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Photosynthetic Biosensors for Rapid Monitoring of Primary-Source Drinking Water

机译:光合生物传感器可快速监测主要来源的饮用水

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摘要

The data presented in this paper indicate that biosensors based on fluorescence induction curves of naturally occurring freshwater algae can be used to detect methyl parathion, cyanide, paraquat, and DCMU in primary water supplies under appropriate experimental conditions. In the context of current state-of-the-art biosensor research, they are unique: in the case of sunlight-exposed drinking water, the biosensors occur naturally in the medium to be protected. When combined with encrypted data telecommunication and a database-lookup library containing pertinent data for healthy algae, this approach to protection of sunlight-exposed primary drinking water supplies may be of practical value under real-world conditions.
机译:本文提供的数据表明,基于天然淡水藻类荧光诱导曲线的生物传感器可用于在适当的实验条件下检测一次供水中的甲基对硫磷,氰化物,百草枯和DCMU。在当前最先进的生物传感器研究的背景下,它们是独特的:在暴露于阳光的饮用水中,生物传感器自然存在于要保护的介质中。当与加密的数据通信和包含有关健康藻类相关数据的数据库查找库结合使用时,这种保护日光曝露的主要饮用水供应的方法在实际条件下可能具有实用价值。

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