproducible protocols and equipment for the sampling, sample preparation, and analysis of MNPs.
Among ICPLASTIC's efforts is Working Group 6 (WG6), focused on toxicology. Led by Taladriz-Blanco, this group, including the AMI BioNanomaterials Co-Chair, Prof. Barbara Rothen-Rutishauser, as her deputy, aims to lead interlaboratory comparisons for toxicological studies related to MNPs. WG6 counts over 51 members from 19 countries, representing approximately a quarter of the Action’s participants. The group maintains a strong commitment to diversity and inclusion, with a gender ratio of 31 women to 20 men. Notably, 18 of its members are young researchers under 40, highlighting ICPLASTIC's dedication to nurturing emerging talent in the field.
ICPLASTIC is part of the broader COST Action framework, which creates interdisciplinary research networks to tackle complex scientific challenges. COST Actions are typically made up of researchers from academia, SMEs, public institutions, and other relevant organizations or interested parties. These Actions are known for their inclusive, pan-European environment, allowing individuals of all levels of seniority to grow their professional research networks and boost their careers.
Follow-up proposals from COST Actions have a 39% success rate, leading to an average of €4.5 million in spin-off funding per Action. Moreover, 85% of participants report career advancement due to their involvement.
Researchers interested in contributing to ICPLASTIC or other COST Actions have multiple avenues for participation, including joining working groups, engaging in Action activities, or even becoming part of the Management Committee.