Introducing PathExplore™ Fibrosis

Unlock the fibrotic microenvironment directly from H&E whole slide images.

Characterize the collagen & fiber composition of the tumor microenvironment to fuel oncology research for novel drug development
Quantify fiber morphological features with high spatial specificity
Integrate fibrosis quantification with immune and other TME characteristics quantified in PathExplore^™

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Fibers, collagen, and fibrosis are emerging biomarkers for oncology

The search for novel biomarkers for oncology and fibrosis has led to increased interest in studying fibers, particularly fibrosis and collagen fibers, because these structural elements of the tumor microenvironment (TME) play significant roles in cancer progression, metastasis, immune response, and drug resistance.

Studying fibrosis and collagen fibers in cancer research is challenging because traditional methods:

Are labor-intensive
Require specialized stains and equipment, and access to tissue
Are challenging to use at scale

PathExplore™ Fibrosis: Quantify the fibrotic microenvironment

Capture and analyze fibrosis, collagen, and fiber directly from routine pathology slides

Fast & Scalable Fibrotic Microenvironment Analysis

Unlike traditional methods that require special stains and complex imaging technology, PathExplore™ Fibrosis leverages AI to quickly analyze routine H&E-stained slides, enabling large-scale studies and fast biomarker discovery.

Quantitative Insights

The measurement of fibrosis, collagen, and fiber morphology directly from whole-slide images provides an unprecedented level of detail on tumor microenvironment features, offering new opportunities to explore tumor biology and therapeutic responses.

Integrate with Standard Pathology Workflows

By working with standard pathology workflows (H&E-stained slides), the algorithm democratizes advanced fibrosis analysis, allowing labs to integrate it easily without additional microscopy equipment or complex preparation techniques.