uPath HER2 (4B5) image analysis, Breast*
uPath whole slide image analysis algorithms
An intelligent and advanced digital pathology solution requires artificial intelligence-based image analysis tools that empower pathologists to confidently and objectively assess whole tissue slide images.
The uPath HER2 (4B5) image analysis, Breast algorithm is an adjunctive computer-assisted tool that identifies HER2 positive tumor cell membrane within a pathologist-annotated viable tumor region in images of formalin-fixed, paraffin-embedded neoplastic breast tissue.
Elevate performance, alleviate laboratory demands
Integrated and ready-to-use
Validated for use with the Roche HER2 (4B5) clone and Roche uPath enterprise software/ navify Digital Pathology.
Quick and automated
Pathologist-trained image analysis algorithm quickly calculates HER2 score.
Accurate, consistent and confident
Actionable assessment of slide images that are objective and reproducible.
Explore the benefits of the Roche uPath HER2 (4B5) image analysis, Breast algorithm
- Enhanced accuracy with a pathologist-trained image analysis algorithm which results in objective and reproducible scoring of slide images scanned on VENTANA DP 200 or VENTANA DP 600 slide scanner and stained with the Roche HER2 (4B5) clone
- Fully embedded into Roche uPath enterprise software/ navify Digital Pathology to enable seamless viewing, aligning, syncing, sharing, and reporting
- Speed up time to results for user-defined regions of interest with whole slide analysis (WSA) and automated pre-computing of the slide image prior to pathologist assessment
- Quickly calculates HER2 score
- A clear visual overlay highlights positively stained membrane for easy reference
Registration Status
*CE-IVD marked. For Research Use Only in the US. Not for use in diagnostic procedures in the US.
Refer to the product-specific labeling for the regulatory status of the scanner and uPath. When Research Use Only products are used with IVD products, the integrated workflow will be for Research Use Only and cannot be used for diagnostic procedures.
