ABSTRACT We describe sequencing and assembly of complete Halococcus dombrowskii H4 T (=ATCC BAA-364 T ) genome using short- and long-read sequencing technologies. The first closed genome within its genus is composed of a 2,767,537 bp chromosome and five additional plasmids totalling 3,965,466 bp, with GC content of 62.18%. The genome contains 4,029 genes, 3,963 coding sequences and two CRISPR arrays. Unusually, this Euryarchaeote carries multiple rRNA operons with divergent ITS identities across both its chromosome and plasmids.

Analysis of the complete genome sequence forHalococcus dombrowskiiATCC BAA-364T