Pathway
Nuclear receptors in lipid metabolism and toxicity
Nuclear receptors are transcription factors that are activated upon binding to its ligands. Initially, they had been classified as classic endocrine nuclear hormone receptors and orphan receptors....
WP:299
What the reference databases state
Statements
33 statements
33 statements · 1 reference database · Subject: Nuclear receptors in lipid metabolism and toxicity · Sources: WikiPathways
- ABCA1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- ABCB1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- ABCB11 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- ABCB4 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- ABCC2 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- ABCC3 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- ABCD2 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- ABCD3 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- ABCG1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- ABCG5 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP1A2 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP24A1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
Show the remaining 21
- CYP26A1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP27B1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP2B6 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP2C9 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP2E1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP3A4 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP4A11 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP4B1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP7A1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- CYP8B1 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- NR1H3 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- NR1H4 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- NR1I2 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- NR1I3 participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- PPARA participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- PPARD participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- PPARG participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- RARA participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- RARB participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- RARG participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only
- VDR participates in Nuclear receptors in lipid metabolism and toxicityProteinWikiPathways WP299Inferred only