Abstract
The complete genome sequence of the soft tick bunyavirus (STBV) was obtained using the Sanger sequencing technique. Comparison with other viral sequences revealed that STBV has unique sequences in the terminal regions that are highly conserved among the genus Orthonairovirus.
Highlights
The complete genome sequence of the soft tick bunyavirus (STBV) was obtained using the Sanger sequencing technique
A few differences were detected in the L segment (3 nucleotides) and S segment (13 nucleotides), the determined sequences were almost the same as those in Volume 9 Issue 18 e00126-20
A Shown are members of the genus Orthonairovirus whose terminal nine nucleotides in their genomes are different from the consensus sequences (4). b NA, not available; bold, different bases from the consensus; underline, noncomplementary nucleotide pairs. c Proposed classification by Kuhn et al (3). d Accession numbers are given for the L, M, and S segments, respectively
Summary
The complete genome sequence of the soft tick bunyavirus (STBV) was obtained using the Sanger sequencing technique. A few differences were detected in the L segment (3 nucleotides) and S segment (13 nucleotides), the determined sequences were almost the same as those in Volume 9 Issue 18 e00126-20 Keterah virus Soft tick bunyavirusc Issyk-Kul virusc Qalyub virus Dera Ghazi Khan virus Abu Hammad virus Abu Mina virus Tunis virusc Sapphire II virusc NA AGAGUUUCU AGAGUUUCU AGAGAUUCU AGAGUUUCU AGAGUUUCA AGAGUUUCA AGAGUUUCA AGAGUUUCA NA AGAAUCUCU AGAAUCUCU AGAAACUCU AGAAACUCU UGAAACUCU UGAAACUCU UGAAACUCU UGAAACUCU
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