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Xenosteroids in aquaculture with special consideration to Lake Manzala (Northern delta lake, Egypt): Types, sources and mechanism of action
Aquaculture Research ( IF 2 ) Pub Date : 2021-07-30 , DOI: 10.1111/are.15504
Eman Zahran 1 , Samia Elbahnaswy 1 , Al‐Zahraa Mamdouh 2 , Mansour El‐Matbouli 3
Affiliation  

Egyptian aquaculture production has dramatically increased in recent years and is anticipated to represent a yield of 1.8MMT in 2018. Increased demand for fish production has led to a higher intensification of aquaculture to face these challenges. However, the current aquaculture practices and restricted governmental legislation can prompt raised concerns about aquaculture pollution. The current review summarizes our knowledge concerning general Egyptian aquaculture, legislation and practices that can lead to persistent pollutant exposure in farmed finfish. Xenosteroids are critical pollutants influencing fish health, as detailed in this review, and are considered significant health hazards not only to cultured fish but also to human wellbeing, raising a public health concern. Additional research studies are warranted to better understand their public health concerns and develop strategic plans and policies to prevent these impacts and maintain fish welfare and aquaculture sustainability.

中文翻译:

特别考虑到曼扎拉湖(埃及北部三角洲湖)的水产养殖中的异种类固醇:类型、来源和作用机制

近年来,埃及水产养殖产量大幅增加,预计 2018 年的产量将达到 1.8MMT。对鱼类生产的需求增加导致水产养殖更加集约化以应对这些挑战。然而,当前的水产养殖实践和受限制的政府立法可能会引发人们对水产养殖污染的担忧。目前的审查总结了我们关于埃及一般水产养殖、立法和实践的知识,这些知识可能导致养殖有鳍鱼的持久污染物暴露。正如本综述中详述的那样,异类固醇是影响鱼类健康的关键污染物,被认为不仅对养殖鱼类而且对人类福祉都有重大的健康危害,引起了公众健康的关注。
更新日期:2021-07-30
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