Results from a multi-laboratory validation of a new marine biodegradation screening test for chemical persistence assessment
Amelie Irmgard Gerlinde Ott
Timothy J. Martin
Kishor Acharya
Nik Robinson
Bob Rowles
Jason R Snape
Ian Still
Graham F Whale
Vurtice C. Albright III
Petra Bäverbäck
Nicola Best
Ruth Commander
Curtis Eickhoff
Sarah Finn
Björn Hidding
Heiko Maischak
Katherine A. Sowders
Masanori Taruki
Helen E. Walton
Aina Charlotte Wennberg
Russell J. Davenport
Delina Lyon
10.25405/data.ncl.9938198.v1
https://data.ncl.ac.uk/articles/dataset/Results_from_a_multi-laboratory_validation_of_a_new_marine_biodegradation_screening_test_for_chemical_persistence_assessment/9938198
International ring test with 13 laboratories validated a new test for marine biodegradation with a focus on more reliable persistence screening.<div><br></div><div>New test (imBSTMR) incorporates increased bacterial cell numbers and runs beyond 60 days.</div><div><br></div><div>New test provides a more reliable and less variable characterisation of the biodegradation of five reference compounds (sodium benzoate, triethanolamine, 4-nitrophenol, anionic polyacrylamide, pentachlorophenol), with respect to non-persistence thresholds, than the current OECD 306 method.</div><div><br></div><div>For more information on the methods and results, please see the paper Ott et al., 2020, Multi-laboratory validation of a new marine biodegradation screening test for chemical persistence assessment - manuscript submitted for publication</div>
2019-12-11 14:32:40
OECD 306
Biodegradation screening test
Persistence assessment
Tangential flow filtration
REACH
Marine
Seawater
Environmental Engineering not elsewhere classified