APPARATUS CONDUCTING POLYMERASE CHAIN

Brand Owner Address Description
GENESIG Primer Design Limited Unit 1 Watchmoor Point Watchmoor Road Camberley, Surrey GU153AD United Kingdom Apparatus for conducting polymerase chain reactions; apparatus for conducting quantitative or real-time polymerase chain reactions; medical laboratory research instruments for DNA analysis, namely, qPCR machines; apparatus for pathogen detection, water and food analysis, detection of genetically modified organisms, species identification and bio-threat detection; apparatus for use in extracting RNA and DNA; sample containers, vials, pipettes and stirrers in the nature of magnetic agitators used in the preparation of DNA and RNA samples for testing; racks for holding sample pipettes and vials during testing; replacement parts and fittings for all the aforesaid goods; accessories for the aforesaid goods, namely, petri dishes, pipettes and vials; all the foregoing being for laboratory and research purposes;Chemical reagents for use in polymerase chain reactions for medical and veterinary purposes; chemical reagents for medical and veterinary use, namely, for use in performing polymerase chain reactions for pathogen detection, detection of genetically modified organisms, species identification, and veterinary and medical disease detection; diagnostic preparations, namely, chemicals for use in the extraction of DNA and RNA from cells for medical and veterinary purposes; diagnostic preparations, namely, primers, reagents and chemical preparations for use in polymerase chain reactions for medical and veterinary purposes; chemical reagents for use in RNA and DNA analysis for medical or veterinary purposes; kits comprised of reagents, vials and printed instructions for the preparation of samples for polymerase chain reaction testing for medical and veterinary purposes;Chemical preparations for scientific purposes, namely, for use in performing nucleic acid polymerase chain reactions for pathogen detection, water and food analysis, detection of genetically modified organisms, species identification, and bio-threat detection; chemical preparations for use in polymerase chain reactions for research and analysis purposes, not in the medical or veterinary fields; chemical preparations for scientific purposes, namely, for use in the extraction of DNA and RNA from cells; diagnostic preparations for scientific use, namely, primers, reagents and chemical preparations for use in polymerase chain reactions for laboratory purposes; chemical reagents for use in RNA and DNA analysis other than for medical or veterinary purposes; kits comprised of reagents, vials and printed instructions for the preparation of samples for polymerase chain reaction testing for laboratory and research purposes;Diagnostic apparatus for conducting polymerase chain reactions; diagnostic apparatus for conducting quantitative or real-time polymerase chain reactions; diagnostic apparatus, namely, qPCR machines; diagnostic apparatus for pathogen detection, water and food analysis, detection of genetically modified organisms, species identification and bio-threat detection; diagnostic apparatus for use in extracting RNA and DNA; sample containers, vials, dropping pipettes and stirrers in the nature of magnetic agitators used in the preparation of DNA and RNA samples for diagnostic testing; diagnostic kits consisting primarily of vials, instructions and reagents for use in the preparation of samples for polymerase chain reaction testing; racks for holding sample tubes and vials during diagnostic testing; replacement parts and fittings for all the aforesaid goods; accessories for the aforesaid goods, namely, dropping pipettes, medical specimen bags, petri dishes and vials for holding body tissue samples for testing purposes; all the foregoing being for medical or veterinary purposes;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. The present invention relates to a DNA polymerase immobilized by covalent bonding. More particularly, the present invention relates to an immobilized DNA polymerase whose activity is maximally preserved by masking the active site of the DNA polymerase and optimizing interaction of the masked molecule to the substrate material. In one embodiment, the average activity of the immobilized DNA polymerase is more than about 10% relative to that of the solution phase DNA polymerase. Further provided by the invention are methods and kits for performing polymerase chain reactions (PCR).