Toxocara cati and Toxoplasma gondii in French Birds of Prey

G. Karadjian, Lisa Laboutière, A. Chevillot, Anthony Voisinot, A. Blaizot, Marie-Pierre Puech, D. Aubert, V. Risco-Castillo, R. Blaga, I. Vallée
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Abstract

Abstract: Parasites have developed many strategies to ensure their development, multiplication, and dissemination, including the use of reservoir hosts that are often nondomesticated species. Despite drastic reductions in their populations, wild birds remain widespread worldwide and could constitute some of these reservoirs. We focused on the identification of wild bird species harboring parasite stages in their muscles. Breast muscles of 327 birds of 27 different species were collected at three different sites in France. After artificial digestion, isolated nematode larvae were identified by PCR sequencing or restriction fragment length polymorphism (PCR-RFLP). Toxocara cati was identified mainly in birds of prey. The presence of anti-Toxoplasma antibodies was investigated by modified agglutination test on muscle fluids. Anti-Toxoplasma antibodies were detected in 65 out of 166 samples from various bird species. Avifauna, particularly birds of prey, could help on the surveillance of parasite circulation and play a role as sentinel species.
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法国猛禽中的猫形虫和刚地弓形虫
摘要:寄生虫已经发展出许多策略来确保它们的发育、繁殖和传播,包括利用通常是非驯化物种的宿主。尽管它们的数量急剧减少,但野生鸟类在世界范围内仍然广泛存在,可能构成其中一些水库。我们专注于鉴定在其肌肉中携带寄生虫阶段的野生鸟类。在法国三个不同的地点收集了27种不同种类的327只鸟的胸肌。经人工消化后,分离的线虫幼虫通过PCR测序或限制性片段长度多态性(PCR- rflp)进行鉴定。猫弓形虫主要在猛禽中发现。采用改良的肌液凝集试验研究了弓形虫抗体的存在。在166份不同鸟类样本中,65份检测到弓形虫抗体。鸟类,尤其是猛禽,可以帮助监测寄生虫的传播,并发挥哨兵物种的作用。
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