阿特拉津暴露对行为、神经化学和帕金森病影响的综合评价验证

L. Pantaleon, A. Fukushima, L. R. de Paula, G. Ribeiro, Beatriz do Prado Pacca, Juliana Weckx Peña Muñoz, H. de Souza Spinosa, E. Ricci
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引用次数: 1

摘要

除草剂在全世界和巴西使用的农药中所占比例最大。这些化合物中有许多被大规模应用于原生森林和城市及工业用水环境,包括阿特拉津。由于其成本低、在土壤中长期保持活性以及对除草的潜在影响,阿特拉津在巴西最常用的农药中排名第五。虽然农药的使用增加了农业产量,但其密集使用往往会对动植物造成负面影响。研究表明,接触阿特拉津会对哺乳动物造成各种有害影响,如结构、神经内分泌和/或行为改变。考虑到情况的严重性以及阿特拉津在动物机体中可能产生的毒理学和病理学影响,本工作的目的是进行综合文献综述,以验证与阿特拉津暴露及其影响有关的科学全景,主要是关于其对中枢神经系统的毒性。为了完成本文,对以下数据库中获得的科学资料进行了书目调查:美国国家医学图书馆-国家卫生研究院(PubMed),虚拟健康图书馆(拉丁美洲和加勒比健康科学文献- LILACS), Science Direct和Google®Academic,在过去的25年里。搜索中使用的MeSH术语是:“帕金森病”、“阿特拉津”、“除草剂”和“内分泌干扰物”。在Science Direct检索到的文献有115篇,PubMed检索到的文献有52篇,在LILACS检索到的文献为0篇,在Google®Academic检索到的文献为1330篇。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrative Review Verification of the Influence of Atrazine Exposure on Behavioral, Neurochemical and Parkinsons Disease Disorders
Herbicides represent the largest portion of pesticides used both worldwide and in Brazil. Many of these compounds are applied on a large scale in native forests and in urban and industrial water environments, including atrazine. Due to its low cost, ability to remain active in the soil for long periods and potential effect on weed removal, atrazine ranks 5th in the ranking of most used pesticide in Brazil. Although the use of pesticides increases agricultural production, their intensive use can often cause negative effects on fauna and flora. Studies have shown that exposure to atrazine can cause various harmful effects in mammals, of both sexes, such as structural, neuroendocrine and/or behavioral changes. Considering the seriousness of the situation and the possible toxicological and pathological implications that atrazine can generate in the animal organism, the objective of this work was to carry out an integrative literature review in order to verify the scientific panorama on issues related to atrazine exposure and its impacts, mainly with regard to its toxicity on the central nervous system. To carry out this article, a bibliographic survey of scientific material obtained in the following databases was carried out: US National Library of Medicine - National Institutes of Health (PubMed), Virtual Health Library (Latin American and Caribbean Literature in Health Sciences - LILACS), Science Direct and Google® Academic, in the last 25 years. The MeSH Terms used in the search were: “Parkinson's disease”, “atrazine”, “herbicide” and “endocrine disruptor”. The following were found in the Science Direct indexers: 115 records, PubMed 52 records, in LILACS no articles were found, and 1330 records were found in Google® Academic.
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