Species: MtC (Taxonomy ID: 83331)
Unicellular Group: Actinobacteria
MtC has total 192987 sequences from NCBI.
Parameters used for this clustering:
e_1 = e-10: E-value threshold for BLAST
a_1 = 20 residues: minimum overlap between 2 alignments
Cluster       1:     50 (sequences) =     50 (from       1 COG) +       0 (from non-COG)
Node Degree:     46 = min,     49 = max,     48.72 = avg,       1 connected components
Cluster       2:     41 (sequences) =       0 (from       0 COG) +     41 (from non-COG)
Node Degree:     37 = min,     40 = max,     39.37 = avg,       1 connected components
Cluster       3:     19 (sequences) =     19 (from       2 COG) +       0 (from non-COG)
Node Degree:     18 = min,     18 = max,     18.00 = avg,       1 connected components
Cluster       4:     42 (sequences) =     28 (from       2 COG) +     14 (from non-COG)
Node Degree:     12 = min,     14 = max,     12.86 = avg,       3 connected components
Cluster       5:     18 (sequences) =     18 (from       3 COG) +       0 (from non-COG)
Node Degree:     12 = min,     17 = max,     15.11 = avg,       1 connected components
Cluster       6:     13 (sequences) =     13 (from       1 COG) +       0 (from non-COG)
Node Degree:     11 = min,     12 = max,     11.85 = avg,       1 connected components
Cluster       7:     11 (sequences) =     11 (from       1 COG) +       0 (from non-COG)
Node Degree:     10 = min,     10 = max,     10.00 = avg,       1 connected components
Cluster       8:     21 (sequences) =     21 (from       1 COG) +       0 (from non-COG)
Node Degree:     10 = min,     16 = max,     13.24 = avg,       1 connected components
Cluster       9:     20 (sequences) =     20 (from       2 COG) +       0 (from non-COG)
Node Degree:       9 = min,       9 = max,       9.00 = avg,       2 connected components
Cluster     10:     27 (sequences) =     27 (from       5 COG) +       0 (from non-COG)
Node Degree:       8 = min,       8 = max,       8.00 = avg,       3 connected components
Cluster     11:     12 (sequences) =     12 (from       1 COG) +       0 (from non-COG)
Node Degree:       8 = min,     11 = max,       9.50 = avg,       1 connected components
Cluster     12:     24 (sequences) =     24 (from       3 COG) +       0 (from non-COG)
Node Degree:       7 = min,       7 = max,       7.00 = avg,       3 connected components
Cluster     13:       7 (sequences) =       7 (from       1 COG) +       0 (from non-COG)
Node Degree:       6 = min,       6 = max,       6.00 = avg,       1 connected components
Cluster     14:     57 (sequences) =     39 (from       6 COG) +     18 (from non-COG)
Node Degree:       5 = min,       8 = max,       5.16 = avg,       9 connected components
Cluster     15:       7 (sequences) =       7 (from       1 COG) +       0 (from non-COG)
Node Degree:       5 = min,       6 = max,       5.43 = avg,       1 connected components
Cluster     16:     95 (sequences) =     80 (from     20 COG) +     15 (from non-COG)
Node Degree:       4 = min,       6 = max,       4.21 = avg,     18 connected components
Cluster     17:   179 (sequences) =   166 (from     41 COG) +     13 (from non-COG)
Node Degree:       3 = min,       6 = max,       3.20 = avg,     41 connected components
Cluster     18:     20 (sequences) =     10 (from       2 COG) +     10 (from non-COG)
Node Degree:       3 = min,       9 = max,       3.70 = avg,       3 connected components
Cluster     19:   221 (sequences) =   187 (from     69 COG) +     34 (from non-COG)
Node Degree:       2 = min,       5 = max,       2.13 = avg,     69 connected components
Number of our clusters (SuperClusters) having:
all sequences from COG = 12
all sequences from non-COG = 1
mixture of COG and non-COG = 6
Total number of connected components (ParalogClusters) = 161
Organism MtC: 884 sequences are covered by our 19 clusters.
Among these 884 sequences 739 sequences are classified in 162 COG and 145 sequences are not in COG.
Number of COG clusters containing this organsim: 1434 (total number of COG clusters in COG: 4873)
Number of sequences in these COGs: 2422 (total number of sequences in COG: 144320)
Cluster 1 of MtC
Total 50 sequences in this cluster
50 in 1 COG and 0 not classified by COG.
Node Degree:     46 = min,     49 = max,     48.72 = avg,       1 connected component.
Most common functional categories in order:
50 [N] CELLULAR PROCESSES AND SIGNALING : Cell motility
Cluster 2 of MtC
Total 41 sequences in this cluster
0 in 0 COG and 41 not classified by COG.
