Linked from

The 13 pages that link to Watson–Crick base pairing, each with the reason it gives.

• GuanineRelated: Guanine's standard partner and three hydrogen bonds exemplify this pairing scheme.

• ThymineRelated: It describes thymine’s pairing with adenine.

• Antisense oligonucleotideRelated: Complementary bases let an oligonucleotide recognize its chosen RNA sequence.

• CytosineRelated: Its canonical pattern gives the cytosine–guanine pair three hydrogen bonds.

• Base pairBroader topic: These recurring pairs form the standard rungs of DNA and RNA double helices.

• G-quadruplexCompared with: G-quadruplex quartets use Hoogsteen bonding rather than standard Watson–Crick pairing.

• UracilRelated: Uracil's standard RNA partner is determined by this pairing pattern.

• DNA structureRelated: Complementary pairing holds the two DNA strands together and constrains their sequences.

• TautomerRelated: Base pairing depends on the usual tautomeric forms of nucleobases.

• CytidineRelated: Cytidine’s cytosine base pairs with guanine in RNA.

• Double helixRelated: Complementary pairing holds the two strands together while preserving a template for copying.

• Nucleic acid structureRelated: Complementary pairing holds many nucleic acid strands together.

• Antisense therapyRelated: Complementary base pairing lets an antisense strand recognize a chosen RNA sequence.