在阿卡春和土伦(法国)贻贝的消化腺中,没有可检测到的有毒浮游生物物种,通过干扰小鼠亲脂毒素生物测定揭示了麻痹性贝类毒素的冬季积累。

Z Amzil, M A Quilliam, T Hu, J L Wright
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引用次数: 8

摘要

自1993年1月以来,在冬季对阿卡戎和土伦(法国)消化腺的丙酮提取物进行小鼠生物测定时,通常观察到神经症状和快速死亡(5至10分钟)。最初假定存在一种新的亲脂毒素,因为使用AOAC小鼠生物测定法对整个贝类肉的酸提取物进行麻痹性贝类毒素的测试为阴性,没有检测到已知的亲脂毒素,并且在中毒事件期间在该地区没有观察到有毒的浮游植物物种。然而,在本研究中,从有毒贻贝消化腺中制备分离的毒性因子发现存在麻痹性贝类毒素,主要是阿卡龙的gonyautoins -2和-3以及土伦的gonyautoins -1, -4, -2和-3。所记录的毒素浓度低于对消费者有害的水平,因此在基于丙酮提取的小鼠亲脂毒素生物测定中代表假阳性。毒素的来源还有待确定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Winter accumulation of paralytic shellfish toxins in digestive glands of mussels from Arcachon and Toulon (France) without detectable toxic plankton species revealed by interference in the mouse bioassay for lipophilic toxins.

Since January 1993, neurological symptoms and rapid deaths (5 to 10 min) were typically observed in the mouse bioassay of acetone extracts of digestive glands from Arcachon and Toulon (France) during the winter season. It was assumed initially that a new lipophilic toxin was present because tests using the AOAC mouse bioassay for paralytic shellfish toxins on acid extracts of whole shellfish meat were negative, no known lipophilic toxins were detected and no toxic phytoplankton species were observed in the area during the poisoning events. In this study, however, preparative isolation of the toxic factor from toxic mussel digestive glands has revealed the presence of paralytic shellfish toxins, the principal ones being gonyautoxins-2 and -3 at Arcachon and gonyautoxins-1, -4, -2 and -3 at Toulon. The toxin concentrations recorded were below levels harmful to consumers and therefore represent a false positive in the mouse bioassay for lipophilic toxins based upon acetone extraction. The origin of the toxins remains to be determined.

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