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Decoding Diseases with Spatial Intelligence

Revolutionizing Drug Discovery with Spatial Omics and AI-Driven Virtual Tissue Pharmacology.

THE TRANSITION

Biology happens in space

Traditional bulk approaches miss the spatial context of disease. Portrai integrates spatial biology with single-cell information to decode the architecture of the Tumor Microenvironment (TME).

3,000+
Proprietary tissue samples
100M+
Spatially resolved cells
20+
Cancer & normal tissue types
Spatial transcriptomics spot map layered over an H&E-stained tissue section on glass slides

THE PORTRAI PLATFORM

One platform, Three engines A self-reinforcing flywheel

Data, prediction, and validation — each engine makes the others sharper. Every new patient sample refines our models. Every validated asset improves future target discovery.

01

Data Engine

Anchored in human reality. One of the most comprehensive spatial transcriptomics databases available today — 2,000+ patient samples and 50M+ spatially resolved cells.

02

Prediction Engine

In-silico prediction with spatial precision. Microscopic-PK, Microscopic-PD, and Vision-Gene-Language (VGL Suite) decode the tumor microenvironment for target and toxicity assessment.

03

Validation Engine

Modality-aware validation. Translate AI insights into physical assets — first computationally, then in tissue, then in vivo. ADC- and RPT-ready.

Explore the platform →

PIPELINE

Transforming insights into medicines

Advancing a robust pipeline of precision oncology assets, deeply de-risked by our spatial intelligence framework.

  • 3 pre-clinical assets (POR001 · POR003 · POR006)
  • Modality-aware validation across ADCs & RPTs
  • Undisclosed targets — data room on request
PROGRAMMODALITYTARGETPROGRESS
  • POR001ADCUndisclosed
    Discovery
  • POR003ADCUndisclosed
    Discovery
  • POR006ADC / RPTUndisclosed
    Discovery
  • POR-TBD-AADCUndisclosed
    Discovery

LET'S BUILD WHAT COMES NEXT

Let's build better therapeutics, together

Partner with Portrai on spatial biology–driven drug discovery, biomarker development, or companion diagnostics.