A summarized network of proteins found in the species of the Spirochaetes phylum. Only the bacterial species are labeled to improve readability. Each circle represents either a protein (unlabeled) or a species (labeled). Each cluster of species and their associated proteins are color-coded, and links indicate proteins that are shared by other groups. The colors are random and are intended only to separate the clusters. The size of the circle indicates the betweenness centrality of the node in the network; this property is related to its centrality (the number of links that pass through the node) in the groups of Spirochaetes. (XLSX 142 kb
Bordor.325.refdat.dat. Reference protein dataset used as queries for homology searching in subject d...
Figure S1. Number of orthology pairwise relationships calculated with OrthoMCL, ProteinPathTracker a...
Abstract Background The evolutionary history of a species is frequently derived from molecular seque...
All the biological processes and the associated number of proteins involved, according to taxa. It i...
The top ten biological processes and their annotated proteins, separated by groups of species (FL: f...
The epidemiological network of B. burgdorferi (BBG) as visualised using the ForceAtlas2 algorithm at...
Phylogenetic tree of the genera of vertebrates in the epidemiological network of B. burgdorferi (BBG...
Predictions for all ORFs. Lipoprotein, trans-membrane ι-helix, cellular localization, and β-barrel...
Figure S1. Borreliella plasmid PFam32 protein neighbor-joining tree. Figure S2. Two examples of Borr...
IPN. The IPN derived from the four different PPINs of four species is shown. They include human, wor...
Figure S3. De novo orthologous protein groups (nâ=â10,630) encoded in 31âF. prausnitzii genome...
Complete information for the Borrelia species in the B. burgdorferi (BBG) epidemiological network. T...
Table S3. Protein percent identity matrices between the 16 microorganisms where clusters identical t...
Figure S1. The phylogenetic tree showing the relation between the T. annulata, T. parva and B. bovis...
Figure S5. Heatmap of gene orthologues differentially abundant between the two F. prausnitzii genomo...
Bordor.325.refdat.dat. Reference protein dataset used as queries for homology searching in subject d...
Figure S1. Number of orthology pairwise relationships calculated with OrthoMCL, ProteinPathTracker a...
Abstract Background The evolutionary history of a species is frequently derived from molecular seque...
All the biological processes and the associated number of proteins involved, according to taxa. It i...
The top ten biological processes and their annotated proteins, separated by groups of species (FL: f...
The epidemiological network of B. burgdorferi (BBG) as visualised using the ForceAtlas2 algorithm at...
Phylogenetic tree of the genera of vertebrates in the epidemiological network of B. burgdorferi (BBG...
Predictions for all ORFs. Lipoprotein, trans-membrane ι-helix, cellular localization, and β-barrel...
Figure S1. Borreliella plasmid PFam32 protein neighbor-joining tree. Figure S2. Two examples of Borr...
IPN. The IPN derived from the four different PPINs of four species is shown. They include human, wor...
Figure S3. De novo orthologous protein groups (nâ=â10,630) encoded in 31âF. prausnitzii genome...
Complete information for the Borrelia species in the B. burgdorferi (BBG) epidemiological network. T...
Table S3. Protein percent identity matrices between the 16 microorganisms where clusters identical t...
Figure S1. The phylogenetic tree showing the relation between the T. annulata, T. parva and B. bovis...
Figure S5. Heatmap of gene orthologues differentially abundant between the two F. prausnitzii genomo...
Bordor.325.refdat.dat. Reference protein dataset used as queries for homology searching in subject d...
Figure S1. Number of orthology pairwise relationships calculated with OrthoMCL, ProteinPathTracker a...
Abstract Background The evolutionary history of a species is frequently derived from molecular seque...