G-rich sequences with the potential for quadruplex formation are common in genomic DNA.
Considering that the biological functions of G-quadruplexes may well depend on their …

G‐rich nucleic acid sequences with the potential to form G‐quadruplex structures are
common in biologically important regions. Most of these sequences are present with their …

Putative G-quadruplex-forming sequences (PQS) are highly prevalent in human genome;
however, the structures and functions of most PQSs in genome are poorly understood …

This work demonstrates the significant fluorescence enhancement of thioflavin T (ThT) when
binding to G-quadruplexes possessing hybrid structures by using UV–vis absorption …

The rapid and convenient method for identification of all kinds of G-quadruplex is highly
desirable. In the present study, a novel colorimetric indicator for a vast variety of G …

G-quadruplexes, one of the most significant secondary structure of nucleic acid, are formed
by stacking G quartets, which received broad interests due to their involvement in telomere …

Triphenylmethane (TPM) dyes normally render rather weak fluorescence due to easy
vibrational deexcitation. However, when they stack onto the two external G-quartets of a G …

The supramolecular assembly of a novel cyanine dye, 3, 3′-di (3-sulfopropyl)-4, 5, 4′, 5′-
dibenzo-9-ethyl-thiacarbocyanine triethylammonium salt (ETC) was designed to verify …

A tailor-made colorimetric and red-emitting fluorescent dual probe for G-quadruplex nucleic
acids was developed by incorporating a coumarin–hemicyanine fluorophore into an …

A novel homogenous fluorescent sensor for signal-on detection of Cu 2+ has been
developed based on intra-molecular G-quadruplex formed by DNA-templated click reaction …