Sensing temperature at the subcellular level is of great importance for the understanding of
miscellaneous biological processes. However, the development of sensitive and reliable …

Fatty liver, a major health problem worldwide, is closely associated with aberrant
accumulation and alteration of energy storage organelles, lipid droplets (LDs), in the …

Abstract A fluorescent probe C-DMPE was synthesised to monitor interfacial membrane
properties by conjugating coumarin-343 and 1, 2-dimyristoyl-sn-glycero-3 …

Cinnamoyl-coumarin derivatives containing 5 or 12 carbon aliphatic chains were evaluated
as photosensitizers and their photophysical properties were studied in detail. Moreover …

The second near‐infrared window (NIR‐II) fluorescence imaging has aroused more and
more interest in biomedical applications due to negligible autofluorescence and deep …

The excited-state deactivation pathway of the push–pull pyrene derivative (EPP), a molecule
emitting bright red fluorescence, has been studied in several solvents using quantum …

The spectral properties of the films based on optically transparent polymer materials with
different polarity (polystyrene, polycarbonate) doped with dimethylaminostyryl β-diketonates …

The design and construction of fluorescence probes with small size, high quantum yield,
photostability, and solubility in an aqueous solution to achieve biomarker have become a …

Biological membranes are complex and dynamic self-assembled structures composed of
lipids and proteins. They depict emergent properties that are heterogeneous in the …

Cinnamoyl coumarin probes acting as fluorescent molecular-rotors were used for evaluating
microenvironments in DPPC: DOPC liposomes. For this purpose, derivatization with …