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Metagenome dataset of wheat rhizosphere from Ghazipur region of Eastern Uttar Pradesh

机译:北方邦加兹普尔地区小麦根际的元基因组数据集

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摘要

Wheat is the major crop in India and like other crops also subjected to influence by microbial communities of the rhizospheric region which are extremely diverse and undoubtedly play a central role in the nutrient cycle, plant productivity and growth promotion. In order to know how changes in the rhizospheric microbial community can make an impact on overall crop function, wheat rhizospheric soil samples from Ghazipur (25.913824 N 83.529715 E) regions of Eastern Uttar Pradesh (Eastern Indogangatic Plain), were collected and analyzed. Full length 16S rRNA gene amplification sequencing was performed to reveal the bacterial community in wheat rhizosphere. A total of 51,909 read were analyzed, out of that only 44,125 reads were classified and 7784 were unclassified using oxford nanopore sequencing and EPI2ME data analysis platform. MinION oxford nanopore sequencing uncovered that dominant phyla were (68%), (13%), (3%), (3%) and (3%). The data is available at the NCBI - Sequence Read Archive (SRA) with accession number: SRX5275271.
机译:小麦是印度的主要农作物,与其他农作物一样,小麦也受到根际地区微生物群落的影响,微生物群落极为多样化,无疑在养分循环,植物生产力和生长促进中起着核心作用。为了了解根际微生物群落的变化如何影响整体作物功能,收集并分析了北方邦东部(东印度洋南部平原)的Ghazipur(25.913824 N 83.529715 E)地区的小麦根际土壤样品,并进行了分析。进行了全长16S rRNA基因扩增测序,以揭示小麦根际中的细菌群落。使用牛津纳米孔测序和EPI2ME数据分析平台,总共分析了51,909个读数,其中只有44,125个读数被分类,而7784个未分类。 MinION牛津纳米孔测序发现优势种群为(68%),(13%),(3%),(3%)和(3%)。数据可在NCBI-序列读取档案(SRA)中获得,登录号:SRX5275271。

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