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Find out more about our AI-based diagnostics
Breast | Cell quantification | Nuclear IHC
The first plug-and-play AI solution to detect and quantify breast cancer cells
The first-ever plug-and-play AI solution for reliable Ki-67, estrogen receptor (ER) quantification and progesterone receptor (PR) quantification, without the need for manual fine-tuning it to your lab
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Mindpeak BreastIHC is available in the EU as a CE-IVD marked medical device. Outside the EU, BreastIHC is Research Use Only, not for use in diagnostic procedures.
Analyse image
Detailed information on Mindpeak Breast IHC
Quantification/Detection output variables
Number of positive and negative tumor cells; quantitative score.
Workflow
Step 1: Open or upload the Ki-67, ER or PR image / whole-slide image.
Please note that images work best at 20-40x resolution.
Step 2: Select the region of interest for analysis and see that it only takes a couple of seconds to process.
Step 3: Adapt the positivity threshold to fit your assessment.
You can change the classification of a single cell just clicking on it once and BreastIHC will automatically update the result. Double click on a cell or on an empty area to add or remove cells. Select a specific area to analyse and the quantification will only be applied to the selected area.
Step 4: Get your score results on the left side menu.
Architectural model
Proprietary AI model for cell detection in nuclear IHC-stainings based on convolutional neural networks.
System requirements
Standard personal working machine. Minimum requirements: 32 bit Processor Intel Core i5 or better; 4 GB RAM.
File format capability
All major whole slide image formats (tif, mrxs, etc.), png, jpg/jpeg
Keywords
Breast, Cell quantification, Cell detection, Nuclear IHC, Breast Cancer, Nuclei detection, Ki-67, Deep learning, Artificial Intelligence, Image analysis.
Detection and quantification of breast cancer cells in seconds
Identification & Quantification
BreastIHC detects and classifies cells into positively stained tumor and unstained tumor cells. One of its great advantages is its ability to differentiate between tumorous and non-tumorous structures, improving your scoring in the tumor microenvironment
Lab Independent
BreastIHC reliability is unique: it provides accurate results even in challenging contexts as it was developed with typical lab-specific variations in mind, such as slide preparation, staining and imaging
Easy Integration
BreastIHC supports a broad range of scanners and cameras and can easily be integrated into existing workflows
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Find out how BreastIHC can work for you
