A nineteen-carbon fatty acid chain

A twelve-carbon fatty acid chain

An eighteen-carbon fatty acid chain

A twenty-four-carbon fatty acid chain

A fourteen-carbon fatty acid chain

A nineteen-carbon fatty acid chain

A twelve-carbon fatty acid chain

An eighteen-carbon fatty acid chain

A twenty-four-carbon fatty acid chain

A fourteen-carbon fatty acid chain

The orientation of the hydroxyl group on the anomeric carbon

The number of carbons in the ring

The direction all hydroxyl groups point in the ring

Whether the monosaccharide is an aldose or a ketose

The orientation of the hydroxyl group on the anomeric carbon

The number of carbons in the ring

The direction all hydroxyl groups point in the ring

Whether the monosaccharide is an aldose or a ketose

Glycosidic

Peptide

Phosphodiester

Hydrogen bond

Ionic

Glycosidic

Peptide

Phosphodiester

Hydrogen bond

Ionic

Steroid

Sucrose

Glycine

ATP

Steroid

Sucrose

Glycine

ATP

RNA nucleotides have two hydroxide groups on the sugar, but DNA nucleotides have only one

DNA has uracil, while RNA has thymine

DNA nucleotides are bound by phosphodiester bonds, but RNA nucleotides are bound by glycosidic bonds

RNA nucleotides have five-carbon sugars, while DNA nucleotides have six-carbon sugars

RNA nucleotide bases pair via hydrogen bonds, but DNA nucleotide bases do not

RNA nucleotides have two hydroxide groups on the sugar, but DNA nucleotides have only one

DNA has uracil, while RNA has thymine

DNA nucleotides are bound by phosphodiester bonds, but RNA nucleotides are bound by glycosidic bonds

RNA nucleotides have five-carbon sugars, while DNA nucleotides have six-carbon sugars

RNA nucleotide bases pair via hydrogen bonds, but DNA nucleotide bases do not