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In this study, we obtained a Paichongding (RR/SS-IPP) degrading Sphingobacterium sp. G1-14 by UV irradiation of the original strain G1-13. This new mutant strain showed excellent RR/SS-IPP degradation performance, and the degradation of ratio was up to 30 per cent after 7 days. Subsequently, we determined the mutant strain G 1-14 as Sphingobacterium based on the phylogenomic analyses. The circular chromosome of Sphingobacterium sp. G1-14 was presented in this paper by Illumina Hiseq platform combined with a third-generation sequencing platform. 5583 protein-coding sequences of the complete genome sequence were obtained, which is beneficial to deduced genes related to RR/SS-IPP degradation.

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