Probing metal-dependent G-quadruplexes using the intrinsic fluorescence of DNA - Chemical
Communications (RSC Publishing) DOI:10.1039/D2CC03967B Royal Society of Chemistry View …

The interactions of small molecules with G-quadruplex and double stranded DNA are
important due to their potential biological and medical usages. In the present paper, the …

The stabilization of G-Quadruplex DNA structures by ligands is a promising strategy for
telomerase inhibition in cancer therapy since this enzyme is responsible for the unlimited …

Guanine-rich sequences of DNA are able to create tetrastranded structures known as G-
quadruplexes; they are formed by the stacking of planar G-quartets composed of four …

G-quadruplex DNA plays a very important role in clinical diagnosis and fluorescence
analysis has attracted extensive attention. A class of carbazole-based fluorescent probes for …

AG‐quadruplex is a nucleic acid secondary structure that is adopted by guanine‐rich
sequences, and is considered to be relevant in various pharmacological and biological …

Single‐stranded telomeric DNA tends to form a four‐base‐paired planar structure termed G‐
quadruplex. Although kinds of G‐quadruplex structures in vitro have been documented in …

Through tuning relative thermodynamic stabilities (I, II and III), DNA ligation was coupled to
split G-quadruplex probes and a versatile, non-covalent labelling and fluorescent strategy …

A series of dimeric cyanine dyes were designed to study their recognition for parallel c-myc
G-quadruplex as well as their spectral features in solution. Dimeric cyanine dyes having …

G-Quadruplex DNA has been recognized as a highly appealing target for the development
of new selective chemotherapeutics, which could result in markedly reduced toxicity toward …