Oncology
IHCExplore
Address the challenges of immunohistochemistry (IHC)-based scoring by providing AI-powered IHC assay quantification at tissue, cellular, and subcellular resolution.
PathExplore
AI-powered panel of histopathology features that spatially characterizes the tumor microenvironment.
PathExplore IOP
PathExplore IOP offers unparalleled visual and quantitative characterization of lymphocyte infiltration patterns within the tumor and stroma.
PathExplore Fibrosis
PathExplore Fibrosis is an AI-based tool that analyzes fibrosis and collagen structures from H&E-stained whole-slide tissue images.
Immunology and Inflammation (I&I)
LiverExplore
Enhancing the discovery of novel biomarkers in MASH and other liver diseases with quantitative, cellular-level characterization of tissue and fibrosis microarchitecture in liver biopsies.
IBDExplore
AI-powered panel of histopathology features that spatially characterizes the inflammatory microenvironment in ulcerative colitis.
CeliacExplore
Quantitative, single-cell resolution spatial characterization of the celiac inflammatory microenvironment from H&E stained whole slides images (WSIs).
AIM-MASH+
Automated and reproducible, AI-powered ordinal and continuous MASH CRN score component grades and fibrosis stage.
AIM-HI Ulcerative Colitis
Automated and reproducible Geboes scoring, sub-category scoring, and conversion to Robarts and Nancy scoring for ulcerative colitis.
Data
Data
Breadth (orthogonal data, outcomes) and depth (multiple scanners, stains, lab sources) to maximize predictive utility while minimizing bias.
Development & Evaluation
Optimal machine learning architecture (GNNs, Generative, End-to-End) and rigorous testing based on analytical goals and context of use.
Deployment
Integration into AISightTM platforms designed for use in translational research and clinical trials.
