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Metagenomic analysis exploring taxonomic diversity of rumen microbial communities in Vechur and crossbred cattle of Kerala state, India

机译:印度喀拉拉邦南方和杂交牛的瘤胃微生物群落分类分析

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Rumen, one of the most productive diverse microbial habitats plays a vital role in the breakdown of feed to produce energy for maintenance and milk production in cattle. Culture-based procedures could identify only 10% of microbial species present in the rumen. Kerala, one of the southern states of India, owns only one native cattle breed, the Vechur cattle, which is noted for its short stature, disease resistance and adaptability to hot humid climate. Lower population density and decreased milk production potential of Vechur cattle led to the development of crossbred cattle of Kerala, with higher milk yield. A study was conducted to assess the rumen microbial profile of low productive Vechur cattle and high productive crossbred cattle for a better understanding of the relationship between the host and microbial community. DNA isolated from rumen liquor of five cattle each from both genetic groups maintained on standard ration (forage, concentrate ratio of 50:50) was subjected to whole metagenome sequencing. Bioinformatics and statistical analysis revealed that bacteria followed by archaea and eukaryota dominated in the Vechur cattle as well as the crossbred cattle rumen. Bacterial community was dominated by Bacteroidetes and Firmicutes phyla in both genetic groups with a higher Firmicutes to Bacteroidetes ratio of 0.45 in Vechur cattle. Among archaea, Euryarchaeota was more abundant, which constitute methanogens, contributing 98% of total archaeal reads. Prevalent protozoal genus found in the Vechur cattle rumen was Entodinium and in crossbred cattle rumen was Entamoeba. In Vechur and crossbred cattle rumen, 1086 and 1262 microbial species were observed exclusively and 4731 species were shared between habitats. There was a significant difference in total microbial species abundance between the two genetic groups and Vechur cattle displayed significantly higher microbial diversity compared to crossbred. As per literature, this is presumably the first report of rumen metagenome profile of Vechur cattle, a unique short breed of India.
机译:Rumen是最有生产力的多种微生物栖息地之一在饲料的崩溃中发挥着至关重要的作用,以生产牛的维护和牛奶生产的能量。培养基的程序可以识别瘤胃中存在的10%的微生物物种。印度南部的南部喀拉拉邦只拥有一个天然牛品种,vechur牛,被认为是它的矮个状,疾病抵抗和对热潮气候的适应性。较低的人口密度和Vechur牛的牛奶生产潜力降低导致喀拉拉邦杂交牛的发展,牛奶产量较高。进行了一项研究,以评估低生产Vechur牛和高生产率杂交牛的瘤胃微生物剖面,以更好地了解宿主和微生物群落之间的关系。从5个牛的瘤胃液中分离的DNA,每个遗传基团维持在标准分配(饲料,浓缩比为50:50)的遗传群中进行全部均多组序列测序。生物信息学和统计分析显示,细菌随后是古老的牛群和杂交牛的核心腺炎,以及杂交牛瘤。细菌群落由Bacteroidetes占据主导,在遗传群中以遗传基因的遗传群中的两种遗传群体造成植物,在vechur牛中的菌丝比为0.45的菌丝比。在Archaea中,Euryarchaeota更丰富,构成甲烷,有助于占古老读数的98%。 vechur牛瘤胃中发现的普遍原生生物属是埃塞托尼亚,杂交鼠瘤瘤是entamoeba。在vechur和杂交牛瘤胃中,专门观察到1086和1262微生物物种,并且在栖息地之间分享了4731种。与杂交相比,两个遗传群和vechur牛之间的微生物种类总比表显着更高的微生物多样性差异显着差异。根据文献,这可能是vechur牛瘤胃群体的第一份报告,是印度独特的短期。

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