Pathway
Vitamin K metabolism and activation of dependent proteins
Vitamin K is recycled in the liver in order to maintain sufficient levels for activating vitamin K-dependent proteins (VKDP), including certain coagulation factors. In this process, vitamin K1 (tak...
WP:5186
What the reference databases state
Statements
13 statements
13 statements · 1 reference database · Subject: Vitamin K metabolism and activation of dependent proteins · Sources: WikiPathways
- AIFM2 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- F10 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- F2 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- F7 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- F9 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- GGCX participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- NQO1 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- PROC participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- PROS1 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- PROZ participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- UBIAD1 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
- VKORC1 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only
Show the remaining 1
- VKORC1L1 participates in Vitamin K metabolism and activation of dependent proteinsProteinWikiPathways WP5186Inferred only