Hemicelluloses (HCs) are promising sustainable biopolymers with a great natural
abundance, excellent biocompatibility, and biodegradability. Yet, their potential sensing …

Solution chemistry of the lanthanide (III) ions is unexplored and relevant: extraction and
recycling processes exclusively operate in solution, MRI is a solution-phase method, and …

Steady-state (SS) and time-resolved (TR) fluorescence spectroscopy were applied in the
characterization of catalytically active metallocene (MCN) species, both in solution and on …

Excitation and emission (observation) conditions heavily impact fluorescence
measurements. Both observed spectra and intensity decays (fluorescence lifetimes), when …

The popular textbook and literature model I (λx, λm)= K (λ x, λ m)(1− 10− A x) or its variants
for correlating the sample absorption and fluorescence often fails even for the simplest …

Molecularly imprinted polymers (MIPs) have now become one of the most remarkable
materials in the field of molecular recognition. Although many efforts have been made to …

Detecting luminescence beyond 750–800 nm becomes problematic as most conventional
detectors are less sensitive in this range, and as simple corrections stops being accurate …

Assay of Maillard reaction products (eg furosine) is a reputable method for determination of
the honey freshness. In this report, novel optical technique is proposed for real-time …

The self-monitoring of electrolytes using a small volume of capillary blood is needed for the
management of many chronic diseases. Herein, we report an ionophore-based colorimetric …

Honey is a complex food matrix that contains diverse polyphenolic compounds. Some
phenolics exhibit fluorescence signatures which can be used to evaluate honey quality, and …