Table 2. Examples of Some Coactivators That Have Been Shown to Associate with AHR or Its Complexa.
| coactivator | reference | notes |
|---|---|---|
| BRCA-1 | [284, 285] | interaction with both AHR and ARNT |
| BRG-1 | [286, 287] | interaction with AHR, enhances complex activity |
| CARM-1 | [288] | interaction with AHR |
| CoCoA | [289] | interaction with both AHR and ARNT |
| COUP-TF1 | [290] | interaction with AHR and not ARNT |
| ERα | [290] | interaction with AHR and not ARNT |
| ERRα | [290] | interaction with AHR and not ARNT |
| ERAP140 | [291] | interaction with AHR–ARNT complex |
| GAC63 (GRIP1) | [292] | interaction with AHR |
| Mediator | [97] | interaction with AHR–ARNT complex |
| P160 (NcoA-1-3) | [117] | interaction with both AHR and ARNT |
| NcoA-4 | [93] | interaction with both AHR and ARNT |
| P300 | [117, 293, 294] | interaction with both AHR and ARNT |
| PGC-1 | [288] | interaction with AHR |
| RB | [295] | interaction with AHR |
| RIP140 | [296, 297] | interaction with AHR, cross talk with ERα |
| SHP | [298] | interaction with ARNT and not AHR |
| SMRT | [291, 299] | interaction with AHR–ARNT complex and AHR |
| SRC1 (NcoA-1) | [283, 288] | interaction with AHR Q-rich region |
| SRC2 (NcoA-2) | [288] | interaction with AHR |
| SRC3 (NcoA-3) | [288] | interaction with AHR |
| TAF4 | [283] | interaction with AHR Q-rich region |
| TAF6 | [283] | interaction with AHR Q-rich region |
| TBP | [283] | interaction with AHR Q-rich region |
| TIF2 | [283] | interaction with AHR Q-rich region |
| TRAP220 | [288] | interaction with AHR |
| TRIP230 | [300] | interaction with ARNT |
| SIN3A | [301] | enhances complex activity |
This table of examples was generated by a cross reference of the topics, “Ah receptor” and “Coactivator” in the “Web of Science” search engine of scientific publications, apps.webofknowledge.com (8/1/2019). It was then supplemented with information found in two reports on the topic.79,117 Clear, alternative names of coactivators are given in parentheses. The table is meant to represent the diversity of known AHR–coactivator interactions and is not intended to be an exhaustive list.