主动免疫前后感染的流行过程。2自然流行病期间人群中易感个体数量的变化及其通过主动免疫控制[。

J Mimra, J Farník
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引用次数: 0

摘要

通过对本区部分传染病发病情况的长期随访和实际感染人数的计算,对未受损流行过程中易感和免疫的比例进行了估计。疫情过程从免疫主体的最低范围开始发展到最高范围停止。因此,最高范围给出了必须通过主动免疫达到或维持的免疫主体的比例,以实现消除给定的感染。作者在模型感染上论证了免疫接种后感染向较高年龄组转移的机制,以及在感染引入期间不仅发生接触感染,而且发生流行病的机制。某些感染经过多年消除后,在一定程度上恢复是一种自然现象,并不意味着主动免疫失败。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[The epidemic process in infections before and after active immunization. II. Changes in the number of susceptible individuals in the population during a natural epidemic and its control by active immunization].

Based on the long-term follow-up of the incidence of some infectious diseases in the district and calculations of the actual number of infected subjects, the authors present an estimate of the ratio of susceptible and immune subjects during the unimpaired epidemic process. The epidemic process develops from the lowest range of immune subjects and stops at the highest range. The highest range thus gives the ratio of immune subjects which must be achieved or maintained by active immunization to achieve elimination of a given infection. The authors demonstrate on the model infection the mechanism by which after immunization the shift of infections to higher age groups occurs, and during introduction of the infection not only contact infections occur, but epidemic incidence develops. The restoration of some infections after years of elimination is to a restricted extent a natural phenomenon and does not imply failure of active immunization.

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