Beér S A, Lysenko A Ia
Med Parazitol (Mosk). 1994 Oct-Dec(4):36-42.
The technique may be effectively used in assessing the territory of the Russian Federation for human parasitic diseases (some parasitic entities, their complexes, economic damage caused by parasitoses, etc.) on the basis of official statistics. The aggregability levels will greatly vary with the nature of the baseline values while cartographically describing the parasitism situation in an area. The best results are obtained while estimating the absolute number of the notified parasitic cases, rather the morbidity rates calculated per 100,00 population. The areas including 2 first quartiles (i.e. the most high density) concomitantly for 6, 5, 4, etc. parasitoses while assessing the parasitic situation. The areas where the parasitic diseases under study are recorded, but which have no infestation rates that form the first 2 quartiles (i.e. that are characterized by a comparatively low density for the whole analyzed parasitic complex) remain burden-free.
该技术可基于官方统计数据，有效地用于评估俄罗斯联邦境内人类寄生虫病（某些寄生虫实体、其复合体、寄生虫病造成的经济损失等）的情况。在以地图形式描述某地区的寄生虫感染情况时，聚合水平会因基线值的性质而有很大差异。在估计报告的寄生虫病例绝对数时能获得最佳结果，而非每10万人口计算的发病率。在评估寄生虫感染情况时，同时包含6种、5种、4种等寄生虫病前两个四分位数（即最高密度）的区域。记录有正在研究的寄生虫病，但感染率未形成前两个四分位数（即整个分析的寄生虫复合体密度相对较低）的区域仍无负担。
