Georgikon Campus, Hungarian University of Agriculture and Life Sciences, Hungary.
Georgikon Campus, Hungarian University of Agriculture and Life Sciences, Hungary.
Toxicol In Vitro. 2021 Aug;74:105150. doi: 10.1016/j.tiv.2021.105150. Epub 2021 Mar 20.
Eye irritation potency of pesticides (fungicides, herbicides, insecticides) was comparatively tested by HET-CAM and ICE method. Based on the results of the tests the statistical analysis of agreement between classification using individual methods was done by Goodman-Kruskal's rank correlation and determination (calculation) of Cohen's kappa coefficient. Statistical analysis of agreement between classification revealed significant correlation between results of in vivo and in HET-CAM assays (76%). There was no significant correlation between result of in vivo and in ICE methods (64%). Weakest correlation was found between the data from in vitro HET-CAM and ICE tests. The percentage of agreement between two in vitro data was 48%. They may be recommended as a part of a battery of tests to reduce experimentation on mammals and to limit or eliminate pain and injury inflicted on experimental animals. The HET-CAM test is a useful tool for studying in vivo the potential conjunctival irritation, while the ICE test can be used to study corneal irritant effects in detail.
通过 HET-CAM 和 ICE 方法比较测试了农药(杀菌剂、除草剂、杀虫剂)的眼部刺激性。根据测试结果,通过 Goodman-Kruskal 的秩相关和 Cohen 的 kappa 系数的计算对使用单个方法进行分类的一致性进行了统计分析。分类一致性的统计分析表明,体内和 HET-CAM 测定(76%)之间的结果存在显著相关性。体内和 ICE 方法(64%)之间没有显著相关性。体外 HET-CAM 和 ICE 试验之间的数据相关性最弱。两项体外数据之间的一致性百分比为 48%。它们可以作为一组测试的一部分推荐使用,以减少对哺乳动物的实验,限制或消除对实验动物造成的疼痛和伤害。HET-CAM 测试是研究体内潜在结膜刺激性的有用工具,而 ICE 测试可用于详细研究角膜刺激性作用。