Analyzing the expression of biomarkers in cells with clusters
AssigneeGE Global Research
InventorsColin Craig McCulloch, Christopher J. Sevinsky, Fiona Ginty
Life of this patent
Estimating the term…
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AssigneeGE Global Research
InventorsColin Craig McCulloch, Christopher J. Sevinsky, Fiona Ginty
Estimating the term…
A data set of cell profile data is stored. The cell profile data includes multiplexed biometric image data describing the expression of a plurality of biomarkers with respect to a field of view in which individual cells are delineated and segmenting into compartments. Each cell in the field is assigned to a single cluster in a selected set of clusters based on cell similarity; cell similarity is determined based on a plurality of selected cell attributes. The proportion of cells in each cluster is observed. The observed proportions are examined for an association with a diagnosis, a prognosis, or a response derived from a known association of the selected set of clusters with at least one piece of meta-information including a field of view level assessment or a patient-level assessment.
A method of analyzing tissue features based on multiplexed biometric images comprising:
A system for analyzing tissue features based on multiplexed biometric image data comprising:
A kit comprising the monoclonal antibodies of NaKATPase and BetaCatenin, wherein each of the antibodies has an attached detectable label, and instructions for Gleason grading prostate cancer in a tissue sample based on an analysis of a multiplexed biometric image capturing the expression of NaKATPase e and BetaCatenin in a field of view of the tissue sample.
A kit comprising the monoclonal antibodies of NaKATPase, PCAD, S6, Keratin, BetaCatenin, and PI3Kp110a, wherein each of the antibodies has an attached detectable label, and instructions for determining prostate cancer prognosis from a tissue sample based on an analysis of a multiplexed biometric image capturing the expression of NaKATPase, PCAD, S6, Keratin, BetaCatenin, and PI3Kp110a in a field of view of the tissue sample.
Dependencies are inferred from the claim text.