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AssigneeDynatech Corporation
InventorDavid H. Leaback
Estimating the term…
A miniature reaction container for conducting reactions with precise micro-liter volumes of liquid reactants, reagents and samples for the purposes of enzyme assay procedures, comprises a tubular reaction chamber made from a transparent wettable plastics material and an inlet tube made from a transparent non-wettable material, such as Teflon. Both the chamber and the inlet tube may be capillary tubes and the volume of the chamber should not exceed 30 .mu.l. For the purposes of a particular assay procedure, the chamber may be pretreated so as to have a reactant adhered or chemically bonded to its inside surface. With a plurality of such reaction containers, a multiplicity of reaction mixtures may be prepared and incubated simultaneously. To this end, the containers, which may or may not have been pretreated with reactant, are mounted in a slidable assembly together with syringes. The needles of the syringes are connected to the reaction chambers and their plungers are ganged together so as to be movable by the mechanism simultaneously to draw a precisely metered micro-volume of liquid into the inlet tube of each container. By dipping the inlet tubes successively into different liquids and actuating the syringes, coherent threads of these liquids are formed in the inlet tubes and subsequently drawn into the reaction chambers to produce reaction mixtures. These reaction mixtures may be incubated within the containers before being expressed therefrom and assayed, for example, by fluorimetry.
A method of conducting a chemical reaction with micro volumes of liquids, comprising the steps of:
A method of simultaneously conducting a multiplicity of chemical reactions with micro volumes of liquids, comprising the steps of:
A method of simultaneously conducting a multiplicity of chemical reactions with micro volumes of liquids, comprising the steps of:
Dependencies are inferred from the claim text.