Transcription factors (TFs) of Acropora hyacinthus are usually classified into different families according to their conserved DBDs, which was based on the rule of AnimalTFDB 4.0 and self-build HMM profiles.
| Homeobox(145) | bHLH(73) | DM(9) | zf-C2H2(115) | zf-GAGA(3) |
| HMG(37) | ZBTB(137) | T-box(9) | THAP(45) | TSC22(3) |
| zf-LITAF-like(6) | zf-CCCH(21) | RFX(8) | E2F(5) | ESR-like(12) |
| Miscellaneous(16) | NGFIB-like(17) | RXR-like(17) | SF-like(16) | THR-like(17) |
| GCNF-like(16) | COE(1) | zf-MIZ(3) | TF_bZIP(27) | MH1(8) |
| ARID(8) | SAND(3) | Fork_head(29) | zf-C2HC(8) | HSF(4) |
| MYB(35) | zf-GATA(6) | Pou(5) | ETS(14) | Nrf1(2) |
| SRF(3) | GCM(2) | PAX(11) | MBD(9) | zf-BED(4) |
| CSD(10) | RHD(6) | CP2(3) | AP-2(3) | IRF(4) |
| Runt(2) | P53(7) | CG-1(3) | CUT(2) | PC4(1) |
| NDT80_PhoG(1) | TEA(2) | Tub(1) | LRRFIP(2) | CSL(2) |
| CSRNP_N(2) | AF-4(1) | zf-NF-X1(1) | CBF(1) | NCU-G1(1) |
| GCFC(1) | STAT(1) | GTF2I(1) |
