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KMID : 0364820180540030283
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Korean Journal of Microbiology
2018 Volume.54 No. 3 p.283 ~ p.285
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Complete genome sequences of Azoarcus sp. TSPY31 and TSNA42 potentially having biosynthetic ability to produce indigo
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Kim Hae-Seon
Cha Sun-Ho
Suk Ho-Young
Park Nyun-Ho
Woo Jung-Hee
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Abstract
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Azoarcus are known to contain bacterial strains usually foundin contaminated areas. Two strains of Azoarcus sp., TSPY31and TSNA42, were isolated from oil-contaminated marine tidalflats, and their genomic structures were analyzed. The genomesof both TSPY31 and TSNA42 were composed of a singlecomplete chromosome of 4,572,082 bp (G + C content: 63.2%)and 4,886,934 bp (G + C content: 62.8%), respectively. Bothgenomes were found to contain two copies of styrene monooxygenasesthat are predicted to be responsible for convertingindole to indigo.
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KEYWORD
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Azoarcus, complete genome, indigo, styrene monooxygenase
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