protein
| retinoic acid receptors RXR* |
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interacting with SNAI1 (correlation between low expression of VDR with poor differentiation of the tumors, and overexpression of SNAI1 and vascular invasion) |
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interacting with TCF8 and SNAI1 in colorectal cancer (loss of VDR and TCF8 and presence of SNAI1 is predictor of poor clinical prognosis) |
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interacting with NCOR2 (role of helix 12 of VDR in NCOR2 corepressor interaction) |
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interaction between VDR and the C-terminus of NUP214 containing a cluster of the phenylalanine-glycine (FG) repeat |
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COL1A1 |
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interaction between VDR and CAV3 (providing that VDR plays a role in regulation of heart structure and function) |
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interaction between VDR and LEF1 that is mediated by the DNA-binding domain of the VDR and that is required for normal canonical Wnt signaling in keratinocytes |
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VDR physically interacts with IKBKB to block NFKB1 activation |
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overexpression of IGFBP3 suppresses osteoblastic differentiation regulated by VDR in the presence of 1,25-(OH)2D3 |
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VDR-mediated control of DKKL1, SOSTDC1, and HR gene expression in keratinocytes |
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activation of the VDR represses hepatic NR0B2 to increase levels on CYP7A1 and reduce cholesterol |
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is a negative regulator of TGFB1/SMAD signalling, and regulates TGFB1 signalling in systemic sclerosis |
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activated CD4+ T cells can produce 1,25(OH)2D3, and 1,25(OH)2D3 induces a 2-fold up-regulation of the VDR protein expression in activated CD4+ T cells by protecting the VDR against proteasomal degradation |
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regulation of ELOVL3 expression is mediated by ligand-dependent VDR occupancy of a negative-response element in the promoter proximal region of the ELOVL3 gene |
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AXIN1 is a VDR target gene provides novel and fundamental insights into the interactions between the VDR and CTNNB1 signaling pathways |