Electrocatalytic nitrite reduction (eNO2RR) is a promising alternative route to produce
ammonia (NH3). Until now, several molecular catalysts have shown capability to …

Nitrite reductase (NiR) catalyzes nitrite (NO2−) to nitric oxide (NO) transformation in the
presence of an acid (H+ ions/pH) and serves as a critical step in NO biosynthesis. In addition …

Synthesis, characterization, electronic structure, and redox reactions of a mononuclear
{FeNO} 7 complex with a very high N–O stretching frequency in solution are presented …

Pathogenic bacteria employ iron-containing enzymes to detoxify nitric oxide (NO•) produced
by mammals as part of their immune response. Two classes of diiron proteins, flavodiiron …

Treatment of a dicopper (I, I) complex with excess amounts of NO leads to the formation of a
dicopper dinitrosyl [Cu2 (NO) 2] 2+ complex capable of (i) releasing two equivalents of NO …

Abstract Bacterial NO Reductase (NorBC or cNOR) is a membrane-bound enzyme found in
denitrifying bacteria that catalyzes the two-electron reduction of NO to N 2 O and water. The …

Reaction of an Fe (II) complex,[Fe (6-COO–-tpa)] 1+(1), with PhE–and NO2–produced [Fe (6-
COO–-tpa)(EPh)](E= S, 2a; Se, 3) and [Fe (6-COO–-tpa)(κ2-O, O′-NO2)](4), respectively (6 …

Mycobacterial hemerythrin-like proteins (HLPs) are important for the survival of pathogens in
macrophages. Their molecular mechanisms of function remain poorly defined but recent …

Flavodiiron nitric oxide reductases (FNORs) equip pathogens with resistance to nitric oxide
(NO), an important immune defense agent in mammals, allowing these pathogens to …

Nitric oxide (NO•) has many roles. From first being labeled as a toxic pollutant and
contributor to smog, then heralded as one of the most important signaling molecules in …