Dear colleagues and friends,As we begin a new year, I would like to thank you for your continued engagement and trust in ECETOC. 2026 promises to be an exciting and dynamic year, and I am pleased...
Looking for an extra challenge? A next step to help develop your career? Consider applying for our Secondee Programme!ECETOC is looking for early-career scientists currently working at a member co...
This software was developed by a consortium of partners to facilitate the uptake of novel approaches to estimate aquatic threshold concentrations (e.g. the concentration at which 5% of the species are exposed above their EC50, HC5).
Why?Hazard and safety assessments for the pelagic compartment often rely on in vivo studies using a single fish species, raising ethical concerns and uncertainty in terms of extrapolation....
Why?REACH restriction: SPM use restricted; emissions reporting required by May 2027.
Gap: No analytical methods available to measure SPM emissions.
Solution: Draft SPERC-based approac...
Why?Validation of NAMs is often overlooked despite its importance for regulatory use.
Traditional validation methods are less suitable for NAMs, which focus on key events rather than apical...
WR 35 Advances in (environmental) exposure modelling: Bridging the gap between research and application. 4-5 May 2017, Brussels
Published March 2018
ISSN-2078-7219-35 (online)
D-2018-3001-253...
The ECETOC 7SI-ED is recommended as a tool to assess whether or not a substance possesses endocrine disrupting properties. It is based on robust scientific principles and has been designed to be pract...
1. This expert panel was convened by ECETOC to discuss the issue of so-called low dose effects of endocrine disrupting chemicals (EDC), and to propose a possible research programme to throw more light...
Why?
Technical guidance is still missing in response to EU scientific criteria for the determination of endocrine disrupting (ED) properties (ECHA & EFSA, 2018), to identify whether observed ad...
Why?
The current development of NAMs in the field of endocrine disruption (ED) is very active as the concept of ED is evolving in various areas of toxicology including liver toxicity/xenobiotic met...
Why?
A potential connection between reduction of thyroid hormones, in particular thyroxine (T4), and impaired neuronal (mental) development in children is being discussed. This debate has caused un...
