Genomic insight of sulfate reducing bacterial genus Desulfofaba reveals their metabolic versatility in biogeochemical cycling

Table 1 Genome statistics of three Desulfofaba genomes according to the annotation from IMG

Attribute	D.fastidiosa		D. gelida		D. hansenii
Attribute	Value	% of Total	Value	% of Total	Value	% of Total
Genome size (bp)	3,730,228	100	7,535,424	100	6,711,283	100
DNA coding (bp)	3,259,220	87.37	6,114,098	81.14	5,463,664	81.41
DNA G + C (bp)	1,906,178	51.1	3,926,610	52.11	3,559,937	53.04
DNA scaffolds	147	100	206	100	214	100
Total genes	3503	100	6271	100	5460	100
Protein coding genes	3401	97.09	6046	96.41	5332	97.66
RNA genes	65	1.86	115	1.83	128	2.34
Genes in internal clusters	612	17.47	1416	22.58	1179	21.59
Genes with function prediction	2516	71.82	4339	69.19	3996	73.19
Genes assigned to COGs	2509	71.62	4302	68.6	3011	55.15
Genes with Pfam domains	2591	73.97	4437	70.75	4058	74.32
Genes with signal peptides	137	3.91	342	5.45	296	5.42
Genes with transmembrane helices	825	23.55	1574	25.1	1427	26.14
CRISPR repeats					2

ISSN: 1471-2164