Guanine: Difference between revisions
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'''Guanine''' is a natural biomolecule used as one of the five bases in [[RNA]] and [[DNA]]. It is incorporated into these [[nucleic acid]]s in the form of [[guanosine]], a chemical compound formed by the combination of guanine and a [[ribose sugar]]. Guanine is also naturally present in phosphorylated forms of [[guanosine]]. | '''Guanine'''<ref name=Guanin>[https://hmdb.ca/metabolites/HMDB0000132 Guanine (HMDB0000132)] in the Human Metabolome Database (HMDB).</ref> is a natural biomolecule used as one of the five bases in [[RNA]] and [[DNA]]. It is incorporated into these [[nucleic acid]]s in the form of [[guanosine]], a chemical compound formed by the combination of guanine and a [[ribose sugar]]. Guanine is also naturally present in phosphorylated forms of [[guanosine]]. | ||
== Basepairs == | == Basepairs == | ||
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Guanine and [[cytosine]] form a very stable Watson-Crick [[base pair]] containing three [[hydrogen bond]]s. | Guanine and [[cytosine]] form a very stable Watson-Crick [[base pair]] containing three [[hydrogen bond]]s. | ||
== Notes == | |||
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Latest revision as of 08:55, 13 July 2024
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Guanine[1] is a natural biomolecule used as one of the five bases in RNA and DNA. It is incorporated into these nucleic acids in the form of guanosine, a chemical compound formed by the combination of guanine and a ribose sugar. Guanine is also naturally present in phosphorylated forms of guanosine.
Basepairs
Guanine and cytosine form a very stable Watson-Crick base pair containing three hydrogen bonds.
Notes
- ↑ Guanine (HMDB0000132) in the Human Metabolome Database (HMDB).