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RNA Scope+

Detect nuclei and quantify two RNA scope dot markers per cell in nucleus and/or cytoplasm for CISH and SISH assays, measuring up to 20 morphometric and intensity parameters plus per-cell dot count, area, and intensity metrics.

CD31, blood vessels, diameter

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The RNA Scope+ App provides detection of nuclei based on appropriate staining as well as dot detection per cell within nucleus and/or cytoplasm for two dot markers in CISH and SISH experiments. Each segmented cell compartment is measured for up to 20 intensity, statistic and morphometric parameters. Dot parameters are provided per cell and include count, mean intensity, total dot area, and sum of intensity as well as area and intensity lists for all single dots

Melanie McCoy, The University of Western Australia

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Original Image

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Nuclei/cell detection

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Red dot detection

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Green dot detection

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Application Note

01 Jun, 2023

Evaluating the Distance of Tumor Cells from Blood Vessels

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Blog Post

17 May, 2023

An Intro to Deep Learning in Biomedical Imaging

We support the following file formats:

  • TissueFAXS (aqproj)
  • StrataFAXS II (vmic)
  • PreciPoint (vmic, gtif)
  • Generic BigTIFF Import
  • Support for multipage BigTIFF files
  • OME-TIFF
  • JPEG, PNG, BMP, TIFF
  • Zeiss (czi)

  • Hamamatsu NanoZoomer (ndpi)
  • Aperio (svs)
  • Leica (scn)
  • 3D HISTECH Pannoramic
  • Mirax (mrxs)
  • Olympus (vsi)
  • More slide scanners to be added!

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Image

Custom App development

Perfectly tailored image analysis solutions for your research.

You have a specific research question that needs to be answered? We offer custom development of image analysis pipelines for specific tasks, be it detection of cellular phenotypes or quantification of tissue structures. After discussing your goals with one of our experts, you will get a ready-to-use App and be a step closer to an impactful publication.

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About Us

TissueGnostics provides advanced solutions for whole-slide imaging and image analysis in biological and clinical research. Our products help researchers to scan and analyze complex tissue samples, enabling more detailed insights into tissue structure, cellular interactions, and spatial cell landscape.

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