Fig. 6 | Scientific Reports

Fig. 6

From: Unveiling the probiotic potential of the genus Geobacillus through comparative genomics and in silico analysis

Fig. 6

(a) Rarefaction curve representing the Pan-genome core plot of the genus Geobacillus. (b) Pan-genome circle plot comparing the genomes of genus Geobacillus representing core, singleton, and accessory genomes. 0 = G. stearothermophilus, 1 = G. jurassicus, 2 = G. kaustophilus, 3 = G. sp. C56-T3, 4 = A = G. icigianus, 5 = G. proteiniphilus, 6 = G. sp. GHH01, 7 = G. sp. Y412MC52, 8 = G. thermodenitrificans, 9 = G. thermoleovorans, 10 = G. uzenensis, 11 = G. sp. CAMR5420, 12 = G. subterraneus, 13 = G. lituanicus, 14 = G. vulcani, 15 = G. sp. LEMMJ02, 16 = G. zalihae, 17 = G. thermocatenulatus. (c) Pan-genome circle plot comparing the genomes of genus Geobacillus, Bifidobacterium, and Lactobacillus representing core, singleton, and accessory genomes. 0 = G. stearothermophilus, 1 = G. jurassicus, 2 = G. kaustophilus, 3 = G. sp. C56-T3, 4 = A = G. icigianus, 5 = G. proteiniphilus, 6 = G. sp. GHH01, 7 = G. sp. Y412MC52, 8 = G. thermodenitrificans, 9 = G. thermoleovorans, 10 = G. uzenensis, 11 = G. sp. CAMR5420, 12 = G. subterraneus, 13 = G. lituanicus, 14 = G. vulcani, 15 = G. sp. LEMMJ02, 16 = G. zalihae, 17 = G. thermocatenulatus. 18 = B. breve, 19 = B. longum, 20 = L. plantarum, 21 = L. acidophilus, 22 = L. delbrueckii.

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