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首页> 外文期刊>TrAC: Trends in Analytical Chemistry >The problem of toxicity equivalent factors in developing alternative methods to animal bioassays for marine-toxin detection
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The problem of toxicity equivalent factors in developing alternative methods to animal bioassays for marine-toxin detection

机译:在开发用于海洋毒素检测的动物生物测定方法的替代方法中的毒性当量因素问题

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摘要

The need to have methods as alternatives to animal bioassays for marine-toxin detection is of paramount importance. Such methods require not only identification of each of the analogs in a phycotoxin group but also the toxicity of each analog. Depending on the nature of the method, not all that have been proposed as potential replacements are equally suitable for the task. The evidence suggests that physico-chemical methods are by far the most prone to generating larger errors. Antibody-based methods in many cases exhibit the same difficulties, whilst receptor-based methods have been developed to measure the concentrations of toxin present in samples based on the relative toxicity of all analogs. This review identifies the advantages and the disadvantages of each type of method, with particular emphasis on toxicity identification.
机译:对于海洋毒素检测,需要有替代动物生物测定方法的方法至关重要。这样的方法不仅需要鉴定植物毒素组中的每个类似物,还需要每个类似物的毒性。根据方法的性质,并非所有建议的潜在替代产品都同样适合该任务。证据表明,迄今为止,物理化学方法最容易产生较大的误差。在许多情况下,基于抗体的方法显示出相同的困难,而基于受体的方法已经开发出来,可基于所有类似物的相对毒性来测量样品中毒素的浓度。这篇综述指出了每种方法的优缺点,尤其着重于毒性鉴定。

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