Abstract
ABSTRACTThe genome sequence of alkalohalophilic actinobacterium Nocardiopsis sinuspersici UTMC102 is provided. N. sinuspersici UTMC102 produces a highly active serine alkaline protease, and contains at least 11 gene clusters encoding the biosynthesis of secondary metabolites. The N. sinuspersici UTMC102 genome was assembled into a single chromosomal scaffold.
Highlights
The genome sequence of alkalohalophilic actinobacterium Nocardiopsis sinuspersici UTMC102 is provided
N. sinuspersici UTMC102 was discovered in sandy soil from the banks of the Arvand River, Khoramshahr, Iran (3)
The strain has the genomic potential to produce a spectrum of secondary metabolites
Summary
The genome sequence of alkalohalophilic actinobacterium Nocardiopsis sinuspersici UTMC102 is provided. N. sinuspersici UTMC102 was discovered in sandy soil from the banks of the Arvand River, Khoramshahr, Iran (3). N. sinuspersici UTMC102 has the ability to produce a highly active serine alkaline protease which effectively hydrolyzes milk protein. The strain has the genomic potential to produce a spectrum of secondary metabolites. Two libraries were constructed: a 7 to 9 kb mate-pair library, and a 450 to 550 bp paired-end library.
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