Insights into the genome sequence of the glyphosate-degrading bacterium Enterobacter sp. Bisph1

Abstract. Benserradj O, Benslama Ghorri S. 2021. Insights into the genome sequence of glyphosate-degrading bacterium Enterobacter sp. Bisph1. Biodiversitas 23: 817-882. Glyphosate is by far most extensively utilized herbicide in world, and because its negative effects on environment animal health, finding microorganisms with ability to degrade this one scientists’ top priorities. Bisph1 was isolated during prospecting bacteria from a sandy soil region Biskra Algeria. To better understand involvement strain degradation glyphosate, sequencing 4.5 MB Bisph1, as well an annotation, analysis were performed study. Genomic DNA sequenced MiSeq sequencer llumina using paired-end Nextera XT protocol. The comprises chromosome 4,578,487 bp GC content 53.6%. Its 4,330 genes (78.13%) assigned putative function. contains two intact phages no CRISPR found. inspection also revealed presence carbon-to-phosphorus (C-P) bond lyase coding clusters that consists eight phnFHIJKLMP. draft provides insight role important agent bioremediation glyphosate examining known encode biodegradation enzymes herbicide. allows understanding taxonomy within Enterobacteriaceae family.