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全球约30%的人口感染肠道寄生虫,肠道寄生虫感染可导致发育不良、工作效率低下。精准的诊断工具对疾病的控制以及对肠道寄生虫的诊断都至关重要。高通量技术应用于指定机构操作,例如:医院、公共卫生平台、寄生虫研究中心。检测寄生虫感染的高效集中化操作技术是最新的检测趋势。本研究回顾常规肠道寄生虫感染的传统检测方法的发展进程,并提出与液基细胞学技术相结合的诊断方法。宏观、微观以及分子粪便分析方法有时只能应用于某些特定蠕虫和原虫的检测。有时联合使用多种肠道
About 30% of the world population is infected with intestinal parasites, intestinal parasitic infections can lead to stunting, work efficiency is low. Precise diagnostic tools are crucial for disease control and for the diagnosis of intestinal parasites. High-throughput techniques are applied to designated agency operations, such as hospitals, public health platforms, and parasite research centers. Efficient and centralized detection of parasite infections is the latest detection technique. This study reviews the development of traditional detection methods for conventional intestinal parasitic infections and proposes diagnostic methods that combine liquid-based cytological techniques. Macroscopical, microscopic and molecular stool analysis methods can sometimes only be used for the detection of certain specific worms and protozoa. Sometimes use a variety of intestinal combination