Linked from

The 24 pages that link to Nucleobase, each with the reason it gives.

• DNANarrower topic: DNA’s sequence is encoded by the order of its four bases.

• NucleotideBroader topic: A nucleobase is only the base component, not the complete nucleotide molecule.

• RNABroader topic: RNA’s adenine, cytosine, guanine, and uracil bases encode sequence.

• PurineNarrower topic: Purine is a structural class that includes several nucleobases.

• NucleosideNarrower topic: Nucleosides combine a nucleobase with a sugar, before phosphate is added.

• Watson–Crick base pairingNarrower topic: Watson–Crick pairing is defined by interactions between nucleobases.

• AdenineNarrower topic: Adenine is one of the bases used to encode sequence information in DNA and RNA.

• GuanineNarrower topic: Guanine is one of the bases that encodes information in nucleic acids.

• PyrimidineNarrower topic: Cytosine, thymine, and uracil are pyrimidine members of this broader group.

• Chemical evolutionBroader topic: Nucleobases are among the molecular units needed for genetic chemistry.

• ThymineNarrower topic: Thymine belongs to this chemical family.

• CytosineNarrower topic: Cytosine is one of the bases used in DNA and RNA.

• DNA adductRelated: Chemical attachment to a base can alter its pairing behavior.

• Base pairBroader topic: Each member of a base pair is a nucleobase.

• G-quadruplexNarrower topic: Guanine is the nucleobase whose repeated arrangement defines this structure.

• UracilNarrower topic: Uracil is one of the bases used to build RNA.

• DNA structureBroader topic: The sequence of DNA’s four bases encodes genetic information.

• HypoxanthineNarrower topic: Hypoxanthine is a purine nucleobase, though not a standard DNA or RNA base.

• CytidineNarrower topic: Cytosine is the nucleobase component that distinguishes cytidine from other nucleosides.

• Double helixBroader topic: Base identity determines which partners fit across the two strands.

• Albrecht KosselNarrower topic: Kossel isolated and characterized several of the bases that became central to nucleic-acid chemistry.

• Nucleic acid sequenceBroader topic: The sequence records the order of these bases, commonly abbreviated A, C, G, T, or U.

• Primordial soupBroader topic: Nucleobases are another class of information-bearing molecule investigated in prebiotic chemistry.

• HelicaseNarrower topic: Base identity and pairing determine the structures helicases encounter.