Improving IHC reproducibility and lab efficiency through characterized cell line quality controls and AI-assisted biomarker analysis.
10+
Biomarkers Supported
40x
Total Magnification
PATENT
Pending Technology
<10 min
AI Assessment Speed
Reimagining quality validation and clinical image workflows using our physical controls and machine-learning software tools.
Physical FFPE cell plugs arranged strategically. Built to standardize validation protocols and avoid staining failure pitfalls.
Explore Controls →Automated image recognition scoring calibrated against characterized reference plug standards. Reduces manual scoring fatigue.
Explore AI Assessment →A rich teaching compilation curated for pathologists, histologists, and research trainees to learn whole slide quantitative metrics.
Browse Education →Open-source OpenSlide engine optimized for multi-gigabyte virtual slides. Interactive zooming and real-time canvas rendering.
Open Slide Viewer →Pathology slides are massive files containing multiple gigabytes of image tile data. Our high-performance engine streams scans as tiles inside your browser, so even multi-gigabyte slides stay responsive.
Standardized biomarker configurations arranged in dual, tri, and quad-staining blocks.
CODE: PCI-58
Consists of three cell plugs: NULL (mutant), WT (wildtype), and Overexpressed.
CODE: PCI-60
Two-element calibration standard: wildtype (staining positive) and knockout mismatch repair cell lines.
CODE: PCI-57
DAB-calibrated standard plugs presenting highly distinct visual stain thresholds aligned to common scoring cutoffs.
CODE: PCI-02
Consolidates MLH1, MSH2, MSH6, and PMS2 mismatch proteins in a single, high-throughput FFPE block.
Standardize, digitize, and interpret within your existing workflow.
Insert a PCI slide carrying our characterized cell line plug during your routine patient run to serve as a benchmark.
Export the high-res scanner output (SVS/NDPI) and drop it into the secure, tiled PCI Digital Viewer.
Our machine learning algorithm measures DAB expression and separation compared to reference cells, preparing outputs in minutes.
Characterized controls and automated, quantitative scoring for more reproducible IHC.