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费氏藻属复合生物体与人类疾病

Pfiesteria complex organisms and human illness.

作者信息

Collier David N, Burke William A

机构信息

Division of Dermatology, Brody School of Medicine at East Carolina University, Greenville, NC, USA.

出版信息

South Med J. 2002 Jul;95(7):720-6.

Abstract

BACKGROUND

Pfiesteria piscicida and look-alike dinoflagellates are collectively known as Pfiesteria complex organisms (PCOs). The purposes of this paper are to evaluate the threat that PCOs pose to human health and to clarify some common misconceptions concerning these organisms.

METHODS

References about P piscicida and PCOs were identified and reviewed using MEDLINE, Sea Grant databases, and other sources obtained from various Internet sites.

RESULTS

Researchers exposed to aerosols of water containing P piscicida in a laboratory setting exhibited a variety of symptoms, including reversible cognitive impairment and loss of short-term memory. This led to multiple biologic, animal model, and epidemiologic studies that are reviewed and discussed.

CONCLUSIONS

Exposure to P piscicida and possibly other PCOs can cause human illness. Until further isolation and purification of toxins from PCOs allows for development of tests to detect these toxins, predicting and documenting toxic PCO fish kills as well as potential PCO-related illness will be difficult.

摘要

背景

杀鱼费氏藻及类似的甲藻统称为费氏藻复合生物体(PCOs)。本文旨在评估PCOs对人类健康构成的威胁,并澄清有关这些生物体的一些常见误解。

方法

利用医学在线数据库(MEDLINE)、海洋赠款数据库以及从各个网站获取的其他来源,识别并查阅了有关杀鱼费氏藻和PCOs的参考文献。

结果

在实验室环境中接触含有杀鱼费氏藻的水气溶胶的研究人员出现了多种症状,包括可逆性认知障碍和短期记忆丧失。这引发了多项生物学、动物模型和流行病学研究,本文对这些研究进行了综述和讨论。

结论

接触杀鱼费氏藻以及可能的其他PCOs可导致人类疾病。在从PCOs中进一步分离和纯化毒素以开发检测这些毒素的测试之前,预测和记录有毒PCOs导致的鱼类死亡以及潜在的与PCOs相关的疾病将很困难。

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