伊朗高海拔地区小反刍动物球虫病

Maryam Karimzadeh, G. Kojouri, H. Azizi, Yaser Pirali, B. Shiran
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引用次数: 1

摘要

球虫病(球虫属)是一种小反刍动物的寄生虫病,可引起腹泻和经济效益降低。本流行病学研究的目的是利用显微镜和分子检测方法检测扎格罗斯中部地区一个共同饲养的绵羊和山羊的球虫流行情况,并分离出种特异性艾美耳球虫。这个地区是一个多山的寒冷地区,它的南部县比其他地区温暖。在几个季节的过程中,从三个年龄组(不到6个月,6至12个月和6个月以上)获得了1200份粪便样本。采用饱和盐水漂浮法和改良的MacMaster技术对卵母细胞进行计数,并利用孢子艾美球卵母细胞的物理特征对其进行鉴定。绵羊的艾美耳球虫感染率高于山羊,春季最高,冬季最低。雌性和小于6个月的动物比雄性和年龄较大的动物更容易感染球虫病(P<0.05)。与南部地区相比,西部和东部县的绵羊和山羊的卵囊排泄率分别最高。此外,共分离到14种艾美耳球虫,其中包括绵羊高致病性颗粒艾美耳球虫和山羊乔尔基耶氏艾美耳球虫。这些发现解释了球虫流行率如何随年龄、季节和地理方向而变化,并利用PCR排除了同一畜栏中绵羊和山羊共同感染的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Small Ruminants Coccidiosis in High Altitude Region of Iran
Coccidiosis (Eimeria spp.) is a parasite disease in small ruminants that causes diarrhea and reduced economic benefits. The purpose of this epidemiological study was to use microscopical and molecular assays to detect coccidia prevalence and isolate species-specific Eimeria from sheep and goats kept in a common pan in the central Zagros region. This region is a mountainous and cold region which its southern counties are warmer than other districts. Throughout the course of several seasons, 1200 fecal samples were obtained from three age groups (less than six months, six to twelve months, and more than six months). Oocytes were counted using saturated saline floating and modified MacMaster techniques and the physical characteristics of sporulated Eimeria oocytes were used to identify them. Eimeria infection was shown to be more prevalent in sheep than in goats, with the highest prevalence in spring and the lowest in winter. Females and animals younger than 6 months were similarly found to be more susceptible to coccidiosis than males and older animals (P<0.05). In comparison to the southern area, the western and eastern counties had the highest rates of oocyst excretion in sheep and goats, respectively. In addition, a total of fourteen Eimeria species were isolated, including the highly pathogenic Eimeria granulosa for sheep and E. jolchijevi for goats. These findings explain how coccidia prevalence varies with age, season, and geographic direction, and use of PCR to rule out the possibility of co-infection between sheep and goats kept in the same stall.
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