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在早期发现子宫癌的普查中,细胞诊断起着重要作用。但普查人数距理想还差很远。日本1975年为156万人,这个数字对现有的观片人员已达饱和。如果在普查中用自动化装置把大部的非恶性病例(70～80)%筛选掉,剩下的20～30%再用显微镜诊断,是解决这一矛盾的有效办法。近年来各国都在设计这类自动诊断装置。本文介绍两种细胞诊断自动化系统。一、液流系统(Flow system),使分散处理后的细胞悬浮液的鞘流中心高速流动,并从喷咀
In the early detection of uterine cancer in the census, cell diagnosis plays an important role. However, the number of censuses is far from ideal. Japan had 1.56 million in 1975, a number that is saturated with the existing viewing staff. If most of the non-malignant cases (70-80%) are screened out by automated means, the remaining 20-30% of them are diagnosed by microscope, which is an effective way to solve this contradiction. In recent years, all countries are designing such automatic diagnostic devices. This article describes two types of cellular diagnostic automation systems. First, the flow system (Flow system), so that after dispersion treatment of the cell suspension sheath flow center high-speed flow, and from the nozzle