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气候适应对寄生虫感染的影响。

Climate adaptation impacting parasitic infection.

作者信息

Parija Subhash Chandra

机构信息

President, The Indian Academy of Tropical Parasitology, Sri Balaji Vidyapeeth University, Puducherry, India.

Vice Chancellor, Sri Balaji Vidyapeeth University, Puducherry, India.

出版信息

Trop Parasitol. 2022 Jan-Jun;12(1):3-7. doi: 10.4103/tp.tp_32_22. Epub 2022 Jun 26.

Abstract

The steady and ongoing change in climatic patterns across the globe is triggering a cascade of climate-adaptive phenomena, both genetic and behavioral in parasites, and influencing the host-pathogen-transmission triangle. Parasite and vector traits are now heavily influenced due to increasing temperature that almost dissolved geospatial boundaries and impacted the basic reproductive number of parasites. As consequence, continents unknown to some parasites are experiencing altered distribution and abundance of new and emerging parasites that are developing into a newer epidemiological model. These are posing a burden to healthcare and higher disease prevalence. This calls for multidisciplinary actions focusing on One Health to improve and innovate in areas of detection, reporting, and medical countermeasures to combat the growing threat of parasite emergence owing to climate adaptations for better public health outcomes.

摘要

全球气候模式持续稳定的变化正在引发一系列气候适应性现象,这些现象在寄生虫中既有遗传方面的,也有行为方面的,并影响着宿主-病原体-传播三角关系。由于温度升高几乎消除了地理空间界限并影响了寄生虫的基本繁殖数,寄生虫和病媒的特征现在受到了严重影响。结果,一些寄生虫未知的大陆正在经历新出现寄生虫的分布和数量变化,这些变化正在形成一种新的流行病学模式。这些给医疗保健带来了负担,并导致更高的疾病流行率。这就需要采取以“同一健康”为重点的多学科行动,在检测、报告和医疗对策等领域进行改进和创新,以应对因气候适应导致寄生虫出现而日益增长的威胁,从而实现更好的公共卫生成果。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/e6bd/9341137/d7c05c3bdf83/TP-12-3-g001.jpg

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