EQUIPMENT ELECTROCHEMICAL ANALYSIS

Brand Owner (click to sort) Address Description
MILLENNIUM ORION RESEARCH, INC. 500 Cummings Center Beverly MA 019156199 Equipment for electrochemical analysis - namely, electrochemical electrodes for sensing ions in solution and electrochemical meters responsive to the output of such electrodes; and parts and fittings thereof;MILLEN NIUM;
ORION Thermo Orion Inc. 22 Alpha Road Chelmsford MA 01824 EQUIPMENT FOR ELECTROCHEMICAL ANALYSIS, NAMELY, ELECTROCHEMICAL ELECTRODES FOR SENSING IONS IN SOLUTION AND ELECTRICAL METERS RESPONSIVE TO THE OUTPUT OF SUCH ELECTRODES;The mark was first used in commerce in a different form other than that sought to be registered on 06/10/1966.;The mark was first used anywhere in a different form other than that sought to be registered on 06/10/1966.;
PHUTURE MMS ORION RESEARCH, INC. 500 Cummings Center Beverly MA 019156199 EQUIPMENT FOR ELECTROCHEMICAL ANALYSIS, NAMELY, ELECTROCHEMICAL ELECTRODES FOR SENSING IONS IN SOLUTION AND REFERENCE SOLUTIONS FOR ELECTROCHEMICAL MEASUREMENT SOLD AS A UNIT THEREWITH; ELECTROCHEMICAL METERS RESPONSIVE TO THE OUTPUT OF SUCH ELECTRODES; AND PARTS AND FITTINGS THEREOF;
ROSS Thermo Orion Inc. 22 Alpha Road Chelmsford MA 01824 equipment for electrochemical analysis, namely, electrochemical electrodes for ion detection and measurement [, electrical meters responsive to the output of such electrodes, and parts therefor ];
 

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

    
Technical Examples
  1. The invention is a redox control and monitoring platform that is to be used in conduction with another detection scheme. The platform includes a portion of an electrochemical control. The electrochemical control can be operated to control and measure the redox environment of a sample. The electrochemical control can be provided in a multiplicity of test regions to allow high throughput analysis of a multiplicity of samples. The present method and system allows the determination of the effect of the change in redox environment on the binding or other activity of the species in the sample that is directly affected by the redox environment.