Linked from

The 63 pages that link to Nucleotide, each with the reason it gives.

• DNANarrower topic: DNA is a chain of nucleotides joined through their sugar-phosphate groups.

• Adenosine triphosphateNarrower topic: ATP is one nucleotide, with adenine, ribose, and three phosphates.

• ATPNarrower topic: ATP is a nucleotide whose three phosphates distinguish it from nucleosides.

• Genetic codeNarrower topic: Nucleotides are the symbols arranged into codons.

• Messenger RNANarrower topic: Messenger RNA is a chain of ribonucleotides.

• Transfer RNANarrower topic: Transfer RNA’s sequence is a chain of nucleotides whose order shapes its function.

• RiboseNarrower topic: Adding phosphate to a ribose nucleoside yields a nucleotide.

• NucleobaseNarrower topic: Nucleobases are one of the three structural parts of nucleotides.

• Single-nucleotide polymorphismNarrower topic: A SNP changes which nucleotide occupies one genomic position.

• Uric acidNarrower topic: Purine nucleotides are the immediate cellular compounds whose breakdown yields uric acid.

• CodonNarrower topic: Three nucleotides make up each codon.

• Phosphodiester bondNarrower topic: Nucleotides are the repeating units joined by phosphodiester bonds in DNA and RNA.

• Adenosine diphosphateNarrower topic: ADP is a nucleotide whose two phosphates distinguish it from AMP and ATP.

• Watson–Crick base pairingNarrower topic: Nucleotides place paired bases within the sugar-phosphate strands of nucleic acids.

• GuanineNarrower topic: Guanine enters DNA and RNA as part of a nucleotide, not as a free base.

• RNA editingNarrower topic: Insertion, deletion, and substitution editing alter nucleotide sequence.

• DeoxyriboseNarrower topic: Deoxyribose is the sugar in DNA nucleotides.

• Adenosine monophosphateNarrower topic: AMP is one specific nucleotide, with adenine and ribose as its base and sugar.

• Agarose gel electrophoresisNarrower topic: Repeated nucleotide units give DNA and RNA their charged polymer structure.

• Sanger sequencingNarrower topic: DNA strands are assembled from nucleotides, including the terminating analogs.

• Guanosine triphosphateNarrower topic: GTP is one specific nucleotide, distinguished by guanine and three phosphates.

• TelomeraseNarrower topic: Telomerase adds DNA nucleotides one by one to chromosome ends.

• Base pairNarrower topic: A paired base is attached to the sugar-phosphate backbone as part of a nucleotide.

• UracilNarrower topic: Uracil becomes part of RNA when attached to ribose and phosphate.

• XanthineNarrower topic: Nucleotide breakdown supplies the purine bases from which xanthine forms.

• Guanosine monophosphateNarrower topic: GMP is one specific ribonucleotide within this broader molecular class.

• Har Gobind KhoranaNarrower topic: His synthetic polynucleotides were assembled from nucleotide building blocks.

• Double helixNarrower topic: Nucleotides are the repeating units that form each strand of the helix.

• UridineNarrower topic: Adding phosphate groups to uridine produces uridine nucleotides.

• Albrecht KosselNarrower topic: Nucleotides provide the chemical framework for interpreting the bases Kossel analyzed.

• Severo OchoaNarrower topic: Nucleotides are the units joined into RNA by polynucleotide phosphorylase.

• MercaptopurineNarrower topic: Mercaptopurine’s active metabolites resemble purine nucleotides used in DNA and RNA.

• Alec ToddNarrower topic: Nucleotides were the central molecular objects whose structures Todd investigated.