Backed by cutting edge technology, an uncompromising focus on ease-of-use and dedicated customer service, Indica Labs’ software and services are being used to make vital discoveries in pathology labs and research organizations around the world.
Click on the links below to explore a few of our most popular HALO modules and workflow add-ons. Use the category filters or click the orange 'Load More' button at the bottom of the list to see additional module options.
Quantify expression of an unlimited number of biomarkers in any cellular compartment - membrane, nucleus or cytoplasm.
Quantify expression of up to five brightfield stains in any cellular compartment - membrane, nucleus or cytoplasm.
Click here to initiate your free proof-of-concept HALO image analysis.
FREE IMAGE ANALYSIS
Separate multiple tissue classes across a tissue using a learn-by-example approach. Can be used in conjuction with all other modules (fluorescent and brightfield) to select specific tissue classes for further analysis.
Tissue Classifier Add-on
Plot cells and objects from one or more images and perform nearest neighbor analysis, proximity analysis, and tumor infiltration analysis.
Quantify spot number, optical density and co-expression of one or two brightfield RNA or DNA probes on a per cell basis. Includes support for brightfield RNAscope® assays.
Quantify IHC positivity and spot number, optical density and co-expression of one or two brightfield RNA or DNA probes on a per cell basis. Includes support for brightfield RNAscope® assays.
Quantify an unlimited number of fluorescent RNA/DNA probes and IF protein biomarkers on a per cell basis. Includes support for fluorescent RNAscope® assays.
Quantify number, intensity and co-expression of an unlimited number of fluorescently labeled RNA or DNA probes on a per cell basis. Includes support for fluorescent RNAscope ® assays.
Multiplex FISH (RNAScope®)
Module to assist in the segmentation of TMA spots for further analysis.
Tissue Microarray (TMA) Add-on
Deconvolve up to five colors in brightfield and measure positive area and average optical density for each stain and stain colocalization (where applicable).
Quantify expression of up to four brightfield cytoplasmic/nuclear markers on a per cell basis and bin cells according to intensity (1+, 2+ and 3+).
Measure the positive area, average intensity and dye colocalization (where applicable) of an unlimited number of fluorescent dyes.
Area Quantification FL
Quantify expression of an unlimited number of fluorescently labeled cytoplasmic/nuclear markers on a per cell basis and bin cells according to intensity (1+, 2+ and 3+).
Quantify intensity of brightfield membrane markers on a per cell basis and bin cells according to intensity (0, 1+, 2+, 3+).
Quantify intensity of fluorescently-labeled membrane markers on a per cell basis and bin cells according to intensity (0, 1+, 2+, 3+).
Count one or two objects and measure the object area, diameter, stain intensity, and colocalization (where applicable). Microvessel and amyloid plaque quantification are most common applications.
Quantifies vacuole area, diameter, perimeter, and number of vacuoles per region of interest. Measures steatosis in kidney, lipid droplets in adipose tissue, and alveolar area in lung tissue.
Count one or two fluorescently labeled objects and measures the object area, diameter, stain intensity, and colocalization (where applicable). Microvessel and amyloid plaque quantification are most common applications.
Object Colocalization FL
Quantifies area, diameter, and perimeter of muscle fibers stained with laminin or other fiber membrane stain.
Quantifies area, diameter, and perimeter of fluorescently-labelled muscle fibers stained with membrane markers, such as laminin.
Muscle Fiber FL
Quantify branched objects such as capillaries in brightfield and fluorescence.
Count pancreatic islets, quantify number of alpha and beta cells in each islet, and determine area of islets stained with insulin and glucagon or other islet-specific stains
Count pancreatic islets fluorescently-labeled with up to three dyes, quantify number of dye positive cells per islet and area of dye positivity per islet.
Quantify microglial activation based on length and thickness of microglial processes.
Quantify up to two fluorescently-labeled DNA probes to measure amplification or deletion.
Amplification & Deletion FISH
Meaure gene rearrangements detected using break-apart fusion probes.
Break Apart Fusion FISH
Analyze serially stained tissue sections stained with different markers or a single tissue section which has been stained, stripped and re-stained for multiple markers.
Serial Section Analysis Add-on
Designed for organization with large volume of slides or users, analysis clusters speed up analysis by facilitating simultaneous processing of multiple images in parallel.
Analysis Cluster Add-on
Quantify axons in cross sections. Calculate axon area, myelin area, myelin thickness, inner and outer axon diameter, and G-ratio.
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