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. 2019 Mar 25;14(3):e0214338. doi: 10.1371/journal.pone.0214338

Table 1. Results from in silico screening of bovine CYP3A28 gene promoter.

RE- and TF-name Position in the Promoter Fragments
PP, lnPP lnPP, F1 F1 F2 F3 F4 F5
CAR/RXRα (c) / -876/-851 / -4348/-4323 / / -9301/-9277
CAR/RXRα & HNF-4 (c) / / / / / / -9522/-9498
C/EBPα (c) / / / -3288/-3273 -5275/-5260 -7485/-7471 /
-5645/-5631
DR-4 (a, b, c) / -1250/-1234 / / / / /
DR-5 (a) / / / / -5541/-5525 / /
ER-6 (a, b, c) -173/-156 / / / / / /
HNF-1 (d) -196/-179 / / / / / /
HNF-3 (c) / / / / -6091/-6075 / -9313/-9298
-10190/-10174
HNF-3β (c) / / -1362/-1345 -4986/-4969 -6007/-5991 -7022/-7006 -10006/-9990
-3003/-2986 -6540/-6524
HNF-4 (c, d) -225/-208 (c, d) -1143/-1118 (c) / -3548/-3523 (c) -6114/-6090 (d) -8022/-7998 (c) /
HNF-4α (c) / / / -4048/-4023 / / /
HNF-4 & DR-4 (a, b, c) / / / / / / -10248/-10244

The web-based software NUBIscana and

NHR-scanb were used to identify PXR-RXR and CAR-RXR heterodimers DNA core binding motifs ER6-9 and DR3-5;

MatInspectorc was queried for RXR, HNF-3, HNF-4 and C/EBPα binding sites, while

Matchd through liver specific matrices identified HNF-1, HNF-3 and NHF-4 DNA binding elements.