A knot‐like G‐quadruplex peripheral structure is formed by a 7‐nt DNA sequence DL7
(TGTTGGT), in which six out of its seven nucleobases participate in compact base‐pairing …

Guanine-rich oligonucleotides are able to self-associate to form G-quadruplexes, a higher-
order DNA structure, in the presence of certain cations (typically Na+ and K+ ions).[1–3] G …

Interlock is a structural element in DNA G-quadruplexes that can be compared with the
commonly used complementary binding of 'sticky ends' in DNA duplexes. G-quadruplex …

Besides the Watson–Crick double helix, DNA can, if strict sequence requirements are met,
adopt structures consisting of three or four strands, triplexes and quadruplexes. G …

Guanine-rich oligonucleotides often show a strong tendency to form supramolecular
architecture, the so-called G-quadruplex structure. Because of the biological significance, it …

Guanine‐rich sequence motifs, which contain tracts of three consecutive guanines
connected by single non‐guanine nucleotides, are abundant in the human genome and can …

Guanine-rich DNA sequences are known to form highly ordered structures called G
quadruplexes.[1] These structures play an important role in many relevant biological …

Among non-canonical DNA secondary structures, G-quadruplexes are currently widely
studied because of their probable involvement in many pivotal biological roles, and for their …

The oligomer d (GCGTG3TCAG3TG3TG3ACGC) with short complementary flanking
sequences at the 5′‐and 3′‐ends was shown to fold into three different DNA G …

Sequence inversion in G‐rich DNA from 5′→ 3′ to 3′→ 5′ exerts a substantial effect on
the number of structures formed, while the type of G‐quadruplex fold is in fact determined by …