Neural Developmental Biology Lab, Department of Life Science, NIT Rourkela, Rourkela, Odisha, India.
Methods Mol Biol. 2024;2753:261-281. doi: 10.1007/978-1-0716-3625-1_13.
For aquatic ecosystem Daphnia magna is evolving as a model organism to check the teratogenicity of numerous compounds. D. magna can be easily cultured in the laboratory, and the teratogen effect of several compounds can be easily studied. The developmental stages are well studied in D. magna. All the developmental stages are transparent so the defect can be easily accessed. So, the postembryonic developmental changes can be easily studied after the exposure with teratogen. More importantly, D. magna also have a swimming behavioral phenotype. The behavioral defect can be easily accessed after teratogen exposure. The current chapter summarizes numerous protocols associated with embryo and adult staining and adult behavioral assays that can be used to access the teratogenicity of any unknown compound.
对于水生生态系统而言,大型溞正在逐渐成为一种模式生物,用于检测许多化合物的致畸性。大型溞可以在实验室中轻松培养,并且可以轻松研究几种化合物的致畸作用。大型溞的发育阶段研究得很透彻。所有的发育阶段都是透明的,因此很容易发现缺陷。因此,在接触致畸物后,可以很容易地研究胚胎后的发育变化。更重要的是,大型溞也具有游泳行为表型。在接触致畸物后,很容易发现行为缺陷。本章总结了与胚胎和成虫染色以及成虫行为测定相关的许多方案,这些方案可用于评估任何未知化合物的致畸性。