| Literature DB >> 29474128 |
Sebastian Hoffmann1, Nicole Kleinstreuer2, Nathalie Alépée3, David Allen4, Anne Marie Api5, Takao Ashikaga6, Elodie Clouet7, Magalie Cluzel8, Bertrand Desprez9, Nichola Gellatly10, Carsten Goebel11, Petra S Kern12, Martina Klaric9, Jochen Kühnl13, Jon F Lalko5, Silvia Martinozzi-Teissier3, Karsten Mewes14, Masaaki Miyazawa15, Rahul Parakhia5, Erwin van Vliet16, Qingda Zang4, Dirk Petersohn14.
Abstract
Cosmetics Europe, the European Trade Association for the cosmetics and personal care industry, is conducting a multi-phase program to develop regulatory accepted, animal-free testing strategies enabling the cosmetics industry to conduct safety assessments. Based on a systematic evaluation of test methods for skin sensitization, five non-animal test methods (DPRA (Direct Peptide Reactivity Assay), KeratinoSensTM, h-CLAT (human cell line activation test), U-SENSTM, SENS-IS) were selected for inclusion in a comprehensive database of 128 substances. Existing data were compiled and completed with newly generated data, the latter amounting to one-third of all data. The database was complemented with human and local lymph node assay (LLNA) reference data, physicochemical properties and use categories, and thoroughly curated. Focused on the availability of human data, the substance selection resulted nevertheless resulted in a high diversity of chemistries in terms of physico-chemical property ranges and use categories. Predictivities of skin sensitization potential and potency, where applicable, were calculated for the LLNA as compared to human data and for the individual test methods compared to both human and LLNA reference data. In addition, various aspects of applicability of the test methods were analyzed. Due to its high level of curation, comprehensiveness, and completeness, we propose our database as a point of reference for the evaluation and development of testing strategies, as done for example in the associated work of Kleinstreuer et al. We encourage the community to use it to meet the challenge of conducting skin sensitization safety assessment without generating new animal data.Entities:
Keywords: LLNA; Skin sensitization; database; defined approach; human reference data; in chemico; in vitro; non-animal; test methods; testing strategy
Mesh:
Substances:
Year: 2018 PMID: 29474128 DOI: 10.1080/10408444.2018.1429385
Source DB: PubMed Journal: Crit Rev Toxicol ISSN: 1040-8444 Impact factor: 5.635