Table 1. Prediction of ubiquitination sites for cleaved-PAR-4.
| Position* | Sequence | Database ressource |
|---|---|---|
| 136 | EPDGVPE-K-GKSSGPS | BDM-PUB; Ubpred; Ubiprober |
| 138 | DGVPEKG-K-SSGPSAR | BDM-PUB; Ubpred; Ubiprober |
| 185 | EDDEAGQ-K-ERKREDA | BDM-PUB; Ubpred |
| 188 | EAGQKER-K-REDAITQ | BDM-PUB; Ubpred |
| 227 | RTVSGRY-K-STTSVSE | BDM-PUB; Ubpred |
| 270 | VSSSTLE-K-KIEDLEK | BDM-PUB; Ubpred |
| 271 | SSSTLEK-K-IEDLEKE | BDM-PUB; Ubpred |
| 277 | KKIEDLE-K-EVVRERQ | Ubpred; Ubiprober |
| 296 | LVRLMQD-K-EEMIGKL | Ubpred; Ubiprober |
| 304 | EEMIGKL-K-EEIDLLN | Ubpred; Ubiprober |
| 325 | EDENEQL-K-QENKTLL | Ubpred; Ubiprober |
| 329 | EQLKQEN-K-TLLKVVG | Ubpred; Ubiprober |
| 333 | QENKTLL-K-VVGQLTR | BDM-PUB; Ubiprober; Phosphosite plus |
Ubiquitination sites were predicted using four bioinformatics database (BDM-Pub; Ubpred; Ubiprober and Phosphosite plus). 13 potential sites of ubiquitination were predicted considering they were provided by at least two bioinformatics tools. The position indicated in the table is based on the full length of Par-4 sequence (NP_002574.2). All sites are located on a Lysine (K).
*
Position is based on full length Par-4 sequence