Pathology Platform Comprehensive Digital Pathology Solution
Digital Solutions
Product Portfolio
Our innovative digital pathology portfolio includes HiPath Pro for the scanning and analysis of brightfield specimens and PathFusionfor the imaging and analysis of H&E, IHC and FISH slides across multiple probe vendors and sample types.
Comprehensive Platform
Experience the power of a comprehensive digital pathology platform for scanning, visualization and analysis of H&E, IHC, and FISH images, achieving robust image quality and zoom up to 80X.
Scanner-Agnostic
Elevate your pathology lab’s image management capabilities with ASI’s scanner-agnostic digital pathology platform, and benefit from the visualization, tissue matching and analysis of images acquired on third-party scanners.
Benefits to your lab
Modular image acquisition platform customizable to your lab
Scanner-agnostic viewing and quantitative analysis tools
Tissue matching across brightfield and FISH images
Integrated with Lab Information Systems (LIS)
HIPAA-compliant remote access solution
Bridging the gap between Brightfield Pathology and FISH Analysis
1
Scan, View & Mark
Digitize your pathology slides
HiPath Pro
PathFusion
2
Match & Align
Simultaneously review up to 4 registered slides and automatically transfer regions of interest
HiBand
HiFISH
3
Analyze
Perform quantitative analysis for standardized results
HiBand
HiFISH
4
Report
Prepare customized reports including screenshots, images and quantitative results
The comparison on the inter- and intraobserver variability showed that there is minimal or no influence of the person performing the review or time on the image analysis, and image analysis can provide very reproducible results, minimizing the human error, which is the major strength of digital image analysis over manual morphometric analysis.
Digital FISH analysis provides more efficient and accurate results and better patient care in comparison to traditional FISH methods.
Digital FISH enumeration is a useful tool to improve the efficacy of HER2 FISH enumeration and capture genetic heterogeneity across HER2 signals.