Have a look at our new topical page on cyclosiloxanes D4, D5, D6. It provides information on their properties, uses and related concerns as well as an overview on what the EU is doing to regulate them.
Researchers and scientists from regulatory agencies in Europe, Singapore, Canada and the US have developed new methods to predict hazards of chemicals with limited toxicity testing data.
For the recently published case study, data was generated and interpreted for 200 substances using methods including in silico and in vitro NAMs. The presented approach may reduce animal testing in the future by using NAMs for assessing hazards to human health. Regulatory scientists can use it to consider:
- what is needed for building a test battery to address more complex toxicological endpoints;
- what is the current performance of such approach;
- what are the realistic expectations regarding optimal performance; and
- what are the deficiencies of the current approach.
The study was carried out under the Accelerating the Pace of Chemical Risk Assessment (APCRA), which is a consortium for international research and regulatory scientists.
We will carry out some maintenance work on our websites and IT tools.
The following services will not be available from Friday 21 March at 18:00 to Monday 24 March 2025 at 12:00 (Helsinki time):
- ECHA websites - break starting already at 17:00 Helsinki time;
- ECHA Accounts portal affecting the login to ePIC, ECHA Cloud Services, R4PB 3, REACH-IT, Interact Portal, IUCLID, Text Analytics, Poison Centres Notification System (PCN), Substances of Concern in Products (SCIP), Data Integration Platform, Dissemination, Collaboration Tool and EFSA IT Services.
We apologise for the inconvenience.