Beiter Kaylin J, Wentlent Zachariah J, Hamouda Adrian R, Thomas Bolaji N
Department of Biomedical Sciences, College of Health Sciences and Technology, Rochester Institute of Technology, Rochester, NY, United States of America.
PeerJ. 2019 Jan 25;7:e6313. doi: 10.7717/peerj.6313. eCollection 2019.
As the United States military engage with different countries and cultures throughout the world, personnel become exposed to new biospheres as well. There are many infectious pathogens that are not endemic to the US, but two of particular importance are and , which respectively cause malaria and leishmaniasis. These parasites are both known to cause significant disease burden in their endemic locales, and thus pose a threat to military travelers. This review introduces readers to basic life cycle and disease mechanisms for each. Local and military epidemiology are described, as are the specific actions taken by the US military for prevention and treatment purposes. Complications of such measures with regard to human health are also discussed, including possible chemical toxicities. Additionally, poor recognition of these diseases upon an individual's return leading to complications and treatment delays in the United States are examined. Information about canine leishmaniasis, poorly studied relative to its human manifestation, but of importance due to the utilization of dogs in military endeavors is presented. Future implications for the American healthcare system regarding malaria and leishmaniasis are also presented.
随着美国军队与世界各地不同国家和文化的接触,军人也会接触到新的生物群落。有许多传染性病原体并非美国本土所特有,但其中特别重要的两种是[病原体名称1]和[病原体名称2],它们分别会引发疟疾和利什曼病。已知这些寄生虫在其流行地区都会造成严重的疾病负担,因此对军事旅行者构成威胁。本综述向读者介绍了每种寄生虫的基本生命周期和疾病机制。描述了当地和军事流行病学情况,以及美国军队为预防和治疗目的采取的具体行动。还讨论了这些措施对人类健康的并发症,包括可能的化学毒性。此外,还研究了个人回国后对这些疾病认识不足导致在美国出现并发症和治疗延误的情况。介绍了关于犬利什曼病的信息,相对于其在人类中的表现,犬利什曼病的研究较少,但由于在军事活动中使用犬类,所以它也很重要。还介绍了美国医疗系统未来在疟疾和利什曼病方面的影响。