The binding interactions of six ligands, neutral and monocationic asymmetric monomethine
cyanine dyes comprising benzoselenazolyl moiety with duplex DNA and RNA and G …

G-quadruplex DNAs are highly prevalent in the human genome and involved in many
important biological processes. However, many aspects of their biological mechanism and …

In this Letter, three triphenylamine-based dyes (TPA-1, TPA-2a and TPA-2b) with donor–
bridge–acceptor (D–π–A) structure were designed and synthesized for the purpose of G …

This review article discusses the non-covalent interaction of various probe molecules of
different structural diversity with G-quadruplex forming Guanine rich DNA sequences …

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 …

The research on the G-quadruplex DNAs has received much attention in recent years and
numerous reports appeared probing their detection, structure, stability, reactivity, selectivity …

A number of new fluorescent nucleic acid binding ligands were synthesized by utilizing the
non-specific thiazole orange dye as the basic scaffold for molecular design. Under simple …

Benzothiazolium and benzoxazolium are common groups for the construction of
hemicyanine dyes; however, their isosteric analogue benzoselenazolium have rarely been …

Selective and sensitive detection of G-quadruplex DNA structures is an important issue and
attracts extensive interest. To this end, numerous small molecular fluorescent probes have …

Red fluorescent G-quadruplex DNA selective organic binding probe is relatively
underdeveloped. In the present study, we designed a series of new fluorescent probes that …