Pathway
Bile acid synthesis and enterohepatic circulation
Bile Acid Synthesis and Enterohepathic Circulation. In hepatocytes, cholesterol is acquired through de novo synthesis as well as receptor-mediated endocytosis of cholesterol-rich lipoproteins. Cho...
WP:4389
What the reference databases state
Statements
12 statements
12 statements · 1 reference database · Subject: Bile acid synthesis and enterohepatic circulation · Sources: WikiPathways
- ABCB11 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- ABCG5 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- ABCG8 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- CYP7A1 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- FGF19 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- FGFR4 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- FXR1 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- LDLR participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- MAPK1 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- MAPK3 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- SLC10A1 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only
- SLC10A2 participates in Bile acid synthesis and enterohepatic circulation ProteinWikiPathways WP4389Inferred only