Linked from

The 19 pages that link to Nucleoside, each with the reason it gives.

• NucleotideCompared with: Adding phosphate groups to a nucleoside produces a nucleotide.

• Nucleic acidRelated: Adding phosphate groups to a nucleoside produces a nucleotide.

• AdenosineNarrower topic: Adenosine belongs to this molecular class.

• RiboseNarrower topic: Ribose and a base combine to make ribonucleosides.

• NucleobaseRelated: Removing nucleotide phosphates leaves a nucleoside with its base intact.

• Phosphodiester bondRelated: The sugar in a nucleoside supplies the positions that connect to phosphate in a nucleic-acid backbone.

• AdenineNarrower topic: Adenine becomes adenosine when joined to ribose, before phosphate groups are added.

• DeoxyriboseRelated: Adding a base to deoxyribose produces a deoxyribonucleoside.

• PyrimidineRelated: A pyrimidine base becomes part of a nucleoside when linked to ribose or deoxyribose.

• GuanosineNarrower topic: Guanosine is one specific nucleoside, distinguished by guanine and ribose.

• CytosineRelated: Adding ribose or deoxyribose to cytosine produces a cytidine nucleoside.

• UracilRelated: Uracil joined to ribose forms the nucleoside uridine.

• Guanosine monophosphateNarrower topic: Guanosine is the nucleoside obtained when GMP's phosphate is removed.

• ThymidineNarrower topic: Thymidine is one specific nucleoside.

• CytidineNarrower topic: Cytidine belongs to this class because it has a base and sugar but no phosphate.

• UridineNarrower topic: Uridine belongs to this molecular class because it has a base and sugar but no phosphate.

• InosineNarrower topic: Inosine is specifically a purine nucleoside.

• Nucleic acid structureBroader topic: Nucleosides provide the base-and-sugar portion of each nucleotide.

• Alec ToddBroader topic: Distinguishing nucleosides from nucleotides helped define the components Todd synthesized and analyzed.