Node Degree:     37 = min,     40 = max,     39.37 = avg,       1 connected component.
Most common functional categories in order:
Cluster 3 of MtC
Total 19 sequences in this cluster
19 in 2 COG and 0 not classified by COG.
Node Degree:     18 = min,     18 = max,     18.00 = avg,       1 connected component.
Most common functional categories in order:
19 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
2 [I] METABOLISM : Lipid transport and metabolism
Cluster 4 of MtC
Total 42 sequences in this cluster
28 in 2 COG and 14 not classified by COG.
Node Degree:     12 = min,     14 = max,     12.86 = avg,       3 connected components.
Most common functional categories in order:
28 [I] METABOLISM : Lipid transport and metabolism
13 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
Cluster 5 of MtC
Total 18 sequences in this cluster
18 in 3 COG and 0 not classified by COG.
Node Degree:     12 = min,     17 = max,     15.11 = avg,       1 connected component.
Most common functional categories in order:
17 [I] METABOLISM : Lipid transport and metabolism
17 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
Cluster 6 of MtC
Total 13 sequences in this cluster
13 in 1 COG and 0 not classified by COG.
Node Degree:     11 = min,     12 = max,     11.85 = avg,       1 connected component.
Most common functional categories in order:
13 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
Cluster 7 of MtC
Total 11 sequences in this cluster
11 in 1 COG and 0 not classified by COG.
Node Degree:     10 = min,     10 = max,     10.00 = avg,       1 connected component.
Most common functional categories in order:
11 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
Cluster 8 of MtC
Total 21 sequences in this cluster
21 in 1 COG and 0 not classified by COG.
Node Degree:     10 = min,     16 = max,     13.24 = avg,       1 connected component.
Most common functional categories in order:
21 [I] METABOLISM : Lipid transport and metabolism
21 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
21 [R] POORLY CHARACTERIZED : General function prediction only
Cluster 9 of MtC
Total 20 sequences in this cluster
20 in 2 COG and 0 not classified by COG.
Node Degree:       9 = min,       9 = max,       9.00 = avg,       2 connected components.
Most common functional categories in order:
20 [R] POORLY CHARACTERIZED : General function prediction only
10 [K] INFORMATION STORAGE AND PROCESSING : Transcription
10 [L] INFORMATION STORAGE AND PROCESSING : Replication, recombination and repair
10 [T] CELLULAR PROCESSES AND SIGNALING : Signal transduction mechanisms
Cluster 10 of MtC
Total 27 sequences in this cluster
27 in 5 COG and 0 not classified by COG.
Node Degree:       8 = min,       8 = max,       8.00 = avg,       3 connected components.
Most common functional categories in order:
9 [K] INFORMATION STORAGE AND PROCESSING : Transcription
9 [M] CELLULAR PROCESSES AND SIGNALING : Cell wall/membrane/envelope biogenesis
9 [P] METABOLISM : Inorganic ion transport and metabolism
9 [T] CELLULAR PROCESSES AND SIGNALING : Signal transduction mechanisms
Cluster 11 of MtC
Total 12 sequences in this cluster
12 in 1 COG and 0 not classified by COG.
Node Degree:       8 = min,     11 = max,       9.50 = avg,       1 connected component.
Most common functional categories in order:
12 [I] METABOLISM : Lipid transport and metabolism
Cluster 12 of MtC
Total 24 sequences in this cluster
24 in 3 COG and 0 not classified by COG.
Node Degree:       7 = min,       7 = max,       7.00 = avg,       3 connected components.
Most common functional categories in order:
8 [E] METABOLISM : Amino acid transport and metabolism
8 [G] METABOLISM : Carbohydrate transport and metabolism
8 [L] INFORMATION STORAGE AND PROCESSING : Replication, recombination and repair
8 [P] METABOLISM : Inorganic ion transport and metabolism
8 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
8 [R] POORLY CHARACTERIZED : General function prediction only
Cluster 13 of MtC
Total 7 sequences in this cluster
7 in 1 COG and 0 not classified by COG.
Node Degree:       6 = min,       6 = max,       6.00 = avg,       1 connected component.
Most common functional categories in order:
7 [C] METABOLISM : Energy production and conversion
Cluster 14 of MtC
Total 57 sequences in this cluster
39 in 6 COG and 18 not classified by COG.
Node Degree:       5 = min,       8 = max,       5.16 = avg,       9 connected components.
Most common functional categories in order:
15 [I] METABOLISM : Lipid transport and metabolism
6 [J] INFORMATION STORAGE AND PROCESSING : Translation, ribosomal structure and biogenesis
6 [L] INFORMATION STORAGE AND PROCESSING : Replication, recombination and repair
6 [P] METABOLISM : Inorganic ion transport and metabolism
6 [T] CELLULAR PROCESSES AND SIGNALING : Signal transduction mechanisms
Cluster 15 of MtC
Total 7 sequences in this cluster
7 in 1 COG and 0 not classified by COG.
