Table 1.
Statistics about the complexes, interfaces and structural interologs collected in InterEvol
| Number of complexes analysed | 33 472 |
| Homomers | 26 167 |
| Heteromers | 7305 |
| Number of non-redundant complexes (%id < 70%) | 12 095 |
| Number of non-redundant interfaces (%id < 70%) | 16 943 |
| Homodimers interfaces | 13 274 |
| Heterodimers interfaces | 3669 |
| Predicted as biological (NoXClass) | 11 898 |
| Homodimers predicted as obligate (NoXClass) | 7326 |
| Homodimers predicted as non-obligate (NoXClass) | 1983 |
| Heterodimers predicted as obligate (NoXClass) | 1148 |
| Heterodimers predicted as non-obligate (NoXClass) | 1441 |
| Number of interologs sequences alignments (more than 10 sequences) | 1230 |
| Heterodimers predicted as obligate (NoXClass) | 579 |
| Heterodimers predicted as non-obligate (NoXClass) | 651 |
| Number of groups of structural interologs (%id < 70%) | 1741 |
| Homodimers interfaces | 1129 |
| Heterodimers interfaces | 513 |
| Combination of homodimers and heterodimers | 99 |
Summary of the statistics of the number of complexes, interfaces and interologs collected and analysed in the initial version of the InterEvol database. Biological and obligate properties of the interfaces were predicted using the NoXClass method (44).