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First Evidence of the Presence of Anatoxin-A in Sea Figs Associated with Human Food Poisonings in France

机译:首先证明存在于与法国人类食物中毒有关的anatoxin-a存在的证据

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摘要

From January 2011 to March 2018, 26 patients aged from 20 to 80 years old reported being sick in France after eating sea figs of the genus Microcosmus. The patients had symptoms evoking a cerebellar syndrome: blurred or double vision, ataxia and dizziness, asthenia, headache, muscle cramps, paresthesia and digestive disorders (nausea, vomiting and diarrhea). Three of the 18 food poisoning events recorded by the Poison Control Center in Marseille and involving four patients were further investigated as the meal leftovers were collected and analyzed. A previous study ruled out the presence of the regulated lipophilic marine toxins after high-resolution mass spectrometry, but further analyses were required to look for hydrophilic cyanotoxins. The sea fig leftovers from food poisoning case Numbers 1 (January 2011), 6 (December 2012) and 17 (March 2018) of this published case series were analyzed by hydrophilic interaction liquid chromatography coupled to low- and high-resolution mass spectrometry to investigate the presence of hydrophilic cyanotoxins. The sea fig samples showed anatoxin-a (ATX-a) concentrations ranging from 193.7 to 1240.2 µg/kg. The sea fig control sample analyzed was also contaminated with ATX-a but in a much smaller concentration (22.5 µg/kg). To the best of our knowledge, this is the first report of human food poisoning involving ATX-a as the possible causative toxin where the cyanotoxin could be unequivocally identified.
机译:从2011年1月到2018年3月,26名患者年龄在20至80岁的患者报告在米科斯马氏患者中吃海洋无花果后在法国生病。患者有症状唤起小脑综合征:模糊或双重视力,共济失调,头痛,肌肉痉挛,感觉症和消化系统症(恶心,呕吐和腹泻)。在马赛毒药控制中心记录的18例食物中毒事件中有三项进一步调查了四名患者,因为收集并分析了膳食剩菜。先前的研究排除了高分辨率质谱后调节的亲脂性海洋毒素的存在,但需要进一步分析来寻找亲水性青紫毒素。从食物中毒病例数1此发表的病例系列的海无花果剩菜(2011年1月),6(2012年12月)和17(2018三月)通过耦合到低亲水性相互作用液相色谱法和高分辨率质谱法分析来调查存在亲水性氰松蛋白。海洋样品显示抗毒素-A(ATX-A)浓度,从193.7-1240.2μg/ kg。分析的Sea无图样品也被ATX-A污染,但浓度小得多(22.5μg/ kg)。据我们所知,这是涉及ATX-A作为可能的致病性毒素的人类食物中毒的第一份报告,其中氰毒素可能明确识别。

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