Serial Number
99493240
Owner
BIO-TECHNE CORPORATIONAttorney
Courtney ThompsonFiling Date
Nov 12, 2025
BIO-TECHNE SPATIAL Trademark
Serial Number: 99493240
Trademark Classes
Class 1 - Chemicals
Chemical products for industry, science, photography, agriculture, horticulture and forestry
Class 9 - Computers & Electronics
Scientific, nautical, surveying, photographic, cinematographic, optical apparatus and instruments
Class 42 - Computer & Scientific
Scientific and technological services; industrial analysis and research services
Owner Contact Info
Legal Representation
Correspondence Address
Courtney Thompson Fredrikson & Byron, P.A.
60 South Sixth Street
Suite 1500
Minneapolis, MN 55402
United States
Trademark Details
Filing Date
November 12, 2025
Registration Date
Not Registered
Goods & Services
molecular testing and services, namely, clinical diagnostics, scientific research, custom design and development of molecular assays, and processing and analysis of molecular assays; chemical research services; biochemical research and development services; medical research services; biological research laboratory services
reagents and chemicals for scientific, medical research, clinical, life science, laboratory, pharmaceutical research, and diagnostic use; diagnostic chemical and biological reagent kits consisting primarily of probes, buffers, amplifiers and other reagent components used for molecular testing for scientific, medical research, clinical, life science, laboratory, pharmaceutical research, and diagnostic use; reagents, namely recombinant proteins and antibodies, for scientific, medical research, clinical, life science, laboratory, pharmaceutical research, and diagnostic use; fluorescent dyes for scientific, medical research, clinical, life science, laboratory, pharmaceutical research, and diagnostic use; oligonucleotides for scientific, medical research, clinical, life science, laboratory, pharmaceutical research, and diagnostic use
electronic analyzers instruments other than for medical use for testing and analyzing tissues and chemical and biological substances for the presence, absence, or quantity of malignant cells or tumors in humans, animals, plants, or microorganisms, for research and laboratory use; detecting, testing, inspecting apparatus and instruments for research and laboratory use in the field of immunohistochemistry, in-situ hybridization, immunofluorescence, immunocytochemistry, immunocytofluorescence, and in-situ sequencing, namely, multiplexors, and hyperplex imaging apparatus for use in spatial biology, to discover, test, and validate biomarkers, and describe the composition and spatial distribution of cells, and the activity of the immune response occurring within organisms affected by cancer; laboratory apparatus and instruments for use in immunohistochemistry, in situ hybridization, immunofluorescence, immunocytochemistry, immunocytofluorescence, and in-situ sequencing, namely, microscopes, and optical profilers; laboratory apparatus, instruments and devices for biology, microfluidics and bioanalysis, namely, integrated circuits, microfluidic chips in the nature of integrated circuits, DNA chips, biochips for research or scientific purposes, microchips, microfluidic microchips, micro lab-on-chips, namely, microchips, microprocessors, microfluidic microprocessors, and measurement sensors other than for medical use used to measure biomarker expression levels in samples; analysis apparatus for research and laboratory use other than for medical use for use in immunohistochemistry, in-situ hybridization, immunofluorescence, immunocytochemistry, immunocytofluorescence, and in-situ sequencing, namely, research laboratory analyzers for multi-omics analysis of cells, tissues, and chemical and biological samples, for evaluation of elution efficiency and marker's epitope stability in samples, and for checking and controlling fluidic processes for high-precision reagent delivery and incubation; microfluidic analysis apparatus other than for medical use for research and laboratory use in the field of sequential immunofluorescence; microfluidic systems, namely, sample processing devices in the nature of rigid plates made of glass and silicon and flexible and stretchable plates made of polymer that include a set of miniaturized fluidic channels and tubes, reservoirs, pumps and microsensors for the study and analysis of chemical and biological samples; electronic imaging devices for laboratory use for generating, reconstructing, analyzing, monitoring, segmenting, quantifying and storing microscope images of chemical and biological samples