Publication Details
| Pubmed | 28827405 |
| Title: | Conserved cytoplasmic domains promote Hrd1 ubiquitin ligase complex formation for ER-associated degradation (ERAD). |
| Year: | 2017 |
| DOI: | https://doi.org/10.1242/jcs.206847 |
| First Author: | Schulz |
| Experimental setup: | affinity chromatography technology (Biogrid, UniProt)
anti bait coimmunoprecipitation (UniProt) |
| Throughput: | Low Throughput (Biogrid) |
Interactions
12 interactions
| Interactor | Partner | Sources | Link |
| SYVN1_HUMAN | UB2J1_HUMAN | BioGRID, UniProt | details |
| FA8A1_HUMAN | SYVN1_HUMAN | BioGRID, UniProt | details |
| SE1L1_HUMAN | OS9_HUMAN | BioGRID, UniProt | details |
| SE1L1_HUMAN | UB2J1_HUMAN | BioGRID, UniProt | details |
| SE1L1_HUMAN | AUP1_HUMAN | UniProt | details |
| SYVN1_HUMAN | AUP1_HUMAN | UniProt | details |
| SYVN1_HUMAN | OS9_HUMAN | BioGRID, UniProt | details |
| SYVN1_HUMAN | SE1L1_HUMAN | BioGRID, UniProt | details |
| SYVN1_HUMAN | HERP1_HUMAN | BioGRID, UniProt | details |
| FA8A1_HUMAN | HERP1_HUMAN | BioGRID, UniProt | details |
| SE1L1_HUMAN | HERP1_HUMAN | BioGRID, UniProt | details |
| SE1L1_HUMAN | FA8A1_HUMAN | BioGRID, UniProt | details |