ena-STUDY-The James Hutton Institute-15-08-2018-10:48:51:796-441
Pasteuria penetrans RES148 genomic sequencing using PacBio and Illumina data
Pasteuria penetrans is a gram positive endospore forming bacterial parasite of Meloidogyne spp. the most economically damaging genus of plant parasitic nematodes globally. The obligate antagonistic nature of P. penetrans makes it an attractive candidate biological control agent. Taking advantage of recent developments in whole genome amplification, long read sequencing platforms, and assembly algorithms, we have developed a protocol to generate large quantities of high molecular weight genomic DNA from a small number of endospores. We demonstrate this method via genomic assembly of P. penetrans.  This assembly reveals a reduced genome of 2.64Mbp estimated to represent 86% of the complete sequence.
Pasteuria penetrans is a gram positive endospore forming bacterial parasite of Meloidogyne spp. the most economically damaging genus of plant parasitic nematodes globally. The obligate antagonistic nature of P. penetrans makes it an attractive candidate biological control agent. Taking advantage of recent developments in whole genome amplification, long read sequencing platforms, and assembly algorithms, we have developed a protocol to generate large quantities of high molecular weight genomic DNA from a small number of endospores. We demonstrate this method via genomic assembly of P. penetrans.  This assembly reveals a reduced genome of 2.64Mbp estimated to represent 86% of the complete sequence.