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Precision Image Analysis Use Cases

Our Precision solution has the tools that are tailored for your specific research application.

From brightfield to fluorescence, subcellular compartment to microvessel, brain to pancreas, whole tissue sections to tissue microarray, use the links below to explore our different use-cases organized by research area, analysis tool, and solution provider.

Don’t see a solution for your research question? Send us an inquiry.

 

Research Tools

Genie

Analysis of atherosclerotic plaque using pattern recognition Read full story

Automate selection of viable tumor for analysis in xenografts Read full story

Automatically select tumor cells for analysis and exclude stroma in IHC stained tissue sections Read full story

Measure glomerular area in IHC-stained kidney section Read full story

Nuclear Analysis

Count number of Ki-67 positive nuclei to quantify cell proliferation in breast tumor Read full story

Automatically select tumor cells for analysis and exclude stroma in IHC stained tissue sections Read full story

Quantification of Huntingtin (HTT) protein aggregates in the striatum Read full story

Quantify intensity of estrogen receptor expression in breast tumor Read full story

Cytoplasmic Analysis

Measure translocation of transcription factor from cytoplasm to nucleus Read full story

AQUA Fluorescence Analysis

Quantify ER, PR, Her2 and Ki67 AQUA® score to estimate risk of breast cancer recurrence Read full story

Membrane Analysis

Quantification of Her2-positive cells in breast tumor Read full story

Color Deconvolution

Automate selection of viable tumor for analysis in xenografts Read full story

Comparing amount of fibrosis in mouse heart between treatment groups Read full story

Quantification of area and intensity of beta-amyloid staining in mouse brain Read full story

Separation of three stains in pancreatic tissue section Read full story

Microvessel Analysis

Calculate microvessel density within viable tumor of CD34-stained xenografts Read full story

FL Area Quantifiction

Measure alpha and beta cell area in pancreatic sections probed with fluorescent markers Read full story

TMA Lab

Using TMALab to segment and organize TMA images Read full story

Cytonuclear FL

Cell-based colocalization analysis in fluorescently labeled pancreatic tissue Read full story

Lung Quantification

Count and measure alveoli in lung cross sections using image analysis Read full story

Muscle Fiber Quantification Tool

Count and measure alveoli in lung cross sections using image analysis Read full story

Count and measure muscle fibers in cross section-muscle fiber quantification Read full story

Object Counter Tool

Count and measure number of beta-amyloid plaques in brain sections Read full story

Count rare microhemorrhages in full brain sections Read full story

Vacuole Quantification Tool

Count and measure lipid droplets in adipocytes Read full story

Measure steatosis in liver - vacuole quantification Read full story

CISH/ISH Quantification Tool

Count CISH signals and intensity using CISH quantification tool Read full story

Count RNA ISH signals using ISH quantification tool Read full story

Microglial Quantification Tool

Count number of activated and inactive microglial cells Read full story

Islet Quantification Tool

Identify and count islets, number of alpha cells and beta cells in pancreatic sections Read full story

Axon Quantification

Quantify axon number, diameter, and myelin thickness in optical nerve cross sections Read full story

Quantify axon number, myelin thickness, inside diameter, and axon G-Ratio in nerve cross sections Read full story

NewCAST Stereology

Estimate number of alveoli in lung using the AutoDisector Read full story

Estimate number of dopaminergic neurons in mouse substantia nigra Read full story

Measure beta and non-beta cell mass in diabetic mouse pancreas (stereological approach) Read full story

Tissue Studio

Morphometric analysis of tumor cell nuclear structure Read full story

Muliplexing of cytoplasmic biomarkers on a cell-by-cell basis Read full story

Structural analysis of glomeruli in rat kidney tissue Read full story

Research Area

Oncology

Automate selection of viable tumor for analysis in xenografts Read full story

Automatically select tumor cells for analysis and exclude stroma in IHC stained tissue sections Read full story

Count CISH signals and intensity using CISH quantification tool Read full story

Calculate microvessel density within viable tumor of CD34-stained xenografts Read full story

Count number of Ki-67 positive nuclei to quantify cell proliferation in breast tumor Read full story

Measure translocation of transcription factor from cytoplasm to nucleus Read full story

Morphometric analysis of tumor cell nuclear structure Read full story

Muliplexing of cytoplasmic biomarkers on a cell-by-cell basis Read full story

Quantify ER, PR, Her2 and Ki67 AQUA® score to estimate risk of breast cancer recurrence Read full story

Quantification of Her2-positive cells in breast tumor Read full story

Quantify intensity of estrogen receptor expression in breast tumor Read full story

