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The 28 pages that link to Saturated fat, each with the reason it gives.

• Fatty acidRelated: Its chains are made from saturated fatty acids.

• TriglycerideBroader topic: Triglycerides with saturated chains are one common compositional type.

• Palm oilRelated: Its substantial saturated-fat content helps give palm oil its semisolid consistency.

• ButterRelated: Its relatively high melting temperatures contribute to butter’s firmness when cool.

• Dietary fatBroader topic: Its fatty acids have no double bonds, distinguishing this major dietary-fat type.

• Omega-3 fatty acidCompared with: Its chains lack the double bonds that define omega-3 fatty acids.

• Coconut oilNarrower topic: Most of coconut oil’s fatty acids are saturated, especially lauric acid.

• Milk fatNarrower topic: A substantial share of milk fat’s fatty acids are saturated.

• Cooking oilRelated: A higher saturated-fat proportion generally makes fat more solid at room temperature.

• Stearic acidRelated: Stearic acid’s chain has no double bonds, a feature associated with its relatively high melting point.

• Vegetable oilCompared with: Its proportion distinguishes more solid plant fats from many liquid oils.

• Alpha-linolenic acidCompared with: Its fully saturated chain contrasts with ALA’s three double bonds.

• MargarineRelated: The saturated-fat content of margarine depends on its oils and fat-structuring method.

• Lauric acidRelated: Lauric acid’s chain has no double bonds, the defining feature of saturation.

• Palmitic acidRelated: Palmitic acid has a fully saturated carbon chain.

• Monounsaturated fatCompared with: Its chains lack the double bond that defines monounsaturated fat.

• ShorteningRelated: Saturation influences whether fats are solid or semisolid at room temperature.

• Palm kernel oilRelated: Much of the oil’s fatty-acid content is saturated, influencing its physical properties and nutritional profile.

• Caproic acidRelated: Caproic acid’s carbon chain is fully saturated.

• Saturated compoundBroader topic: Its fatty-acid carbon frameworks are saturated.

• Capric acidRelated: Capric acid’s carbon chain has no double bonds, the defining feature of saturation.

• Arachidic acidRelated: Arachidic acid’s chain has no double bonds, the defining feature of saturation.

• Caprylic acidNarrower topic: Caprylic acid is saturated because its carbon chain has no double bonds.

• Behenic acidRelated: Behenic acid’s chain has no carbon–carbon double bonds.

• Lignoceric acidRelated: Lignoceric acid’s carbon chain has no double bonds.

• TallowRelated: Their abundance helps make tallow firm at room temperature.

• Turkey baconRelated: The amount varies by recipe and can differ from pork bacon.

• Caldwell EsselstynRelated: Limiting saturated fat is part of his strategy for reducing cardiovascular risk.