水产无脊椎动物种类繁多,是人类重要的食物来源,具有重要的生态和经济价值,研究水产无脊椎动物的性腺发育调控机制对探究其人工繁育技术、规模化养殖以及遗传育种具有重要意义。本文从类固醇激素、性别决定与分化基因的分子调控及环境方...水产无脊椎动物种类繁多,是人类重要的食物来源,具有重要的生态和经济价值,研究水产无脊椎动物的性腺发育调控机制对探究其人工繁育技术、规模化养殖以及遗传育种具有重要意义。本文从类固醇激素、性别决定与分化基因的分子调控及环境方面,综述了近年来水产无脊椎动物性腺发育调控相关的研究进展,旨在为水产无脊椎动物繁殖调控提供参考。Because of their abundance and diversity, aquatic invertebrates provide as significant food sources for humans as well as having significant ecological and commercial significance. Investigating the mechanisms governing gonadal development in aquatic invertebrates is crucial for understanding Investigating the mechanisms governing gonadal development in aquatic invertebrates is crucial for understanding artificial breeding methods, large-scale aquaculture and genetic breeding. In order to serve as a reference for future research of a similar nature, we reviewed the state of the art in this paper regarding the regulation of gonadal development in aquatic invertebrates as it relates to steroid hormones, the environment, and the molecular regulation of sex-determining and differentiating genes.展开更多
文摘水产无脊椎动物种类繁多,是人类重要的食物来源,具有重要的生态和经济价值,研究水产无脊椎动物的性腺发育调控机制对探究其人工繁育技术、规模化养殖以及遗传育种具有重要意义。本文从类固醇激素、性别决定与分化基因的分子调控及环境方面,综述了近年来水产无脊椎动物性腺发育调控相关的研究进展,旨在为水产无脊椎动物繁殖调控提供参考。Because of their abundance and diversity, aquatic invertebrates provide as significant food sources for humans as well as having significant ecological and commercial significance. Investigating the mechanisms governing gonadal development in aquatic invertebrates is crucial for understanding Investigating the mechanisms governing gonadal development in aquatic invertebrates is crucial for understanding artificial breeding methods, large-scale aquaculture and genetic breeding. In order to serve as a reference for future research of a similar nature, we reviewed the state of the art in this paper regarding the regulation of gonadal development in aquatic invertebrates as it relates to steroid hormones, the environment, and the molecular regulation of sex-determining and differentiating genes.