Comparative genomics and pangenome-oriented studies reveal high homogeneity of the agronomically relevant enterobacterial plant pathogen Dickeya solani

Table 1 Dickeya solani strains subjected to de novo sequencing in the frames of this study in addition to their genomic contents

Genome nos /strain nos	Strain			Genome
	Strain			Total number of genes	Number of genes encoding
	Country, region^a	Host, year of isolation	Literature reference	Total number of genes	Proteins	rRNA	tRNA	tmRNAs
IFB0167	Poland, Lower Silesian Voivodeship	Potato cv. Fresco, 2009	[27]	4308	4146	22	75	1
IFB0212	Poland, Mazovian Voivodeship	Potato, 2010	[29]	4304	4143	18	72	1
IFB0231 (VIC-BL-25)	Finland, Liminka	Potato cv. Victoria, 2008	[28]	4313	4151	22	75	1
IFB0311	Poland, Pomeranian Voivodeship	Potato cv. Innovator, 2011	[27]	4306	4144	20	74	1
IFB0417	Portugal, Santarem	Potato cv. Lady Rosetta, 2012	This study	4608	4446	22	75	1
IFB0421	Portugal, Santarem	Potato cv. Lady Rosetta 2012	This study	4349	4187	22	75	1
IFB0487	Poland, Podkarpackie Voivodeship	Potato cv. Vineta, 2013	[27]	4572	4409	22	75	1
IFB0695	Poland, Kuyavian-Pomeranian	Potato cv. Arielle, 2014	This study	4337	4172	22	75	1

^aThe geographical locations of the isolated strains: IFB0167 - Wawrzyszow 50°73′12″ N 17°23′58″ E, IFB0212 - Mlochow 52°02′35.76″ N 20°46′4.01″ E, IFB0231 - High Grade seed potato growing region 64°48′35.46″ N 25°24′55.62″ E, IFB0311 - Lebork 54°32′11.181″ N 17°44′56.144″ E, IFB0417 and IFB0421 39°12′0″ N 8°42′0″ W, IFB0487 - Zdziechowice 50°47′00″ N 22°07′00″ E, IFB0695 - Niwy 53°34′39.443″ N 17°25′49.649″ E. For the origin and the annotated genomic features of the herein included Dickeya solani reference strains see our former study Golanowska et al. (2018) [31]

ISSN: 1471-2164