Dataset for: Bacteriocin ASM1 is an O/S-diglycosylated, plasmid-encoded homologue of glycocin F
Posted on 12.12.2019 - 11:51 by Wiley Admin
Lactobacillus plantarum A-1 secretes bacteriocin ASM1, with a calculated monoisotopic mass of 4642.8454 Da (based on the 43 amino acid sequence) and a measured mass of 5044.9727 Da. Here we show that ASM1 is a glycocin (glycosylated bacteriocin) with O- and S-linked N-acetylglucosamine moieties identical to glycocin F (GccF), and that the roles of specific structural features of ASM1 are very similar to GccF. Analysis of Lb. plantarum A-1 genomic DNA sequences showed that asm gene organisation (asmH←→asmABCDE→F) is identical to the gcc gene cluster, and that the asm genes reside on the novobiocin-curable 11,905-bp plasmid pA1_ASM1. Amino acid sequence identity averages ~69% across all Asm and Gcc proteins, and is highest for the identical ASM1/GccF peptide scaffold residues 1-30.
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Main, Patrick; Hata, Tomomi; Loo, Trevor; Man, Petr; Novák, Petr; Havlicek, Vladimir; et al. (2019): Dataset for: Bacteriocin ASM1 is an O/S-diglycosylated, plasmid-encoded homologue of glycocin F. Wiley. Collection. https://doi.org/10.6084/m9.figshare.c.4765127.v1
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Mark Langton Patchett