Guanine-rich DNA sequences of a particular form have the ability to fold into four-stranded
structures called G-quadruplexes. In this paper, we present a working rule to predict which …

Certain G-rich DNA sequences readily form four-stranded structures called G-quadruplexes.
These sequence motifs are located in telomeres as a repeated unit, and elsewhere in the …

Guanine-rich nucleic acid sequences can adopt noncanonical four-stranded secondary
structures called guanine (G)-quadruplexes 1 . Bioinformatics analysis suggests that G-…

Four‐stranded G‐rich DNA structures called G‐quadruplexes have been the subject of
increasing interest recently. Experimental and computational techniques have been used to …

i-Motifs are alternative DNA secondary structures formed in cytosine-rich sequences. Particular
examples of these structures, traditionally assumed to be stable only at acidic pH, have …

The formation of G-quadruplexes in G-rich regions of DNA is believed to affect DNA
transcription and replication. However, it is currently unclear how this formation occurs in the …

The helical duplex architecture of DNA was discovered by Francis Crick and James Watson
in 1951 and is well known and understood. However, nucleic acids can also adopt …

G-quadruplexes and i -motifs are complementary examples of non-canonical nucleic acid
substructure conformations. G-quadruplex thermodynamic stability has been extensively …

RNA–DNA hybrids can form in a physiological context, especially as a consequence of
transcription, accompanied by the separation of the second strand of DNA. These structures …

Despite the importance of public opinion for policy formation and the political salience of
inequality, the public's views about the desirability of equality, not only in health but also in …