Linked from

The 18 pages that link to Mevalonate pathway, each with the reason it gives.

• TerpeneRelated: It supplies activated isoprene units for terpene production in many organisms.

• Acetyl-CoABroader topic: It shows how acetyl-CoA feeds synthesis of sterols and other isoprenoids.

• StatinNarrower topic: It contains the enzyme statins inhibit and supplies several downstream products.

• IsoprenoidRelated: It supplies isoprenoid precursors in animals, fungi, and many other organisms.

• MonoterpeneRelated: It can supply precursors for monoterpene synthesis in some organisms.

• HMG-CoA reductaseNarrower topic: HMG-CoA reductase catalyzes the pathway’s committed, rate-limiting conversion to mevalonate.

• PhytochemistryBroader topic: It provides building blocks for numerous terpenoids found in plants.

• TerpenoidRelated: It supplies terpenoid-building precursors in animals, fungi, and many other organisms.

• SqualeneNarrower topic: It supplies the building blocks used to assemble squalene.

• SesquiterpeneRelated: In many organisms, it supplies the precursors used to make farnesyl pyrophosphate.

• Farnesyl pyrophosphateRelated: In animals and many microbes, this pathway produces the isoprenoid units assembled into FPP.

• AtorvastatinNarrower topic: It contains the enzyme target through which atorvastatin reduces cholesterol production.

• Coenzyme Q10Related: It supplies the isoprenoid side chain used to build coenzyme Q10.

• RosuvastatinNarrower topic: This is the pathway rosuvastatin interrupts upstream of cholesterol production.

• Mevalonic acidNarrower topic: Mevalonic acid is the defining intermediate at the pathway's central branch point.

• SimvastatinNarrower topic: Simvastatin blocks an early step in this pathway.

• John CornforthRelated: Cornforth’s studies helped explain stereochemical events in this route to sterols.

• Konrad Emil BlochBroader topic: It contains the sequence of reactions leading from acetate toward cholesterol’s carbon framework.