| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 10803978 | Biochimie | 2013 | 7 Pages |
Abstract
⺠Oxysterols are formed in a cell and tissue-restricted pattern. ⺠The basis for this is poorly understood. ⺠Epigenetic mechanisms may regulate genes responsible for oxysterol synthesis.
Keywords
CH25HGABPPRMT1Retinoid X receptorTLR4CYP46A1CYP3A4FXRHprtmSin3ALXRATF3RXRNHRPXRG9aLRH-1DZACTCFCYP27A1HNF1PPARαEpigenomicsCYP7A1histone-lysine N-methyltransferaseTSA24S-OHCCYP7B1Brg-1FGF-1RUNX2ERKHDACSHPCBPBAFH2BP300HDACiH2ADMNT24S-hydroxycholesterol5-Azacitidine5-AzaDNA methyltransferasefarnesoid X receptorROSStat1sterol 27-hydroxylaseEpigeneticsOxysteroloxysterol 7α-hydroxylaseReSTHuntington's diseaseTrichostatin Asmall heterodimer partnerRunt-related transcription factor 2hepatocyte nuclear factor-1signal transducer and activator of transcription-1Activating transcription factor-3Fibroblast growth factor-1Toll like receptor-4MEKhistone deacetylase inhibitorhypoxanthine-guanine phosphoribosyltransferaseperoxisome proliferator-activated receptor-αGA-binding proteinliver X receptorcholesterolCholesterol 24-hydroxylaseCholesterol 25-hydroxylasecholesterol 7α-hydroxylaseReactive oxygen speciesNuclear hormone receptorPregnane X receptorliver receptor homolog-1
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Authors
Steve Meaney,