LogD-based modelling and ΔlogD as a proxy for pH-dependent action of ionizable chemicals reveal the relevance of both neutral and ionic species for fish embryotoxicity and possess great potential for practical application in the regulation of chemicals

DSpace Repository

LogD-based modelling and ΔlogD as a proxy for pH-dependent action of ionizable chemicals reveal the relevance of both neutral and ionic species for fish embryotoxicity and possess great potential for practical application in the regulation of chemicals

Author: Koehler, Heinz-R.; Graeff, Thomas; Schweizer, Mona; Blumhardt, Jasmin; Burkhardt, Jasmin; Ehmann, Lisa; Hebel, Janine; Heid, Christoph; Kundy, Lone; Kuttler, Julia; Malusova, Miroslava; Moroff, Friederike-Marie; Schloesinger, Anne-Frida; Schulze-Berge, Pia; Panagopoulou, Eleni I.; Damalas, Dimitrios E.; Thomaidis, Nikolaos S.; Triebskorn, Rita; Maletzki, Dirk; Kuehnen, Ute; von der Ohe, Peter C.
Tübinger Autor(en):
Köhler, Heinz-Rüdiger
Schweizer, Mona
Blumhardt, Jasmin
Burkhardt, Jasmin
Ehmann, Lisa
Hebel, Janine
Heid, Christoph
Kundy, Lone
Kuttler, Julia
Malusova, Miroslava
Moroff, Friederike-Marie
Schlösinger, Anne-Frida
Schulze-Berge, Pia
Triebskorn, Rita
Published in: Water Research (2023), Bd. 235, Article 119864
Verlagsangabe: Pergamon - Elsevier Science Ltd
Language: English
Full text: http://dx.doi.org/10.1016/j.watres.2023.119864
ISSN: 0043-1354
DDC Classifikation: 550 - Earth sciences
570 - Life sciences; biology
600 - Technology
Dokumentart: Article
Show full item record

This item appears in the following Collection(s)