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作为病原体宿主的啮齿动物及相关人畜共患病风险

Rodents as Hosts of Pathogens and Related Zoonotic Disease Risk.

作者信息

Dahmana Handi, Granjon Laurent, Diagne Christophe, Davoust Bernard, Fenollar Florence, Mediannikov Oleg

机构信息

Aix-Marseille University, IRD, AP-HM, MEPHI, 13005 Marseille, France.

IHU-Méditerranée Infection, 13005 Marseille, France.

出版信息

Pathogens. 2020 Mar 10;9(3):202. doi: 10.3390/pathogens9030202.

Abstract

Rodents are known to be reservoir hosts for at least 60 zoonotic diseases and are known to play an important role in their transmission and spread in different ways. We sampled different rodent communities within and around human settlements in Northern Senegal, an area subjected to major environmental transformations associated with global changes. Herein, we conducted an epidemiological study on their bacterial communities. One hundred and seventy-one (171) invasive and native rodents were captured, 50 from outdoor trapping sites and 121 rodents from indoor habitats, consisting of five species. The DNA of thirteen pathogens was successfully screened on the rodents' spleens. We found: 2.3% of spleens positive to and amplified one which gave a potentially new species ""; 9.35% of spp. and amplified 10, giving three genotypes; 3.5% of filariasis species; 18.12% of species and amplified only 5, giving a new potential species ""; 2.33% of spp.; 3.5% of spp.; and 15.2% of spp. and amplified 8 belonging all to Some of the species of pathogens carried by the rodents of our studied area may be unknown because most of those we have identified are new species. In one bacterial taxon, , a positive correlation between host body mass and infection was found. Overall, male and invasive rodents appeared less infected than female and native ones, respectively.

摘要

众所周知,啮齿动物是至少60种人畜共患病的储存宿主,并且已知它们以不同方式在这些疾病的传播和扩散中发挥重要作用。我们在塞内加尔北部人类住区内外对不同的啮齿动物群落进行了采样,该地区经历了与全球变化相关的重大环境转变。在此,我们对它们的细菌群落进行了一项流行病学研究。捕获了171只入侵性和本地啮齿动物,其中50只来自室外诱捕点,121只来自室内栖息地,共5个物种。在啮齿动物的脾脏上成功筛查了13种病原体的DNA。我们发现:2.3%的脾脏对 呈阳性,并扩增出一个可能是新物种“”;9.35%的 属物种,扩增出10个,产生3种基因型;3.5%的丝虫病物种;18.12%的 物种,仅扩增出5个,产生一个新的潜在物种“”;2.33%的 属物种;3.5%的 属物种;15.2%的 属物种,扩增出8个,均属于 。我们研究区域的啮齿动物携带的一些病原体物种可能未知,因为我们鉴定出的大多数都是新物种。在一个细菌分类群 中,发现宿主体重与感染之间存在正相关。总体而言,雄性和入侵性啮齿动物的感染率分别似乎低于雌性和本地啮齿动物。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/04b6/7157691/b5771d0c0ae1/pathogens-09-00202-g001.jpg

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