The biocoordination chemistry of the uranyl cation (uranium (VI),[UO2] 2+) is assessed
utilizing data from the Protein Databank, solution thermodynamic data and biochemical …

The interactions of dioxouranium (VI) cation with different organic and inorganic ligands of
environmental and biological interest were carefully examined with the aim to draw a …

A tripodal receptor capable of extracting uranyl ion from aqueous solutions has been
developed. At a uranyl concentration of 400 ppm, the developed ligand extracts∼ 59% of …

Structural studies of uranyl ion complexes of metalloligands and zwitterions, ligand classes
with some degree of overlap, constitute a major contribution to more recent developments in …

Comprehensive computational modeling of coordination structures, thermodynamic
stabilities, and luminescence spectra of uranyl-glycine-water complexes [UO2 (Gly) n aq m] …

The first definitive high-resolution single-crystal X-ray structure for the coordination of the 1-
methylimidazole (Meimid) ligand to UO2 (Ac) 2 (Ac= CH3CO2) is reported. The crystal …

The objective of this study was to explore the endocytosis mechanisms of uranium uptake in
HK-2 cells and its toxic effects. Our results demonstrated that uranium exposure impairs …

Supramolecular assembly of U (VI) materials can be limited by the passivation of the uranyl
oxo group and the propensity of the metal center to hydrolyze, resulting in the formation of …

Based on the strong binding and high selectivity properties of 2, 6-bis [hydroxy (methyl)
amino]-4-morpholino-1, 3, 5-triazine (H2bihyat) for [UVIO2] 2+, novel binucleating ligands …

Based on the strong binding properties of hydroxylamino-1, 3, 5-triazine (BHT) for hard
metal ions, a novel spectroscopically labelled triazine-hydroxylaminato ligand, N, N′-(6 …