Linked from

The 22 pages that link to Oleic acid, each with the reason it gives.

• Olive oilBroader topic: Its abundance helps define olive oil’s fatty-acid profile.

• Cis–trans isomerismBroader topic: Its cis bond bends the chain, illustrating a common natural alkene geometry.

• Cocoa butterBroader topic: It is one of cocoa butter’s three principal fatty acids.

• E–Z notationBroader topic: Its naturally occurring double bond has Z geometry, producing a bend in the chain.

• Stearic acidCompared with: Its matching chain length but one double bond highlights how unsaturation changes packing and melting behavior.

• Linoleic acidCompared with: Its single double bond contrasts with linoleic acid’s two and makes it nonessential.

• Lauric acidCompared with: Unlike lauric acid, oleic acid has a carbon–carbon double bond.

• Palmitic acidCompared with: Its double bond contrasts with palmitic acid’s fully saturated chain.

• Soybean oilRelated: Its share rises in high-oleic soybean oil varieties.

• Canola oilRelated: It is typically canola oil’s most abundant fatty acid.

• Monounsaturated fatBroader topic: It is the predominant fatty acid in olive oil and a familiar example of this structure.

• Polyunsaturated fatty acidCompared with: It offers a one-double-bond comparison with polyunsaturated chains.

• Sunflower oilRelated: High-oleic sunflower oil contains a greater proportion of this fatty acid.

• Cottonseed oilBroader topic: It contributes to cottonseed oil’s composition and oxidative stability.

• Erucic acidCompared with: It shares erucic acid’s omega-9 structure but has four fewer carbon atoms.

• Peanut oilBroader topic: Oleic acid is a major component of peanut oil’s fatty-acid profile.

• Avocado oilRelated: Its abundance contributes to avocado oil’s fat profile and relative resistance to oxidation.

• Rapeseed oilRelated: Modern low-erucic rapeseed oils are rich in oleic acid.

• Capric acidCompared with: Its long, unsaturated chain contrasts with capric acid’s shorter saturated chain.

• Caprylic acidCompared with: Its long chain and double bond contrast with caprylic acid's short saturated chain.

• Palmitoleic acidCompared with: It shares the Δ9 bond position but has two additional carbon atoms.

• Pelargonic acidCompared with: Its long chain and carbon–carbon double bond contrast with pelargonic acid’s short saturated chain.