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A gene catalogue of the Sprague-Dawley rat gut metagenome

机译:Sprague-Dawley大鼠肠道元基因组的基因目录

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Background Laboratory rats such as the Sprague-Dawley (SD) rats are an important model for biomedical studies in relation to human physiological or pathogenic processes. Here we report the first catalog of microbial genes in fecal samples from Sprague-Dawley rats. Findings The catalog was established using 98 fecal samples from 49 SD rats, divided in 7 experimental groups, and collected at different time points 30 days apart. The established gene catalog comprises 5,130,167 non-redundant genes with an average length of 750 bp, among which 64.6% and 26.7% were annotated to phylum and genus levels, respectively. Functionally, 53.1%, 21.8%,and 31% of the genes could be annotated to KEGG orthologous groups, modules, and pathways, respectively. Conclusions A comparison of rat gut metagenome catalogue with human or mouse revealed a higher pairwise overlap between rats and humans (2.47%) than between mice and humans (1.19%) at the gene level. Ninety-seven percent of the functional pathways in the human catalog were present in the rat catalogue, underscoring the potential use of rats for biomedical research.
机译:背景技术诸如Sprague-Dawley(SD)大鼠之类的实验室大鼠是与人类生理或致病过程相关的生物医学研究的重要模型。在这里,我们报告从Sprague-Dawley大鼠的粪便样品中的微生物基因的第一个目录。结果使用来自49只SD大鼠的98份粪便样品建立目录,分为7个实验组,并在相隔30天的不同时间点进行收集。建立的基因目录包括5,130,167个非冗余基因,平均长度为750 bp,其中门类和属水平分别标注为64.6%和26.7%。在功能上,分别可以将53.1%,21.8%和31%的基因注释到KEGG直系同源基因组,模块和途径上。结论将大鼠肠道元基因组目录与人或小鼠进行比较,发现在基因水平上,人与人之间的成对重叠(2.47%)比人与人之间的成对重叠(1.19%)更高。在人类目录中,有97%的功能性途径存在于大鼠目录中,这突显了大鼠在生物医学研究中的潜在用途。

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