Trademark Overview
On Thursday, November 15, 2001, a trademark application was filed for ARRAY CYTOMETRY with the United States Patent and Trademark Office. The USPTO has given the ARRAY CYTOMETRY trademark a serial number of 76339812. The federal status of this trademark filing is ABANDONED - AFTER EX PARTE APPEAL as of Wednesday, October 13, 2004. This trademark is owned by BioArray Solutions, Ltd. The ARRAY CYTOMETRY trademark is filed in the Chemical Products, Advertising and Business and Retail Services categories with the following description:
Preparations for scientific and research use, namely, biological or biotechnical arrays and assemblies of constituents of biological cells, methods, tests, kits consisting of the aforementioned; biological preparations for random encoded array detection to record optical signatures from cells randomly dispersed in a planar array or assembly and optically programmable reconfiguration and segmentation of assemblies cells; a highly parallel assay format that is useful for a wide variety of multiplexed bioanalytical assays, including functional and structural cellular analysis that is enabled by the optically programmable assembly and manipulation of cells (e.g., bacterial, yeast and human) providing quantitative, multi parameter cell surface analysis by direct imagining as well as fractionation and sorting of mixed cell populations
Distribution of services in the field of biological or biotechnical arrays and assemblies of constituents of biological cells, methods, tests, kits, or apparatus therefor; random encoded array detection to record optical signatures from cells randomly dispersed in a planar array or assembly and optically programmable reconfiguration and segmentation of assemblies cells; a highly parallel assay format that is useful for a wide variety of multiplexed bioanalytical assays, including functional and structural cellular analysis that is enabled by the optically programmable assembly and manipulation of cells (e.g., bacterial, yeast and human) providing quantitative, multiparameter cell surface analysis by direct imaging as well as fractionation and sorting of mixed cell populations