Additional file 6: Figure S3. of Comparative genomic analyses reveal broad diversity in botulinum-toxin-producing Clostridia

  • Leonard A. Smith (Contributor)
  • Hannu Korkeala (Contributor)
  • Gary Xie (Contributor)
  • Jeffrey Foster (Northern Arizona University, University of New Hampshire) (Contributor)
  • Jason W. Sahl (Contributor)
  • Brian T. Foley (Contributor)
  • Rafael A. Fernández (Contributor)
  • Paul Keim (Northern Arizona University) (Contributor)
  • Theresa J. Smith (Contributor)
  • Karen Hill (Contributor)
  • Miia Lindström (Contributor)
  • Charles H D Williamson (Contributor)

Dataset

Description

Core genome phylogenies of Group II strains. A) Core genome phylogeny of C. botulinum Group II strains inferred with RAxML [63] using the ASC_GTRGAMMA model on an alignment of 200,276 core genome SNPs produced with NASP [61] using C. botulinum strain Alaska E43 [GenBank:CP001078] as the reference. The consistency index is 0.81, and the retention index is 0.90 (computed with the R package phangorn). B) Core genome phylogeny of Group II C. botulinum strains inferred with FastTree2 [54] on a 35,382-character core SNP matrix generated with kSNP [59]. The consistency index is 0.83, and the retention index is 0.90. The phylogenies were rooted with the clade that includes strains Eklund 202F, KAPB-3, Eklund 17B and CDC 66177. Gray circles indicate bootstrap values over 95 %. While there are small variations in the phylogenies generated with different methods (Fig. 6 and Additional file 6: Figure S3), Group II strains are separated into two distinct clades. The pairwise overall topological scores computed by Compare2Trees [69] range from 93 to 100 %. (PDF 35 kb)
Date made availableJan 1 2016
Publisherfigshare Academic Research System

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