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The 50 pages that link to Enantiomer, each with the reason it gives.

• StereochemistryBroader topic: Enantiomers share many properties but can behave differently in chiral environments.

• ChiralityBroader topic: Enantiomers are the paired forms produced by molecular chirality.

• Cis–trans isomerismCompared with: Cis–trans isomers need not be mirror images and are often diastereomers.

• Tetrahedral molecular geometryBroader topic: A tetrahedral atom attached to four different groups can generate an enantiomeric pair.

• Conformational isomerismCompared with: Enantiomers are distinct configurations, not merely conformations related by bond rotation.

• IsomerBroader topic: Enantiomers are a specific stereoisomer pair with mirror-image geometry.

• IsomerismBroader topic: Enantiomers are a specific kind of stereoisomer, not a separate alternative to isomerism.

• DiastereomerCompared with: Unlike enantiomers, diastereomers are not mirror-image partners.

• StereoisomerismBroader topic: Enantiomers are a principal relationship between pairs of stereoisomers.

• Structural isomerismBroader topic: Enantiomers have matching connectivity, unlike structural isomers.

• ThalidomideNarrower topic: Thalidomide’s two mirror-image forms interconvert in physiological conditions.

• Geometric isomerismCompared with: Many geometric isomer pairs are not mirror-image pairs.

• LimoneneRelated: Limonene occurs as a pair of enantiomers with distinct odor profiles.

• Racemic mixtureNarrower topic: A racemate contains equal amounts of this mirror-image pair.

• AmphetamineRelated: Amphetamine’s dextro and levo forms differ in their effects and relative stimulant activity.

• AnomerCompared with: Anomers are diastereomers, not mirror-image pairs.

• Chiral resolutionNarrower topic: These are the paired molecules that chiral resolution distinguishes.

• Fischer projectionRelated: Mirroring every stereocenter in a Fischer projection gives the enantiomer.

• StereoisomerBroader topic: Enantiomers are the mirror-image class of stereoisomers.

• Asymmetric catalysisNarrower topic: The competing mirror-image products are the outcome whose proportions the catalyst controls.

• Chiral chromatographyBroader topic: These are the paired compounds the method aims to distinguish or separate.

• ConformationCompared with: Enantiomers have different configurations, not merely different conformations.

• MentholRelated: Menthol’s mirror-image forms differ in their properties and sensory effects.

• Molecular structureBroader topic: A specific kind of structural difference can make mirror-image molecules behave differently in living systems.

• Tartaric acidRelated: The naturally common form of tartaric acid has a mirror-image partner.

• AtropisomerismRelated: Chiral atropisomers can exist as enantiomeric pairs.

• Optical isomerismBroader topic: Each optical isomer in a mirror-image pair is an enantiomer.

• StereoselectivityBroader topic: Preference between enantiomers is the defining outcome measured as enantioselectivity.

• CamphorRelated: Camphor occurs as mirror-image forms with different optical rotations.

• Meso compoundCompared with: A meso compound is superimposable on its mirror image, unlike an enantiomer.

• R–S notationRelated: Enantiomers generally have opposite configurations at corresponding stereogenic centers.

• Stereospecific reactionRelated: Enantiomeric reactants can follow pathways that produce different stereoisomeric products.

• Stereoselective synthesisBroader topic: Enantiomeric selectivity concerns preference between mirror-image products.

• Absolute configurationRelated: Enantiomers have opposite configurations at every corresponding stereogenic center.

• Enantioselective synthesisBroader topic: These are the competing products whose proportions define enantioselectivity.

• GlyceraldehydeRelated: Its D and L forms are an enantiomeric pair.

• NaproxenRelated: Naproxen is marketed as a single active enantiomer rather than a racemic mixture.

• Vladimir PrelogRelated: Distinguishing enantiomers is a central reason for precise stereochemical assignment.

• CarvoneNarrower topic: Carvone’s two forms are enantiomers with different aromas.

• LinaloolRelated: Linalool occurs as mirror-image forms with different sensory profiles.

• RacemizationNarrower topic: Racemization changes the proportions of this mirror-image pair.

• HomochiralityBroader topic: A homochiral set overwhelmingly favors one member of each enantiomeric pair.

• HyoscyamineRelated: Hyoscyamine’s stereochemistry distinguishes it from racemic atropine.

• StereocenterBroader topic: A molecule with one stereocenter and no other stereogenic features commonly has an enantiomer.

• AtropisomerRelated: Chiral atropisomers can occur as enantiomeric pairs.

• DesloratadineRelated: Desloratadine’s stereochemical identity helps distinguish it from the racemic loratadine mixture.

• ThreoseRelated: D-threose and L-threose form a mirror-image pair.

• DextroamphetamineNarrower topic: Dextroamphetamine’s distinction from levoamphetamine is a matter of molecular handedness.

• EsomeprazoleNarrower topic: Esomeprazole is specifically the S-enantiomer of omeprazole.

• GeminalCompared with: Enantiomerism concerns three-dimensional mirror-image relationships, unlike geminal connectivity.