Sri International

Gary A Koolpe

Subhash C Narang

Ralph New Harris, Iii

Susanna C Ventura

Clifford D Bedford

Duane E Hilmas

Robert A Howd

Richard A Kenley

Robert B Wilson

Dane A Goff

Kenneth J Ryan

Peter Madrid

Robert B Wilson Jr

Ming Zhao

Brian J Dougherty

Robert O Pick

Sidharth Chopra

Stuart Smedley

Benzotriazine doxides are disclosed as drugs targeting, including novel compounds of formula I: 

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A method is provided for synthesizing metallocene compounds useful as polymerization catalysts and the like. The method involves (a) preparation of an amino alcohol-derived ligand by reacting a silane reactant with an amino alcohol in the presence of base, followed by (b) metallation of the ligand so provided. The metallocenes may be provided in chiral form when the amino alcohol contains an asymmetric center, and are thus useful in catalyzing stereospecific polymerization and other stereospecific bond formation reactions.

Metallocene compounds from amino alcohol-derived ligands

High temperature polybenzazole and polyether polymer electrolytes are provided. High temperature polybenzazole polymer electrolytes may comprise a benzobisoxazole, a benzobisthiazole, a benzobisimidazole, a difluorodisulfonated phenyl ring or a sulfonated bisphenylether. High temperature polyether polymers comprise a persulfonated phenyl ring, and a substituted phenyl ring or a substituted bisphenylsulfonyl ring system.

High temperature polybenzazole and polyether electrolytes

Novel fire-retardant electrolyte compositions are provided. These compositions comprise a lithium salt dissolved in a fire-retardant solvent selected from the group consisting of phosphates, phospholanes, cyclophosphazenes, silanes, fluorinated carbonates, fluorinated polyethers and mixtures thereof. The electrolyte composition optionally contains a CO.sub.2 -generating compound. Also provided are fire-retardant batteries and fire-retardant conductive films formulated with such compositions, as well as methods of manufacturing such films.

Nonflammable/self-extinguishing electrolytes for batteries

A therapeutically effective class of low toxicity aldoxime-substituted functionalized imidazolium compounds and compositions is disclosed which is effective in the treatment of living species poisoned by organophosphorus chemicals which inactivate the enzyme acetylcholinesterase. In vivo administration of therapeutically effective amounts of these aldoxime-substituted imidazolium derivatives has been found to save mammals having inhibited acetylcholinesterase due to injection with lethal dosages of Soman.

Aldoxime-substituted imidazolium derivatives useful in the treatment of

A therapeutically effective class of low toxicity aldoxime-substituted trazolium derivatives is disclosed which is effective in the treatment of living species poisoned by organophosphorus chemicals which inactivate the enzyme acetylcholinesterase. In vivo administration of therapeutically effective amounts of these low toxicity aldoxime-substituted triazolium derivatives has been found to save mice having inhibited acetylcholinesterase due to injection with lethal dosages of Soman.

Aldoxime-substituted triazolium compounds useful in the treatment of

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San Jose, CA, United States of America

Gary A Koolpe