Very limited number of parameters is available for fluorescence sensing and imaging. The
changes of intensity are of low analytical value due to the absence of internal reference …

The wavelength-ratiometric techniques gain increasing popularity in fluorescence probing
and sensing for providing inner reference to output signal and removing instrumental …

Micron-and submicron-scale 3D structure realization nowadays is possible due to the two-
photon photopolymerization (TPP) direct laser writing photolithography (DLW …

Fluorescence is the most sensitive and easily available method to study intermolecular
interactions [1, 2]. It has many applications in the fields of molecular sensing and biosensing …

Considering the applications of fluorescent probes and the information they provide, their
brightness of fluorescence and photostability are of paramount importance. However, in the …

Wavelength ratiometry (often abbreviated as λ-ratiometry) is one of the most popular
methods to study intermolecular interactions that allows obtaining both thermodynamic and …

Photophysical properties of a series of bis (arylydene) cycloalkanone dyes with various
donor substituents are studied using quantum chemistry. Their capacity for luminescence …

Spectral properties and fluorescence decay in a series of differently N-substituted
ketocyanine dyes belonging to the dibenzalcyclopentanone type were studied in solvents of …

The three dyes with similar fluorescence properties but different lipophility—azacrown-and
di-methylamino-substituted ketocyanines—are proposed as probes for the studies of …

The absorption maxima of N-alkyl (methyl, hexyl, and hexadecyl)-4-[(4-N, N-dimethylamino)
styryl] pyridinium halides in binary solvents were analyzed for probing preferential solvation …