Study workflow
Pathology follows a left-to-right research flow. Tile generation is required before browser viewing and segmentation on large slides.
Create study → Upload slides → Generate tiles → Tissue detect → Segment cells → Spatial quantification
Dashboard — area home
The pathology dashboard (/areas/pathology/dashboard) shows recent studies and links to create a new study.
Readiness signal: at least one study with one uploaded slide and a completed tile or analysis run.
Study home — project overview
The study page (/areas/pathology/studies/{id}) is your project hub:
- Slide ingestion — upload form with modality and stain type selectors
- Slides grid — thumbnail cards linking to slide detail pages
- Run history — all pipeline runs for this study
Slide detail — analyze and inspect
Each slide opens at /areas/pathology/studies/{id}/slides/{slideId}:
- Slide viewer — pan/zoom with overlay layers
- Pipeline controls — tile, tissue detect, segment, spatial quantification
- QC panels — tissue fraction, cell count, spatial metrics
- Cell table — detected objects with area and confidence
- Region metrics table — compartment-level density and cell statistics
See Slide viewer.
Typical paths
| Study type | Path |
|---|---|
| Region image demo | Upload PNG → tiles → tissue detect → segment → quantify |
| WSI review | Upload SVS/OME-TIFF → tiles → tissue QC → segmentation at scale |
| TME quantification | Segment → spatial quantification → export region metrics CSV |
| Annotated regions | Import GeoJSON → tissue detect → quantify within labeled compartments |
Integration with Computational Biology
Spatial transcriptomics ingestion, deconvolution, and generic spatial statistics are owned by the Computational Biology area. Pathology contributes the WSI tissue context layer — morphology-guided region extraction and overlay alignment — without duplicating compbio spatial pipelines.
See products/pathology/product.md for the multimodal integration roadmap.
Future workflow (planned)
- Cohort comparison across sample groups (
cohort_comparepipeline) - Multiplex IF phenotyping
- AI interpretation grounded in spatial metrics
- Publication-ready report export
See products/pathology/plan.md for phase status.