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. 2010 May;24(5):898–913. doi: 10.1210/me.2009-0310

Table 5.

Predicted AREs by PSPM

Gene ARE Androgen response P value Ref.
MMTV AGAACA cta AGAGCT X 1.1 × 106 7
AGAACA ttt GATACC X 1.1 × 106 7
PB AGAACA aga TGCTAT X 1.2 × 104 14
SLP AGAACA gat AATTAC 1.3 × 104 24
MVDP AGAACA tgc TGCTCT 3.3 × 105 45
ADAMTS1,A AGACCA gca AGTGCC (3) X 8.4 × 105
AGAACA aaa CAAGAA (4) 3.8 × 105
UNQ9419 AGTACA tgg TGTGCG (2) X 1.1 × 104
GGAACA aat CCAACA (3) 2.5 × 104
SC AGGACA gtg CCAAAT 3.3 × 104
SARG TGAACA gcc ACTGCC (2) X 8.2 × 105
AGAACA ata ATAGTT (3) 4.6 × 104
GPX5 TGAACA ttg TCAACT (2) 3.1 × 104
AGACCA gca AGCACT (3) 3.1 × 104
AGAACT tat AAATCA (4) 4.6 × 104
AQP5 GGAGCA gcg AGATCT (2) 1.4 × 104
AGCACA cct CCTTCT (3) 2.1 × 104
ABCC1 AGACCA gcc TGAGCA 3.9 × 104

Trivial names of the enhancer or promoter fragments used in this study are indicated at the left. AREs are given with the two hexamers sequences in uppercase letters and the spacer in lowercase letters. X in the androgen response column indicates that transcriptional activity could be seen in transfections assays. The P value is the probability that the tested ARE is a false positive using the matrix in Table 3. The references in which the given ARE is tested are given at the right.