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公众健康和环境安全需要安全的饮用水,要求饮用水中必须不含有致病菌[1]。而且生态毒理学研究[2]、维护公共健康[3]以及预防生物恐怖袭击[4]都对水源性病原体的监/检测技术提出了更高要求。为保证公共饮水安全,水处理设施的源水和出水都需要对细菌进行监测。水环境中的致病菌含量一般都非常低,需要将细菌的浓集技术与灵敏检测技术联合起来应用,才能实现对低浓度致病菌含量水样的快速定量检测。前期研究合成了一种载正电荷的
Public health and environmental safety require safe drinking water, requiring that drinking water not contain pathogens [1]. Moreover, ecotoxicological studies [2], the maintenance of public health [3] and the prevention of bioterrorism [4] all place higher demands on the monitoring / detection technologies of waterborne pathogens. To ensure public drinking water safety, both the source water and the effluent from water treatment facilities need to be monitored for bacteria. The pathogen content in water environment is generally very low. The combination of bacteria concentration technology and sensitive detection technology needs to be applied in order to achieve rapid and quantitative detection of water samples with low concentration of pathogenic bacteria. The previous study synthesized a positive charge