This review summarizes recent advances in the development of pyrolyzed M–N–C catalysts
for the oxygen reduction reaction, focusing on activity, stability, and the reactivity descriptors …

We have compared the electrocatalytic activity of several substituted and unsubstituted Co
and Fe N4-macrocyclic complexes (MN4) for the electro-reduction of oxygen with the …

Bioinspired transition-metal catalysts seek to mimic the specific active site of
metalloenzymes, as the multicopper oxidase, that can efficiently reduce dioxygen to water …

The M n+/M (n− 1)+ redox potential of MN4 macrocyclic molecular catalysts is a very good
reactivity descriptor for several electrochemical reactions. One important feature about this …

We have systematically studied the catalytic activity of a series of substituted
bisphenanthroline Cu complexes adsorbed on glassy carbon electrodes for the oxygen …

We have evaluated the electrocatalytic activity of hybrid electrodes containing Fe (II)
phthalocyanine and tested these electrodes for l-cysteine oxidation and l-cystine reduction …

A series of new glycoconjugated zinc (II) phthalocyanines (Pcs) was synthesized and fully
characterized. The major focus of the structural design for these new Pcs was upon the …

We have studied the electro-oxidation of thioglycolic acid (TGA) catalyzed by iron
phthalocyanines and iron porphyrins (FeN4 complexes) deposited on ordinary pyrolytic …

Phthalocyanines (Pcs) generally have a strong tendency for stacking in solution to form
dimer and high order oligomers owing to the π–π, metal–ligand coordination, hydrogen …

The performance of modified hybrid glassy carbon electrode with composite of carbon
nanotubes and manganese complexes for the electrocatalytic oxidation of 2 …