Additional file 6:Figure S3. Relationship between ploidy (P) and cell volume (Vc) in microbes (n = 56), plotted as a log/log graph. The grey line is a power fit with the equation displayed in red type (fit statistics are in Suppl. Table 2). Datapoints belonging to eukaryotes are in orange, those for prokaryotes in green
Figure S11. Number of leaves correlates with tree density, but tree density corrects for the overall...
Figure S1. Rarefaction curves of 16r RNA gene sequencing data. Figure S2. Composition and structure ...
Figure S3. Association between bacterial lifestyle and effective population size, as computed from s...
Additional file 5:Figure S2. Relationship between genome size and cell volume (Vc) in microbes (n = ...
Additional file 2:Table S2. Statistics and estimated parameters for power fits against Vc
Additional file 3:Table S3. Explicit dataset used in Fig. ure 2. Original 16S rRNA gene amplicon seq...
Abstract Background The determination of taxon-specific composition of microbiomes by combining high...
Figure S2. Relationship between the depth of sequencing and sum of the assembled contigs associated ...
Plots relating the average genome size of every genus to their average number of 16S rRNA genes. All...
Figure S1. Network analysis of DNA and RNA components of the microbiome. Each node represents a part...
Figure S14. Comparison between Bacteroidetes- and Firmicutes-specific variable and invariable genes....
HT count according to genome size in studied bacteria. The trend curve (linear), its function (y) an...
Figure S1. Diversity and abundance distribution of bacterial families in culture-independent or cult...
Additional file 1: Figure S1. (A) Rarefaction curve analysis of archaeal 16S rRNA gene clone librari...
Figure S13. Genes only annotated in Proteobacteria or Euryarchaeota, but not Actinobacteria or Firmi...
Figure S11. Number of leaves correlates with tree density, but tree density corrects for the overall...
Figure S1. Rarefaction curves of 16r RNA gene sequencing data. Figure S2. Composition and structure ...
Figure S3. Association between bacterial lifestyle and effective population size, as computed from s...
Additional file 5:Figure S2. Relationship between genome size and cell volume (Vc) in microbes (n = ...
Additional file 2:Table S2. Statistics and estimated parameters for power fits against Vc
Additional file 3:Table S3. Explicit dataset used in Fig. ure 2. Original 16S rRNA gene amplicon seq...
Abstract Background The determination of taxon-specific composition of microbiomes by combining high...
Figure S2. Relationship between the depth of sequencing and sum of the assembled contigs associated ...
Plots relating the average genome size of every genus to their average number of 16S rRNA genes. All...
Figure S1. Network analysis of DNA and RNA components of the microbiome. Each node represents a part...
Figure S14. Comparison between Bacteroidetes- and Firmicutes-specific variable and invariable genes....
HT count according to genome size in studied bacteria. The trend curve (linear), its function (y) an...
Figure S1. Diversity and abundance distribution of bacterial families in culture-independent or cult...
Additional file 1: Figure S1. (A) Rarefaction curve analysis of archaeal 16S rRNA gene clone librari...
Figure S13. Genes only annotated in Proteobacteria or Euryarchaeota, but not Actinobacteria or Firmi...
Figure S11. Number of leaves correlates with tree density, but tree density corrects for the overall...
Figure S1. Rarefaction curves of 16r RNA gene sequencing data. Figure S2. Composition and structure ...
Figure S3. Association between bacterial lifestyle and effective population size, as computed from s...