High-fat medium and circadian transcription factors (cryptochrome and clock) contribute to the regulation of cholesterogenic Cyp51 and Hmgcr genes in mouse embryonic fibroblasts

URN:NBN:SI:DOC-CXSFU5VV2008Fink, MartinaProsenc, UršulaRozman, DamjanaŠpaninger, Klemendocuments/znanstveni_clanki/acta_chimica_slovenica/html/urn_nbn_si_doc-cxsfu5vv.htmldocuments/znanstveni_clanki/acta_chimica_slovenica/pdf/urn_nbn_si_doc-cxsfu5vv.pdfdocuments/znanstveni_clanki/acta_chimica_slovenica/txt/urn_nbn_si_doc-cxsfu5vv.txt1558 straniarticlestr. 85-921318-02073900954URN:NBN:SI:doc-CXSFU5VVengSlovensko kemijsko društvoActa chimica slovenicaBYbiokemijabiosintezaholesterolizražanje genovmolecular biologymolekularna biologijaposkusi na živalihHigh-fat medium and circadian transcription factors (cryptochrome and clock) contribute to the regulation of cholesterogenic Cyp51 and Hmgcr genes in mouse embryonic fibroblasts