Other

Medical Analysis Systems, Inc.

Global Strategic Materials, LLC

Navix, Inc.

Jozsef Hepp

Rajiv Pande

Zsolt Lengyel

Edward J A Pope

Kenneth M Kratsch

James W Shih

Janos Botyanszki

Miklos Sahin-Toth

Ih Chang Hsu

Barbara Galvan

A method for making high temperature filter media includes the steps of melt-spinning a plurality of fibers of pre-ceramic thermoplastic polymer to form a non-woven textile web of the fibers, curing and cross-linking the thermoplastic polymer to a thermo-set polymer and thermally decomposing the thermo-set polymer to ceramic.

Ceramic filters formed from photocurable pre-ceramic polymers

Hafnium containing preceramic polymer is made through the reaction of hafnium halide compound with any of the following compounds: ethylene diamine, dimethyl ethylene diamine, piperazine, allylamine and or polyethylene-imine.

Method for forming hafnium carbide and hafnium nitride ceramics and preceramic polymers

This invention relates generally to nucleic acid-based diagnostic assays for detecting, identifying and/or quantitating target sequences in a sample. More specifically, the invention utilizes sequential cleavage of nucleic acids to achieve target and signal amplification through cycling reactions.

Nucleic acid hybridization assay utilizing tricyclic target and signal amplification

The present invention relates to a method, kit and reagent composition for determining the presence of a target nucleic acid in a sample using a two-stage target cycling reaction. During stage 1 of the reaction, the target nucleic acid hybridizes with a probe nucleic acid to effectuate release of an activator into the assay medium. During stage 2 of the reaction, a target analog-anchor complex is cleaved by the activator, which accomplishes the dual purpose of releasing the target analog into the assay medium, and the initiation of signal generation. The released target analog then restarts the cyclic reaction by binding to a second probe, which effectuates release of a second activator, and so on. This cyclic reaction gives rise to an increase in the amount of signal generated from a single target nucleic acid molecule in the sample, which greatly enhances the level of target detection that can be expected.

Homogeneous diagnostic assay method utilizing simultaneous target and

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Camarillo, CA, United States of America

Jozsef Hepp