Owing to the rising threats of neurotoxic organophosphosphorus compounds, facile and
efficient decontamination systems are required. Since the last few decades, the search for …

There is an immediate need to develop new strategies for detoxification and
decontamination of organophosphorus-containing nerve agents and pesticides. Oximes …

The accumulation of organophosphorus neurotoxic compounds and biological warfare
agents in the environment is a recognized ecological threat existing in the global scenario …

The nucleophilic reactivities of hydroxamate (HA−) ions of the structure RCONHO−[R= CH3
(acetohydroxamate, AHA−), C6H5 (benzohydroxamate, BHA−), 2‐OHC6H4 …

Springer, Berlin 2013, X+ 312 pp., hardcover,€ 139.09.—ISBN 978‐3‐642‐38110‐2

Naturally occurring hydroxamic acid derivatives are biosynthesized by microorganisms
(siderophores) and plants (benzoxazinoids). Recent developments in drug discovery have …

This chapter presents the chemical structure of hydroxamic acids, the routes of their
synthesis, and their chemical properties. A discussion is presented as to how their metal …

Hydroxamic acid derivatives are an important class of molecules with a variety of
pharmaceutical properties. Over the last decade steady progress has been made in the …

The hydroxamic acid moiety plays an important role as a pharmacophore in a variety of
biologically active agents. Such agents include enzyme inhibitors, anticancer agents …

The reaction between the salicylhydroxamate anion (SHA−) and p-nitrophenyl benzoate
(PNPB), tris (3-nitrophenyl) phosphate (TRIS), and bis (2, 4-dinitrophenyl) phosphate …