Node Degree:       5 = min,       6 = max,       5.43 = avg,       1 connected component.
Most common functional categories in order:
7 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
Cluster 16 of MtC
Total 95 sequences in this cluster
80 in 20 COG and 15 not classified by COG.
Node Degree:       4 = min,       6 = max,       4.21 = avg,     18 connected components.
Most common functional categories in order:
17 [T] CELLULAR PROCESSES AND SIGNALING : Signal transduction mechanisms
17 [R] POORLY CHARACTERIZED : General function prediction only
10 [L] INFORMATION STORAGE AND PROCESSING : Replication, recombination and repair
9 [C] METABOLISM : Energy production and conversion
7 [I] METABOLISM : Lipid transport and metabolism
6 [D] CELLULAR PROCESSES AND SIGNALING : Cell cycle control, cell division, chromosome partitioning
6 [N] CELLULAR PROCESSES AND SIGNALING : Cell motility
5 [S] POORLY CHARACTERIZED : Function unknown
4 [E] METABOLISM : Amino acid transport and metabolism
2 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
2 [H] METABOLISM : Coenzyme transport and metabolism
Cluster 17 of MtC
Total 179 sequences in this cluster
166 in 41 COG and 13 not classified by COG.
Node Degree:       3 = min,       6 = max,       3.20 = avg,     41 connected components.
Most common functional categories in order:
35 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
29 [R] POORLY CHARACTERIZED : General function prediction only
28 [I] METABOLISM : Lipid transport and metabolism
19 [C] METABOLISM : Energy production and conversion
16 [E] METABOLISM : Amino acid transport and metabolism
10 [H] METABOLISM : Coenzyme transport and metabolism
9 [O] CELLULAR PROCESSES AND SIGNALING : Posttranslational modification, protein turnover, chaperones
9 [V] CELLULAR PROCESSES AND SIGNALING : Defense mechanisms
8 [G] METABOLISM : Carbohydrate transport and metabolism
7 [P] METABOLISM : Inorganic ion transport and metabolism
5 [D] CELLULAR PROCESSES AND SIGNALING : Cell cycle control, cell division, chromosome partitioning
4 [M] CELLULAR PROCESSES AND SIGNALING : Cell wall/membrane/envelope biogenesis
4 [K] INFORMATION STORAGE AND PROCESSING : Transcription
4 [S] POORLY CHARACTERIZED : Function unknown
4 [L] INFORMATION STORAGE AND PROCESSING : Replication, recombination and repair
Cluster 18 of MtC
Total 20 sequences in this cluster
10 in 2 COG and 10 not classified by COG.
Node Degree:       3 = min,       9 = max,       3.70 = avg,       3 connected components.
Most common functional categories in order:
5 [C] METABOLISM : Energy production and conversion
5 [I] METABOLISM : Lipid transport and metabolism
5 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
5 [R] POORLY CHARACTERIZED : General function prediction only
Cluster 19 of MtC
Total 221 sequences in this cluster
187 in 69 COG and 34 not classified by COG.
Node Degree:       2 = min,       5 = max,       2.13 = avg,     69 connected components.
Most common functional categories in order:
32 [R] POORLY CHARACTERIZED : General function prediction only
26 [C] METABOLISM : Energy production and conversion
17 [P] METABOLISM : Inorganic ion transport and metabolism
15 [E] METABOLISM : Amino acid transport and metabolism
13 [H] METABOLISM : Coenzyme transport and metabolism
13 [M] CELLULAR PROCESSES AND SIGNALING : Cell wall/membrane/envelope biogenesis
12 [K] INFORMATION STORAGE AND PROCESSING : Transcription
12 [I] METABOLISM : Lipid transport and metabolism
11 [T] CELLULAR PROCESSES AND SIGNALING : Signal transduction mechanisms
11 [Q] METABOLISM : Secondary metabolites biosynthesis, transport and catabolism
9 [L] INFORMATION STORAGE AND PROCESSING : Replication, recombination and repair
7 [O] CELLULAR PROCESSES AND SIGNALING : Posttranslational modification, protein turnover, chaperones
7 [G] METABOLISM : Carbohydrate transport and metabolism
7 [V] CELLULAR PROCESSES AND SIGNALING : Defense mechanisms
3 [S] POORLY CHARACTERIZED : Function unknown
3 [D] CELLULAR PROCESSES AND SIGNALING : Cell cycle control, cell division, chromosome partitioning
1 [J] INFORMATION STORAGE AND PROCESSING : Translation, ribosomal structure and biogenesis
