The complete genome sequencing data of Priestia aryabhattai SPCL1 isolated from a heavy metal leachate-contaminated soil in Queretaro, México

TL;DR

This paper presents the complete genome sequence of a bacterial strain from contaminated soil in Mexico, offering insights into its potential biological functions.

Contribution

The study provides the first complete genome sequence of Priestia aryabhattai SPCL1 from a heavy metal-contaminated site.

Findings

The genome consists of 41 contigs and approximately 5.6 million base pairs with a GC content of 37.58 mol%.

Six plasmid contigs were identified with varying lengths and GC content.

The genome data is publicly available for further research and potential biotechnological applications.

Abstract

We are providing the genome sequence of Priestia aryabhattai SPCL1, a bacterial strain isolated from a heavy metal leachate-contaminated soil in Querétaro, México. The Illumina NovaSeq platform was used to sequence the whole genome and the sequencing data obtained, including assembly and annotation, were analyzed on the BV-BRC platform. The genome, comprising 41 contigs and approximately 5.6 million base pairs with a GC content of 37.58 mol % and 6131 protein-coding sequences. In addition, 6 contigs of 146,177 bp (36.77 mol % G + C), 126,627 bp (33.27 mol % G + C), 16,881 bp (34.13 mol % G + C), 9835 bp (34.67 mol % G + C), 7402 bp (36.54 mol % G + C) and 4590 bp (35.38 mol % G + C) were assembled as plasmids. This analysis of genomic data represents a valuable resource for increasing knowledge of this bacterial specie and for possible applications in its biological functions. The genome data was deposited at National Center for Biotechnology Information (NCBI) under accession number Bioproject ID PRJNA1377581, Bio Sample ID SAMN53794006 and genome accession number ID JBSVDB000000000.

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