Using TMALab to segment and organize TMA image Read full story

Metabolism

Cell-based colocalization analysis in fluorescently labeled pancreatic tissue Read full story

Count and measure lipid droplets in adipocytes Read full story

Identify and count islets, number of alpha cells and beta cells in pancreatic sections Read full story

Measure alpha and beta cell area in pancreatic sections probed with fluorescent markers Read full story

Measure beta and non-beta cell mass in diabetic mouse pancreas (stereological approach) Read full story

Measure steatosis in liver Read full story

Separation of three stains in pancreatic tissue section Read full story

Neuroscience

Count and measure number of beta-amyloid plaques in brain sections 

Count number of activated and inactive microglial cells 

Count rare microhemorrhages in full brain sections 

Estimate number of dopaminergic neurons in mouse substantia nigra 

Quantification of area and intensity of beta-amyloid staining in mouse brain 

Quantification of Huntingtin (HTT) protein aggregates in the striatum 

Quantify axon number, diameter, and myelin thickness in optical nerve cross sections 

Quantify axon number, myelin thickness, inside diameter, and axon G-Ratio in nerve cross sections 

Cardiology

Analysis of atherosclerotic plaque using pattern recognition 

Comparing amount of fibrosis in mouse heart between treatment groups 

Respiratory

Count and measure alveoli in lung cross sections using image analysis 

Estimate number of alveoli in lung using the AutoDisector 

Nephrology

Measure glomerular area in IHC-stained kidney section 

Structural analysis of glomeruli in rat kidney tissue 

Muscular

Compare type 1 and type 2 muscle fiber measurements in cross section 

Count and measure muscle fibers in cross section-muscle fiber quantification 

Ophthalmology

Count number of nucleated cells in any retinal cell layer 

Hepatology

Count RNA ISH signals using ISH quantification tool 

Measure steatosis in liver 

Solution Provider

Aperio

Analysis of atherosclerotic plaque using pattern recognition 

Measure glomerular area in IHC-stained kidney section 

Count number of Ki-67 positive nuclei to quantify cell proliferation in breast tumor 

Automatically select tumor cells for analysis and exclude stroma in IHC stained tissue sections 

Count number of nucleated cells in any retinal cell layer 

Quantification of Huntingtin (HTT) protein aggregates in the striatum 

Quantify intensity of estrogen receptor expression in breast tumor 

Measure translocation of transcription factor from cytoplasm to nucleus 

Quantification of Her2-positive cells in breast tumor 

Automate selection of viable tumor for analysis in xenografts 

Comparing amount of fibrosis in mouse heart between treatment groups 

Quantification of area and intensity of beta-amyloid staining in mouse brain 

Separation of three stains in pancreatic tissue section 

Calculate microvessel density within viable tumor of CD34-stained xenografts 

Measure alpha and beta cell area in pancreatic sections probed with fluorescent markers 

Using TMALab to segment and organize TMA images 

Indica Labs

Cell-based colocalization analysis in fluorescently labeled pancreatic tissue 

Count and measure alveoli in lung cross sections using image analysis 

Compare type 1 and type 2 muscle fiber measurements in cross section 

Count and measure number of beta-amyloid plaques in brain sections 

Count rare microhemorrhages in full brain sections 

Count and measure lipid droplets in adipocytes 

Measure steatosis in liver - vacuole quantification 

Count CISH signals and intensity using CISH quantification tool 

Count RNA ISH signals using ISH quantification tool 

Count number of activated and inactive microglial cells 

Identify and count islets, number of alpha cells and beta cells in pancreatic sections 

Quantify axon number, diameter, and myelin thickness in optical nerve cross sections 

Quantify axon number, myelin thickness, inside diameter, and axon G-Ratio in nerve cross sections 

Visiopharm

Estimate number of alveoli in lung using the AutoDisector 

Estimate number of dopaminergic neurons in mouse substantia nigra 

Measure beta and non-beta cell mass in diabetic mouse pancreas (stereological approach) 

HistoRx

Quantify ER, PR, Her2 and Ki67 AQUA® score to estimate risk of breast cancer recurrence 

Definiens

Morphometric analysis of tumor cell nuclear structure 

Muliplexing of cytoplasmic biomarkers on a cell-by-cell basis 

Structural analysis of glomeruli in rat kidney tissue 

Certain products are FDA-cleared and labeled for specific clinical applications. Unless otherwise labeled, all other products are intended to be made commercially available “For Research Use Only. Not for use in diagnostic procedures.” For specific product indications and more information please go to: http://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfpmn/pmn.cfm