The ability of double-stranded DNA to form a triple-helical structure by hydrogen bonding
with a third strand is well established, but the biological functions of these structures remain …

Nucleic acid triplexes are formed by sequence-specific interactions between single-stranded
polynucleotides and the double helix. These triplexes are implicated in genetic …

We have used circular dichroism and UV absorption spectroscopy to characterize the
formation and melting behaviour of an intramolecular DNA triple helix containing parallel T …

The interaction between the single-stranded DNA and the homologous duplex DNA is
essential for DNA homologous repair. Here, we report that parallel triplex structure can form …

Abstract A 14 nt DNA sequence 5′-AGAATGTGGCAAAG-3′ from the zinc finger repeat of
the human KRAB zinc finger protein gene ZNF91 bearing the intercalator 2‐methoxy, 6 …

A novel interarm interaction of DNA cruciform forming at inverted repeat sequence was
characterized using an S1 nuclease digestion, permanganate oxidation, and microscopic …

Abstract The parallel (recombination)'R‐triplex'can accommodate any nucleotide sequence
with the two identical DNA strands in parallel orientation. We have studied oligonucleotides …

Several cellular processes involve alignment of three nucleic acids strands, in which the
third strand (DNA or RNA) is identical and in a parallel orientation to one of the DNA duplex …

Infrared and UV spectroscopies have been used to study the assembly of a hairpin
nucleotide sequence (nucleotides 3–30) of the 5′ non-coding region of the hepatitis C virus …

In this report we investigated the effects of various biological and chemical factors (DNA
sequence, pH, ions, and molecularity) on the formation of DNA triplexes through single …