Parmar Nidhi R, Nirmal Kumar J I, Joshi Chaitanya G
Institute of Science and Technology for Advanced Studies and Research, V.V. Nagar, Anand, India ; Department of Animal Biotechnology, College of Veterinary Science and Animal Husbandry, Anand Agricultural University, Anand, India.
Institute of Science and Technology for Advanced Studies and Research, V.V. Nagar, Anand, India.
Genom Data. 2015 Aug 12;6:59-62. doi: 10.1016/j.gdata.2015.08.007. eCollection 2015 Dec.
Ruminants are known to harbour a vast and diverse microbial community that functions in utilizing the fibrous and starchy feedstuffs. The microbial fermentation of fibrous and starchy feed is carried out by different groups of microbiota, which function in synergistic mechanism. The exploration of the shift in carbohydrate utilizing microbial community with the change in diet will reveal the efficient role of that group of microbial community in particular carbohydrate utilization. The present study explains the shifts in microbial enzymes for carbohydrate utilization with the change in the feed proportions and its correlation with the microbial community abundance at that particular treatment. The sequencing data of the present study is submitted to NCBI SRA with experiment accession IDs (ERX162128, ERX162129, ERX162130, ERX162131, ERX162139, ERX162134, ERX162140, ERX162141, ERX197218, ERX197219, ERX197220, ERX197221, ERX162158, ERX162159, ERX162160, ERX162161, ERX162176, ERX162164, ERX162165, ERX162166, ERX162167, ERX162168, ERX162169, ERX162177).
反刍动物体内存在着大量多样的微生物群落，这些微生物群落在利用纤维性和淀粉性饲料方面发挥着作用。纤维性和淀粉性饲料的微生物发酵由不同的微生物群进行，它们以协同机制发挥作用。探索随着饮食变化碳水化合物利用微生物群落的转变，将揭示该微生物群落对特定碳水化合物利用的有效作用。本研究解释了随着饲料比例变化碳水化合物利用微生物酶的转变，以及其与特定处理下微生物群落丰度的相关性。本研究的测序数据已提交至NCBI SRA，实验登录号为（ERX162128、ERX162129、ERX162130、ERX162131、ERX162139、ERX162134、ERX162140、ERX162141、ERX197218、ERX197219、ERX197220、ERX197221、ERX162158、ERX162159、ERX162160、ERX162161、ERX162176、ERX162164、ERX162165、ERX162166、ERX162167、ERX162168、ERX162169、ERX162177）。
