Stabilisation, Analysis and Toxicokinetics of the Four Stereoisomers of the Nerve Agent Pinacolyl Methylphosphonofluoridate (Soman) in Rats
Hendrik P. Benschop, Herman P.M. van Helden, Leo P.A. De Jong
Abstract
Hendrik P. Benschop, Herman P.M. van Helden, Leo P.A. De Jong
Abstract
Evidence has been accumulating in our laboratories over the last few years for a far greater in vivo persistence of the nerve agent soman than previously assumed. Such persistence may be relevant for the post-acute treatment of soman poisoning since the intact soman lingering in reversible storage sites may cause a relapse into the acute phase in poisoning and lengthen the period of recovery.
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Evidence has been accumulating in our laboratories over the last few years for a far greater in vivo persistence of the nerve agent soman than previously assumed. Such persistence may be relevant for the post-acute treatment of soman poisoning since the intact soman lingering in reversible storage sites may cause a relapse into the acute phase in poisoning and lengthen the period of recovery.
Key concepts: Soman, Nerve agent, Toxicokinetics, Tabun, Persistence (discontinuity), Pharmacology, Antidote, Sarin