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. 2018 Dec 19;9:3187. doi: 10.3389/fmicb.2018.03187

Table 3.

The pan-genomes of Corallococcus, Group A Corallococci, Group B Corallococci, and Myxococcus.

Corallococcus spp. Group A Corallococci Group B Corallococci Myxococcus spp.
Genomes (n) 24 17 7 6
# discrete species 9–11 5–6 4–5 6
Mean genes per genome 8,161 8,162 8,157 7,286
Pan-genome size (genes) 43,561 26,491 21,292 23,833
Average % of genes in the core 30.5% 51.4% 40.2% 8.4%
Core genes (total) (%) 2,486 (5.7%) 4,195 (15.8%) 3,282 (15.4%) 609 (2.6%)
-Core genes (hard) (%) -2,315 (5.3%) -4,195 (15.8%) -3,282 (15.4%) -609 (2.6%)
-Core genes (soft) (%) -171 (0.4%) -0 (0%) -0 (0%) -0 (0%)
Accessory genes (total) (%) 41,075 (94.3%) 22,296 (84.2%) 18,010 (84.6%) 23,224 (97.4%)
-Accessory genes (shell) (%) -9,846 (22.6.0%) -7,471 (28.2%) -8,009 (37.6%) -23,224 (97.4%)
-Accessory genes (cloud) (%) -31,229 (71.7%) -14,825 (56.0%) -10,001 (47.0%) -0 (0%)
Extrapolated pan-genome (new genes) when n = 101 101,987 (555) 55,378 (228) 77,244 (372) 121,349 (747)
Extrapolated pan-genome (new genes) when n = 501 245,333 (269) 107,520 (89) 167,900 (163) 327,798 (406)
Extrapolated pan-genome (new genes) when n = 1001 358,522 (196) 143,228 (59) 234,844 (114) 503,647 (312)
Extrapolated core genes at n = ∞ 988 (39.7%) 4,058 (96.7%) 3,105 (94.6%) 405 (66.5%)
COGs enriched in core genome E F H J E F I F J E F J
COGs enriched in accessory genome Q V L Q V Q P Q
BGCs for named metabolites – core 5 (10.0%) 5 (15.6%) 6 (18.2%) 7 (26.9%)
BGCs for named metabolites – accessory 45 (90.0%) 27 (84.4%) 27 (81.8%) 19 (73.1%)

For each pan-genome, the composition is presented, together with extrapolations to larger numbers of included genomes, and the number of biosynthetic gene clusters (BGCs) with similarity to those producing named compounds. COG categories enriched in particular sub-pan-genomes are: E, amino acid transport and metabolism; F, nucleotide transport and metabolism; H, coenzyme transport and metabolism; I, lipid transport and metabolism; J, translation, ribosomal structure and biogenesis; L, replication, recombination and repair; P, inorganic ion transport and metabolism; Q, secondary metabolites biosynthesis, transport, and catabolism; and V, defense mechanisms.