Linked from

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

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

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

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

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

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

• AtropisomerismRelated: Chiral atropisomers can exist as enantiomeric pairs.

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

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

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

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

• 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.

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

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

• 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.