Tartakovskiĭ I S, Gintsburg A L, Demina Iu V, Gruzdeva O A
Gig Sanit. 2010 Sep-Oct(5):82-5.
The paper considers the key aspects of the ecology of Legionella determining the increasing role of the pathogen in the emergence of human infectious diseases in postinduatrial society. Formation of Legionella biofilms on potentially dangerous water objects with possible further aerosol or aspiration transmission of the pathogen may lead to large epidemic outbreaks and sporadic cases of the infection. Based on international experience and the results of their studies, the authors propose a current legionellosis prevention concept based on microbiological monitoring and control of potentially dangerous water objects.
本文探讨了军团菌生态学的关键方面，这些方面决定了该病原体在工业化后社会人类传染病出现过程中日益重要的作用。军团菌在潜在危险水体上形成生物膜，并可能进一步通过气溶胶或吸入传播病原体，这可能导致大规模的疫情爆发和散发病例。基于国际经验和他们的研究结果，作者提出了一种基于对潜在危险水体进行微生物监测和控制的当前军团病预防理念。
