Linked from

The 11 pages that link to Aldose, each with the reason it gives.

• GlucoseRelated: Glucose is an aldohexose because its open-chain structure has an aldehyde and six carbons.

• MonosaccharideBroader topic: This class includes glucose and other sugars with a terminal carbonyl in their open-chain structures.

• Sugar alcoholBroader topic: Reducing an aldose’s aldehyde group commonly produces an alditol.

• Fischer projectionBroader topic: Aldoses are commonly drawn as vertical Fischer chains with the aldehyde at the top.

• Reducing sugarRelated: Aldoses can expose an aldehyde when their rings open, making many of them reducing sugars.

• KetoseCompared with: Aldoses differ from ketoses by the position and type of their open-chain carbonyl group.

• GalactoseRelated: Galactose belongs to the aldose family because its open-chain form has an aldehyde group.

• GlyceraldehydeNarrower topic: Glyceraldehyde is the smallest member of this sugar family.

• ErythroseNarrower topic: Erythrose belongs to this class because its carbonyl is terminal.

• Amadori rearrangementBroader topic: Aldoses form the glycosylamines that undergo the Amadori rearrangement.

• ThreoseNarrower topic: Threose belongs to this class because its open-chain form has an aldehyde.