AI-Driven Mitosis Profiling

MitPro Primary

MitPro®: the new wave of mitosis analysis

Counting mitotic figures, a crucial criterion for cancer grading, is inherently time-consuming and subject to significant inter-observer variability. MitPro® is an AI-driven solution for precise mitosis quantification and profiling, enhancing pathology workflows by increasing reliability, speed, and consistency of analysis.

Compatible with H&E whole-slide images (WSIs), MitPro® processes the entire slide, detects all mitotic figures, and identifies the three regions with the highest counts (hotspots). Pathologists can use these suggested hotspots or define their own custom regions for assessment.

This tool is currently for research use only and is undergoing CE-IVDR regulatory approval.

“Manual mitosis counting is essential but can be slow and inconsistent. MitPro® ensures greater consistency between pathologists while significantly reducing the time required for assessment.”
Histofy AI about David
Prof David Snead
Chief Medical Officer, Histofy

Next-generation mitosis profiling

Reduced time required for analysis

Significant time savings with AI-powered counting, as opposed to manual alternatives

Improved consistency in mitosis counting

AI-assisted mitosis counting leads to improved consistency between pathologists.

Supports a range of tumour types

Validated across breast, lung, melanoma, soft tissue sarcoma, leiomyoma, neuroendocrine tumours, glioblastoma, meningioma, thyroid, and retinoblastoma.

Seamless integration with existing workflows

MitPro® is a vendor-agnostic solution designed to integrate seamlessly with pathology image management systems, ensuring smooth adoption of AI into existing digital workflows.

Sectra Amplifier Marketplace
Leica Biosytems
Indica Labs
mitpro-sectra

Accelerating the adoption of of AI-powered mitosis analysis

MitPro mitosis Korea

Histofy Joins Hands with Korean Partners to Develop Mitotic Figure Detection Device Powered by AI

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March 20, 2023
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News

Histofy, a company specialising in developing transparent AI for pathology, today announces a project to develop an AI-powered system that provides precise quantification …

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