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. 2003 Sep 18;1:8. doi: 10.1186/1478-1336-1-8

Table 3.

Transcription factors or cofactors that interact with SF-1. For each interacting factor, the resulting functional interaction, the experimental approach used to evidence the physical interaction and the model promoter are indicated.

Factor Functional interaction Physical interaction Promoter Bibliography
TreP132 allows CBP/p300 recruitment Co-IP, pull-down, two-hybrid P450scc [160,161]
GATA-4 Independent of GATA binding to DNA Pull-down MIS [106,150]
SOX9 Increases transcription in the presence of SF-1 Two-hybrid, pull-down, co-IP, EMSA MIS [105]
WT1-KTS Activation by WT-1 is dependent on SF-1 binding to its site. No WT-1 binding to DNA Two-hybrid, GST pull-down MIS [107]
Sp1 Cooperation dependent on the cell type Co-IP, two-hybrid, EMSA StAR [202]
Sp1 Cooperation required for basal and cAMP-induced activity. Allows recruitment of CBP Two-hybrid, EMSA bovine P450scc [153,162]
Egr-1 Synergistic activation. Egr-1 expression is induced by GnRH. Pull-down LH-β [155-157]
Ptx-1 Synergy depends on SF-1 binding to DNA Pull-down, two-hybrid LH-β [158,159]
CREB Synergy in basal and cAMP-induced conditions. Allows CBP recuitment Pull-down α-Inhibin [163]
CREB Synergy in response to cAMP. FSH induces CREB and SF-1 phosphorylation Not demonstrated Aromatase [86,164]
AP-1/c-jun Synergy for P450scc and an artificial promoter activation Pull-down P450scc and SFRE-tk-CAT [14,21]
TF-IIB No determined Pull-down [14]
C/EBPβ C/EBP binding sites are required for activation by SF-1 Pull-down mStAR [112]
USF USF is required for SF-1 to activate rFSH-R promoter. Activation is inhibited by PKA. Not demonstrated rFSH-R [209]
AR AR represses LHβ transcription by interacting with SF-1 Pull-down bLHβ [154]
DP103 Inhibits SF-1 transcriptional activity by interacting with a proximal repression domain. Co-IP, pull-down P450scc, P450c21, progesterone production [148,149]
P54nrb et PSF Repression of basal and induced hCYP17 promoter activity EMSA, co-IP hCYP17 [222]
WT1 Aromatase transcription inhibition. Integrity of the SFRE is required Not demonstrated Aromatase [223]
DAX-1 Inhibits SF-1 transcriptional activity NCoR/Alien recruitment Pull-down, two-hybrid Synthetic promoters and SF-1 target genes [107,151,152]