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有机锡对雌性腹足纲动物的影响。

The effects of organotin on female gastropods.

作者信息

Titley-O'Neal Cassander P, Munkittrick Kelly R, Macdonald Bruce A

机构信息

Department of Biology, University of New Brunswick, P. O. Box 5050, Saint John, New Brunswick, Canada E2L 4L5.

出版信息

J Environ Monit. 2011 Sep;13(9):2360-88. doi: 10.1039/c1em10011d. Epub 2011 Aug 8.

Abstract

Female masculinisation (FM) in gastropods (imposex, intersex and ovo-testis) has been documented in > 260 species globally. Biomonitoring studies use FM to indirectly assess the presence of tributyltin (TBT), a once popular biocide in antifouling paint, which has since been regulated. Laboratory studies confirm that FM in gastropods can be induced not only by TBT, but other tin (Sn) compounds, Sn "cocktails", steroids, and other contaminants such as Aroclor 1260. Even though FM in gastropods in the field has been attributed to TBT from boating activity, there is evidence that imposex occurred prior to the advent use of TBT in the 1960s, and for some species imposex occurs naturally. There are roughly 42 species that do not elicit a FM response even if they are exposed to TBT under laboratory conditions, collected sympatrically with other species displaying FM, and/or have TBT in their tissues. A geographic analysis of field studies in four regions indicates that the bulk of studies were conducted in Europe > Asia and Oceania > North America > Latin America. More data are needed regarding FM in Africa, the Middle East, and Latin America since data regarding the masculinisation of female gastropods in these areas are lacking. The most studied gastropod species used in TBT biomonitoring studies is the dogwhelk, Nucella lapillus. This review summarizes the progression of the literature from 1962 to 2009 outlining how the terminology, science, and theories have evolved over time.

摘要

全球已记录到超过260种腹足纲动物出现雌性雄性化现象(包括性畸变、雌雄同体和卵睾体)。生物监测研究利用雌性雄性化来间接评估三丁基锡(TBT)的存在,三丁基锡曾是防污漆中一种常用的杀生剂,现已受到管制。实验室研究证实,腹足纲动物的雌性雄性化不仅可由三丁基锡诱导,还可由其他锡(Sn)化合物、锡“混合物”、类固醇以及其他污染物如多氯联苯混合物1260诱导。尽管野外腹足纲动物的雌性雄性化被认为是划船活动中三丁基锡所致,但有证据表明,性畸变在20世纪60年代三丁基锡开始使用之前就已出现,而且某些物种的性畸变是自然发生的。即使在实验室条件下接触三丁基锡、与表现出雌性雄性化的其他物种同域采集且/或其组织中含有三丁基锡,仍有大约42个物种不会出现雌性雄性化反应。对四个地区野外研究的地理分析表明,大部分研究在欧洲进行,其次是亚洲和大洋洲、北美洲、拉丁美洲。由于缺乏有关这些地区雌性腹足纲动物雄性化的数据,因此非洲、中东和拉丁美洲需要更多关于雌性雄性化的资料。三丁基锡生物监测研究中研究最多的腹足纲动物物种是蛎鹬螺,即滨螺。本综述总结了1962年至2009年的文献进展,概述了术语、科学和理论是如何随时间演变的。

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