Multistranded DNA structures
DE Gilbert, J Feigon - Current opinion in structural biology, 1999 - Elsevier
DE Gilbert, J Feigon
Current opinion in structural biology, 1999•ElsevierDNA oligonucleotides can form multistranded helices through either the folding of a single
strand or the association of two, three or four strands of DNA. Structures of several new DNA
triplexes, G-quartet DNA quadruplexes and I-motif DNA quadruplexes have been reported
recently. These structures provide new insights into helix stability and folding, loop
conformations and cation interactions.
strand or the association of two, three or four strands of DNA. Structures of several new DNA
triplexes, G-quartet DNA quadruplexes and I-motif DNA quadruplexes have been reported
recently. These structures provide new insights into helix stability and folding, loop
conformations and cation interactions.
DNA oligonucleotides can form multistranded helices through either the folding of a single strand or the association of two, three or four strands of DNA. Structures of several new DNA triplexes, G-quartet DNA quadruplexes and I-motif DNA quadruplexes have been reported recently. These structures provide new insights into helix stability and folding, loop conformations and cation interactions.
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