Oxidative transformations involve the conversion of organic substrates, through various
processes to obtain oxygenates such as alcohols, phenolic and carbonyl compounds which …

The broad class of O 2-activating coupled-binuclear copper (CBC) metalloenzymes contain
a unique [Cu 2 O 2] catalytic core. This core is responsible for catalyzing challenging …

Tetradentate-N4 ligands stabilize dinuclear {CuII (μ-1, 2-peroxo) CuII} and {CuIII (μ-O)
2CuIII} species, and CuII complexes of these ligands were reported to catalyze the oxidation …

Copper guanidine quinolinyl complexes act as good entatic state models due to their
distorted structures leading to a high similarity between Cu (I) and Cu (II) complexes. For a …

Abstract The CuI salts [Cu (CH3CN) 4] PF and [Cu (oDFB) 2] PF with the very weakly
coordinating anion Al (OC (CF3) 3) 4−(PF) as well as [Cu (NEt3) 2] PF comprising the …

The enzyme tyrosinase contains a reactive side‐on peroxo dicopper (II) center as
catalytically active species in C− H oxygenation reactions. The tyrosinase activity of the …

We report the discovery that the molecule 1-(pyridin-2-ylmethylamino) propan-2-ol (HL) can
reduce oxidative stress in neuronal C6 glioma cells exposed to reactive oxygen species (O2 …

Heteroscorpionate ligands of the bis (pyrazolyl) methane family have been applied in the
stabilisation of terminal copper tosyl nitrenes. These species are highly active intermediates …

Copper nitrene complexes are highly reactive species and are known as intermediates in
the copper catalyzed C–H amination. In this study, three novel copper tosyl nitrene …

The present study describes an original colorimetric method to visualize and quantify the
local oxygen mass transfer around a rising bubble in reactive media. This method is based …