Run
Kingdom
Phylumb
Average GC3 content
Neutrality, ε×100%
Equilibrium point \(\mathrm{E}_{\mathrm{p}}^{\mathrm{c}}\)
Direction of mutational pressure
1 Protozoaa Apicomplexa 0.35±0.21 15 0.45 AT
2 Bacteria Chlamydiae 0.3±0.04 6.3* 0.46 AT
3 Bacteria Firmicutes 0.29±0.13 9.1 0.51 AT
4 Plantae Streptophyta 0.39±0.04 13.2 0.49 AT
5 Metazoa Nematoda 0.38±0.14 6.3 0.49 AT
6 Bacteria Bacteroidetes 0.38±0.19 10 0.49 AT
7 Metazoa Mollusca 0.4±0.13 4.5 0.47 AT
8 Bacteria Cyanobacteria 0.38±0.1 4.7* 0.51 AT
9 Metazoa Chordata 0.45±0.17 8 0.49 AT/GC
10 Metazoa Arthropoda 0.55±0.15 8.4 0.49 AT/GC
11 Bacteria Proteobacteria 0.54±0.21 8 0.52 AT/GC
12 Archaea Euryarchaeota 0.64±0.13 32.4 0.44 GC
13 Fungi Ascomycota 0.62±0.23 11.2 0.49 GC
14 Protozoa Euglenozoa 0.65±0.11 8.3 0.51 GC
15 Fungi Basidiomycota 0.67±0.14 9.9 0.50 GC
16 Plantae Chlorophyta 0.7±0.16 17.7 0.46 GC
17 Bacteria Actinobacteria 0.87±0.1 4.8 0.54 GC
Note: The neutrality values with statistically non-significant correlation coefficient R (p-value > 0.05) are marked with symbol (*). a The designation “Protozoa” was used to identify Apicomplexa and Euglenozoa, since kingdom of these phyla is not determined in the NCBI Taxonomy. b Phyla were divided by the direction of the mutational pressure and sorted by average GC content. c The value of equilibrium point was calculated as \(\frac{\mathrm{A}_{\mathrm{0}}}{\left(\mathrm{1-\varepsilon}\right)}\), where A0 is a value computed from regression of GC1,2 and GC3 at GC3 = 0 Note: The neutrality values with statistically non-significant correlation coefficient R (p-value > 0.05) are marked with symbol (*). a The designation “Protozoa” was used to identify Apicomplexa and Euglenozoa, since kingdom of these phyla is not determined in the NCBI Taxonomy. b Phyla were divided by the direction of the mutational pressure and sorted by average GC content. c The value of equilibrium point was calculated as \(\frac{\mathrm{A}_{\mathrm{0}}}{\left(\mathrm{1-\varepsilon}\right)}\), where A0 is a value computed from regression of GC1,2 and GC3 at GC3 = 0 Note: The neutrality values with statistically non-significant correlation coefficient R (p-value > 0.05) are marked with symbol (*). a The designation “Protozoa” was used to identify Apicomplexa and Euglenozoa, since kingdom of these phyla is not determined in the NCBI Taxonomy. b Phyla were divided by the direction of the mutational pressure and sorted by average GC content. c The value of equilibrium point was calculated as \(\frac{\mathrm{A}_{\mathrm{0}}}{\left(\mathrm{1-\varepsilon}\right)}\), where A0 is a value computed from regression of GC1,2 and GC3 at GC3 = 0 Note: The neutrality values with statistically non-significant correlation coefficient R (p-value > 0.05) are marked with symbol (*). a The designation “Protozoa” was used to identify Apicomplexa and Euglenozoa, since kingdom of these phyla is not determined in the NCBI Taxonomy. b Phyla were divided by the direction of the mutational pressure and sorted by average GC content. c The value of equilibrium point was calculated as \(\frac{\mathrm{A}_{\mathrm{0}}}{\left(\mathrm{1-\varepsilon}\right)}\), where A0 is a value computed from regression of GC1,2 and GC3 at GC3 = 0 Note: The neutrality values with statistically non-significant correlation coefficient R (p-value > 0.05) are marked with symbol (*). a The designation “Protozoa” was used to identify Apicomplexa and Euglenozoa, since kingdom of these phyla is not determined in the NCBI Taxonomy. b Phyla were divided by the direction of the mutational pressure and sorted by average GC content. c The value of equilibrium point was calculated as \(\frac{\mathrm{A}_{\mathrm{0}}}{\left(\mathrm{1-\varepsilon}\right)}\), where A0 is a value computed from regression of GC1,2 and GC3 at GC3 = 0 Note: The neutrality values with statistically non-significant correlation coefficient R (p-value > 0.05) are marked with symbol (*). a The designation “Protozoa” was used to identify Apicomplexa and Euglenozoa, since kingdom of these phyla is not determined in the NCBI Taxonomy. b Phyla were divided by the direction of the mutational pressure and sorted by average GC content. c The value of equilibrium point was calculated as \(\frac{\mathrm{A}_{\mathrm{0}}}{\left(\mathrm{1-\varepsilon}\right)}\), where A0 is a value computed from regression of GC1,2 and GC3 at GC3 = 0 Note: The neutrality values with statistically non-significant correlation coefficient R (p-value > 0.05) are marked with symbol (*). a The designation “Protozoa” was used to identify Apicomplexa and Euglenozoa, since kingdom of these phyla is not determined in the NCBI Taxonomy. b Phyla were divided by the direction of the mutational pressure and sorted by average GC content. c The value of equilibrium point was calculated as \(\frac{\mathrm{A}_{\mathrm{0}}}{\left(\mathrm{1-\varepsilon}\right)}\), where A0 is a value computed from regression of GC1,2 and GC3 at GC3 = 0