Nucleic acids, as important substances for biological inheritance, have attracted extensive
attention in the biomedical field. More and more cyanine dyes are emerging as one of the …

Recent studies have found that the modified base N4-acetyldeoxycytosine (4acC) is
abundant in Arabidopsis DNA and is highly correlated with active transcription and gene …

The rapid advancement of biotechnology over the past decades has amplified the
importance of DNA detection and quantification assays. Many of these assays, such as gel …

In recent years, the studies of RNA and its use for the development of RNA based vaccines
have increased drastically. Although cyanine dyes are commonly used probes for studying …

Fluorescence imaging is constantly searching for new far-red emitting probes whose turn-on
response is selective upon the interaction with specific biological targets. Cationic push-pull …

Abstract The unusual 2-aminoadenine (Z), a fairly exceptional base that is different from four
types of normal nucleobases (ATCG), has also been detected in carbon-rich meteorites and …

Two unsymmetrical DD-π-A-type cyanine dyes TG and TGS using triphenylamine-imidazole
as the electron donor moiety (DD), ethylene unit as π conjugated spacer (π), and …

Fluorescent DNA-binding dyes are extensively employed as probe and biosensing in
biological detection and imaging. Experiments and theoretical calculations of thiazole …

Many probes for nucleic acids are available, but few of them satisfy multiple criteria,
particularly high photostability to endure laser scanning. We report a cyanine dye TO3-CN …

A new monomeric tricationic cyanine dye TO-3c-7Cl–analog of Thiazole Orange (TO), has
been synthesized using an environmentally benign and simple method and its …