Türkiye

T ü rkiye
  • 文章类型: Journal Article
    豪猪,细胞器科的成员,代表一组独特的食草哺乳动物。这项研究详细介绍了新发现的Hystrixprimigenia下颌骨碎片的鉴定,以及来自TurolianKemiklitepe-A化石地点的右脸颊牙齿系列。虽然在许多地方都发现了Hystrix化石,这些材料通常仅限于一些牙齿碎片或孤立的牙齿,对系统调查构成挑战。对该下牙齿系列的检查促使对整个欧亚大陆的所有H.primigenia发现进行了全面审查,揭示其随时间和空间变化的自适应特性。我们的古生物地理分析表明,在上世纪晚期蒂尔基耶,没有H.depereti。而在欧亚大陆,H.primigenia的散布范围比H.depereti的散布范围更广。此外,这项研究深入研究了欧亚大陆对H.primigenia和H.Depereti发现的讨论,最终将在Türkiye发现的上新世Hystrix的分类细化为两个物种:H.primigenia和H.kayae。我们的审查表明,从Samos发现额外的H.kayae的可能性,希腊。
    Porcupines, members of the Hystricidae family, represent a unique group of herbivorous mammals. This study details the identification of a newly discovered mandible fragment of Hystrix primigenia, along with a right cheek tooth series from the middle Turolian Kemiklitepe-A fossil locality. While Hystrix fossils are found in numerous localities, the materials are often limited to a few dental fragments or isolated teeth, posing challenges to systematic investigations. The examination of this lower tooth series prompted a comprehensive review of all H. primigenia findings across Eurasia, shedding light on its adaptive characteristics over time and space. Our paleobiogeographical analysis indicates the absence of H. depereti in Late Miocene Türkiye, while the dispersal range of H. primigenia is broader than that of H. depereti in Eurasia. Additionally, the study delves into the discussion of H. primigenia and H. depereti findings in Eurasia, ultimately refining the categorization of Late Miocene Hystrix discoveries in Türkiye to two species: H. primigenia and H. kayae. Our review suggests the possibility of an additional H. kayae finding from Samos, Greece.
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  • 文章类型: Journal Article
    背景:一种新发现的人畜共患感染,由ixodid壁虱携带,无性体,影响各种各样的宿主,包括许多哺乳动物。A.capra最有可能感染哺乳动物的红细胞或内皮细胞。本研究旨在调查Türkiye'sVan省山羊中的A.capra病原体。
    方法:共检查200份山羊血样。使用嵌套聚合酶链反应对山羊样品进行gltA基因片段的部分扩增。
    结果:A.在0.5%的山羊血液样本中检测到capraDNA。部分gltA基因片段的系统发育分析表明,东部Türkiye分离株,与法国野生和家养反刍动物报告的卡普拉分离株紧密分类,蒂尔基耶,吉尔吉斯斯坦,形成了一个独特的进化枝。
    结论:这是凡省山羊中A.capra的第一份报告,东蒂尔基耶。
    BACKGROUND: A newly discovered zoonotic infection carried by ixodid ticks, Anaplasma capra, affects a wide variety of hosts, including numerous mammals. A. capra most likely infects erythrocytes or endothelial cells in mammals. This study aimed to investigate the A. capra pathogen in goats in Türkiye\'s Van province.
    METHODS: A total of 200 goat blood samples were examined. Goat samples were subjected to partial amplification of the gltA gene fragment using a nested polymerase chain reaction.
    RESULTS: A. capra DNA was detected in 0.5% of goat blood samples. Phylogenetic analysis of a partial gltA gene fragment showed that the Eastern Türkiye isolate, closely grouped with A. capra isolates reported from wild and domestic ruminants in France, Türkiye, and Kyrgyzstan, formed a distinct clade.
    CONCLUSIONS: This is the first report of A. capra in goats in Van province, Eastern Türkiye.
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