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首页> 外文期刊>Food additives & contaminants >Intake of food supplements based on algae or cyanobacteria may pose a health risk due to elevated concentrations of arsenic species
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Intake of food supplements based on algae or cyanobacteria may pose a health risk due to elevated concentrations of arsenic species

机译:基于藻类或蓝藻的食物补充剂的摄入可能由于砷物种浓度升高而导致健康风险

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摘要

Despite the health benefits of food supplements (FS) based on algae or cyanobacteria, the elevated arsenic (As) concentrations in these FS may raise a health concern. In the present study 33 FS containing algae or cyanobacteria were collected and As (species) were analysed to estimate consumer exposure. Based on hazard and exposure data, potential risks were evaluated using inorganic arsenic (As_1) and the potentially toxic As fraction (As_(tot) minus arsenobetaine (AB)). As_(tot) concentrations were in the range 0.053-57 mg/kg with highest concentrations in FS containing brown algae. As_1 concentrations were in the range <0.02-4.7 mg kg~(-1). A large part of As in FS containing algae or cyanobacteria was identified as potentially toxic AsSugars species. Negligible amounts of AB were detected. According to a tentative risk evaluation, the intake of As_1 related to all FS collected was of no health concern for the general population. In 8 out of 33 of the analysed FS, however, the As_1 concentration was of concern for population groups with increased cancer risks. If all As species except the non-toxic AB were taken into consideration, only 26 out of 33 of the FS showed 'no concern' for the general population, while for the other 7 FS a potential health risk was identified. This study indicates the need to obtain more data on toxicity of AsSugars and to develop limits for As (species) in FS.
机译:尽管基于藻类或蓝藻的食品补充剂(FS)的健康益处,但这些FS中升高的砷(AS)浓度可能会提高健康问题。在本研究中,收集含有藻类或蓝细菌的33fs,分析(物种)以估计消费者暴露。基于危害和曝光数据,使用无机砷(AS_1)和潜在的毒性评估潜在风险(AS_(TOT)减去arsenobetaine(AB))。 AS_(TOT)浓度为0.053-57mg / kg,含有棕榈藻的Fs最高浓度。 AS_1浓度为<0.02-4.7mg kg〜(-1)。鉴定含有藻类或蓝藻的FS中的大部分是潜在有毒的assugars种类。检测到可忽略量的AB。根据暂定风险评估,与收集的所有FS相关的AS_1的摄入量对一般人群没有健康问题。然而,在分析的FS中的33个中有8例,AS_1浓度对于患有癌症风险增加的人群是关注的。如果所有,除了无毒AB物种被考虑在内,只有26个的FS的33表现出对普通人群“不关心”,而其他7个FS一个潜在的健康风险被确定。本研究表明需要获得更多关于股票毒性数据,并在FS中为(物种)产生限制。

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