The discovery of nitrogen peroxide
- Publisher
- Wiley (John Wiley & Sons)
- Year
- 1933
- Weight
- 131 KB
- Volume
- 52
- Category
- Article
- ISSN
- 0368-4075
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β¦ Synopsis
ikcti ns cuitlcncc of tlic csistcncc of ii' rJ-liictoiic in t,lic iicitl untlcr ol~scr~ntioii, since it wiis probnldy nssocintcrl, iintl for this rciison its [1'] \voiiIti nliow n iicgnti.c n~~o~tinly.~". I I'c arc, Sir, ctc., I .r. KI.:S-OS 1-1. l'IlII,l,lI's 1-1. I'. J . i.rI1,1.H UiitteksciL l)olytecliiiic, s.w.11
π SIMILAR VOLUMES
Amine oxidations exhibit a great diversity of mechanisms which depends on the oxidant, the amine type, the pH, and/or metal additives. 3 Reaction with oxidants can occur at the nitrogen lone pair by one electron or two electron oxidation or reaction can occur at the a-carbon atom by hydrogen abstra
## Abstract Globins are generally considered as carriers of diatomic gaseous ligands (__e.g__., O~2~ and NO) in metazoa. Recently, the (pseudoβ)enzymatic activity of globins towards reactive nitrogen and oxygen species has been elucidated. In particular, some globins (__e.g__., hemoglobin and myogl
Nickel peroxide selectively cleaves the s-carbon-nitrogen bond of glycine residues in dipeptide derivatives to give the corresponding amides, The glycine selectivity is attributable to preferential complexation of the reactant residue to nickel peroxide and subsequent reaction via a stable o~-centre