Linked from

The 39 pages that link to Terpene, each with the reason it gives.

• Essential oilNarrower topic: Terpenes form a major family of aromatic compounds found in these oils.

• AlkeneNarrower topic: Many terpene structures contain alkene bonds that shape their reactions and biological properties.

• CarotenoidNarrower topic: Carotenoids are tetraterpenes assembled from eight isoprene units.

• LimoneneNarrower topic: Limonene is a monoterpene, a terpene assembled from two five-carbon units.

• MonoterpeneNarrower topic: Monoterpenes are the two-unit members of this broader compound family.

• Terpene synthaseNarrower topic: Terpene synthases generate terpene skeletons from longer isoprenoid precursors.

• Juniper berryNarrower topic: Terpenes account for much of juniper’s aromatic character.

• CamphorNarrower topic: Camphor is a monoterpenoid, a terpene-derived compound.

• SesquiterpeneNarrower topic: Sesquiterpene is one size-defined member of the broader terpene family.

• SterolNarrower topic: Sterol biosynthesis proceeds through terpene-derived intermediates.

• Farnesyl pyrophosphateNarrower topic: FPP is a fifteen-carbon precursor to many terpene and terpenoid structures.

• CarvoneNarrower topic: Carvone belongs to this broader family of natural products.

• LinaloolNarrower topic: Linalool belongs to this broad family of natural products.

• CarvacrolNarrower topic: Carvacrol’s terpenoid skeleton derives from the plant chemistry of this larger family.

• EucalyptolNarrower topic: This broader family explains the carbon framework underlying eucalyptol.

• Leopold RužičkaNarrower topic: Higher terpenes were central to the work recognized by Ružička’s Nobel Prize.

• GeraniolNarrower topic: Geraniol’s carbon skeleton belongs to the broader terpene family.

• HumuleneNarrower topic: Humulene belongs to this broad family of natural products.

• CaryophylleneNarrower topic: Its carbon framework follows the building-unit pattern shared by terpenes.

• GeosminNarrower topic: Geosmin is a bicyclic terpene, unlike non-terpene odorants such as ozone.

• Mevalonic acidNarrower topic: Mevalonate supplies isoprene units for terpene synthesis in many organisms.

• PineneNarrower topic: The broader family provides the structural framework for pinene classification.

• Otto WallachNarrower topic: Wallach’s structural investigations established how diverse terpene compounds relate to one another.

• ZingibereneNarrower topic: Terpene classification explains the carbon framework underlying zingiberene.