Inventory of Animal Contamination by Cyanotoxins in Africa

K. Yao, K. Coulibaly, D. Yao, A. Koffi, M. Kone, N. S. Vakou, M. Dosso, V. N. Douba
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Abstract

This study reviews work on the accumulation of cyanotoxins in fish and various animals in Africa. Microcystins (MC-LR, MC-RR, and MC-YR) appear to be the main contaminating toxin in fish and other animals. In fish, the highest concentration (1917 μg.kg-1) was detected in the whole body of a small species of fish (Rastrineobola argenta) consumed whole by the populations around Lake Victoria. In large species, the intestine (followed by the liver) is the organ that accumulates the most cyanotoxins; up to 3059 ng.g-1 in Algerian common carp. Fish muscle accumulates little or no cyanotoxins in most publications and Oreochromis niloticus, a phytoplanktonophagous species widely consumed by the African populations, remains the most studied species. In other animal species, cases of cyanotoxin mortality were reported in most publications in southern and central Africa and only one publication in North Africa. No study on this subject has been referenced in other parts of Africa.
非洲动物蓝藻毒素污染清单
本研究综述了非洲鱼类和各种动物中蓝藻毒素积累的工作。微囊藻毒素(MC-LR, MC-RR和MC-YR)似乎是鱼类和其他动物的主要污染毒素。在鱼类中,维多利亚湖周围种群食用的一种小型鱼类(阿根廷拉斯特雷奥布拉)全身中检测到最高浓度(1917 μg.kg-1)。在大型物种中,肠道(其次是肝脏)是积累最多蓝藻毒素的器官;高达3059毫微克。阿尔及利亚鲤鱼的g-1。在大多数出版物中,鱼类肌肉积累很少或没有蓝藻毒素,而非洲种群广泛食用的食浮游植物物种Oreochromis niloticus仍然是研究最多的物种。在其他动物物种中,在南部和中部非洲的大多数出版物中报告了蓝藻毒素致死的病例,而在北非只有一份出版物。非洲其他地区没有提到关于这个问题的研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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