Possible Interaction: Carbon Monoxide and Manganese

“However, in adults, Mn supplementation increased the mean content per antler of Ca, Na, P, B, Co , Cu, K, Mn, Ni, Se (while Si content was reduced), and impact work but not Young’s modulus of elasticity, bending strength or work to peak force.”

“During saturated incubation, significant correlations were found between concentrations of Co and Mn in the Mn oxide bound, Fe oxide bound and carbonate bound fractions.”

“A significant Co X Mn interaction was observed in growth rate and efficiency of gain and in Co and Mn concentration in some tissues as well.”

“Excess Co also increased Mn accumulation in kidney, bile and the tibia.”

“ MnCO can react with the H2O2 to generate CO , powerfully damaging the tumor.”

“The interaction between Co and Mn impedes the improvement of toluene oxidation because the mobility of lattice oxygen, the surface distribution of Co3+, and the ratio of surface adsorbed oxygen to surface lattice oxygen are hindered by Mn substitution.”

“A synergy between oxides of Co and Mn was perceived to enhance PMS utilization efficiency and BPA degradation.”

“Based on the structure-function analysis of catalysts, it is deduced that the synergistic effect between Mn and Co in MnxCo1-xOy solid solution and proton scavenger addition in preparation can improve the mesostructured, active sites distribution and catalytic performance.”

“Besides, the partial substitution of Co sites by Mn also suppressed the losing of Co species during reaction, favoring to decrease the environmental risk, as well as to save the cost of catalyst.”

“The interplay of redox chemistry of Mn and Co at the nanointerface sites between Co-Mn nanoparticles and CeO2 nanocubes as well as the abundant structural defects in cerium oxide plays a key role in the efficiency of the Co-Mn/CeO2 catalyst for the aerobic oxidation of benzylamine.”

“The average valence of manganese increases from +3.808 to +3.867 after doping Co and from +3.808 to +3.846 after doping Fe.”