Table 2.
Site |
Consensus |
Human |
Mouse |
Rat |
||||
---|---|---|---|---|---|---|---|---|
Sequence | ID | Loca | GFAP sequence | Loc | Gfap sequence | Loc | Gfap sequence | |
AP−1 | (G/C/A)TGA(C/G/T)TCA(T/C) | MA0476.1 | −1592 −1569 −253 |
ATGACTCAC AatgTTCgg tTGAtTCAg or tTGctTCAg |
−1599 −1576 −355 |
GTGACTCAC AatgGTCAg AaGtaTgca |
−1504 −1481 −378 |
ATGACTCAC AatgGTCAg AaGtaTgca |
CSL | TTCCCA b | MA1116.1 | −1290 −1110 −619 −181 |
TTCCCA TTCCCA TTCCCA TgCCCA |
−1304 −1162 −664 −184 |
gTtCCA aTatCc TTCCtA TTCCCA |
−1201 −1067 −735 −184 |
TTtCCA aTatCc aTCCtA TTCCCA |
DRE | (A/G)NGTCA(A/G)(A/G)G | Carrion et al., 1998 | −244 −63 |
cGGTCAGGG GGcaCccGG |
−346 −65 |
cTGTCAAcc AAGTCAGGG |
−369 −65 |
cTGTCAAAc AAGTCAGGG |
GATA | AGATAA(G/A)(A/G/C) | MA0037.2 | −1447 | gGATAAAA | −1453 | gGATAAAA | −1358 | gGATgAAAG |
NFI | (T/C)TGGCN4(T/C)GCCA(A/G/T) | MA1527.1 | −1630 −1582 −116 −79 |
CTGGCN4CcCCAG TTGGCN4acaCAA TgGGCN4gcCCAA agGGgN4TGCCAG |
−1635 −1589 −119 −81 |
CTGGtN4CcCCAG TTGGCN4acatAA TgGGCN4gcCCAG TgGGgN4TtCCAG |
−1544 −1494 −118 −81 |
CTGGCN4CcCCtc TTGGCN4acatAA TgGGCN4gcCCAG aTGGgN4TGCCAG |
NF-κB | GGG(A/G)(A/C/T)(T/A/G)T(T/C/A)CC | MA0105.1 | −1423 | GGGGCTgCCC | −1436 | GGGGCTgCCC | −1341 | GGGGCTaCCC |
Nkx2.1 | (A/T/G)(A/T/G)N(T/G/C)(T/A)(C/T/G)(A/G)AGT(G/A)(G/C)N(T/C/A)b | PH0171.1 | −795 | GGGCTGGtGTcCAA | −842 | AGGCTCAAGTtGAC | −922 | AGGCTCAAaTtGAT |
PAX3 | G(T/A)(C/T)A(C/T)(G/A)(C/G)NN(A/G/C)T(T/C)(A/T) | MA1546.1 | N/A N/A |
no homology no homology |
−2021 −411 |
GTCtCACAAATCT cTCtCACTAATTg |
−1937 −433 |
GTCACACAAGcCT GTCACACTAATTgb |
RAR | AGGTCA(A/C/T)NN(A/T)(A/G)AGGTCAc | MA0858.1 | N/A −546 N/A +994 |
no homology AGGTCANAGGTCA no homology tGGTCAN10caTttc |
−2502 N/A N/A +928 |
AGtTCAAGGTCA no homology no homology AGGTCAN10TGtCCT |
−2498 N/A −508 +924 |
AGtTCAAGGTCA no homology AGGcCANAGGTCA AGGTCAN10TGtCCT |
RBPJ | TGGGAA | MA1116.1 | N/A −1086 −687 |
no homology TGGGAA TGGGAA |
−1909 −1139 −731 |
TGGcAA TaGGAA TGaGAA |
−1822 −1044 −802 |
TGGGAA TGaaAA TGaGAA |
Sp1 | (C/T/G)(C/T)CC(G/T/A)CC(C/T)(C/TA) | MA0079.3 | −1562 −1541 −1530 |
GCCCACCCCb TCCCGCCgC CCCaGCCCC |
−1568 −1547 −1536 |
GCCCACCCC TCCCGCtgT TCCaGgCCT |
−1473 −1452 −1441 |
GCCCGCCCC
TCCCGCtgC TCCaGgCCC |
STAT3 | TTCCN(G/A)(G/T)AA | MA0137.2 | −1510 +279 |
TTCCGAGAA
TTCCTGGAA |
−1516 +269 |
TTCCGAGAA
TTCCTGGAA |
−1421 +272 |
TTCCGAGAA
TTCCTGGAA |
The sequences and positions of transcription factor binding sites discussed in the text are shown for human, mouse and rat, together with a consensus sequence. Consensus sequences are from the 2020 addition of the JASPAR database (Khan et al., 2018) (http://jaspar.genereg.net/), except for DRE (the binding site for DREAM), which was not in the database and was obtained from Carrión et al. (1998). When multiple, differing sequences were present in the JASPAR database, the one best matching that in the GFAP gene was selected. A nt is included in the listed consensus if it was present at least 10 times more often in the frequency matrix than at least one of the other three nts. Additional nts are included for a position in their order of frequency if they were present at least 10% as often as the most common nt. A lower case letter in the GFAP sequences indicates a mismatch with the consensus sequence. Nt positions are relative to +1 being the transcription start site, and are in accordance with NCBI Reference Sequences NC_000017.11, NC_000077.6, and NC_005109.4 for human, mouse and rat, respectively. N/A = not applicable because no homology is present.
a5’ end of the sequence (3’ end if the sequence is the reverse complement). Numbering is relative to the RNA start site (see text).
bSequence is the reverse complement
cMatches to the consensus are given only for the AGGTCA repeats, because the space between them can vary from 1 to 5 nucleotides. The mouse sequence at +928 and the rat sequence at +924 are inverted repeats. The absence of a spacer for the −2502 mouse and -2498 rat sequences and the N10 spacers for the mouse +928 and rat +924 sequences suggests binding will be weak (Rastinejad et al., 2000).