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Lattice

# Spatial proteomics from H&E

Lattice predicts spatially resolved protein-marker maps from routine H&E, delivered as virtual mIF channels. No new assay, no new hardware, and no tissue consumed.

[Talk to us](/contact) [Run it on your slides](https://app.strandai.com/sign-in)

A live Lattice prediction on a public TCGA colorectal H&E. Drag to pan, scroll to zoom, toggle predicted protein channels. No sign-in.

## One slide in. A stack of protein maps out.

Lattice takes a standard H&E image and predicts spatially resolved protein expression across a broad panel of immune, structural and functional markers. The output sits at the resolution of the underlying image, so you can work at whole-slide scale or zoom to individual cells.

### Pan-cancer

Built across a wide span of tumour and tissue types rather than a single indication with a fixed marker panel.

### Cohort scale

Runs across an entire archive, so a retrospective study is a compute question rather than a tissue question.

### Tunable to you

Fine-tunes to your indications and your target panel when the question is specific enough to need it.

## The tissue is the bottleneck.

Multiplex immunofluorescence is expensive, slow, and consumes the sample. Biopsy requirements in trials keep tightening, most archival material is scarce or exhausted, and re-acquisition is usually impossible. So the spatial layer that would answer the question is missing from almost every cohort that matters.

H&E is the one thing everybody already has. Lattice predicts spatial protein maps from it, which puts decades of shelved slides back in play.

## Delivered as a service, not as homework.

We run Lattice end to end. Your team sends slides and gets answers, with nothing to install, validate or staff.

1.  01
    
    ### Send H&E
    
    Digitised slides from a trial cohort or an archive, with whatever clinical annotation you can share.
    
2.  02
    
    ### We run and analyse
    
    Predicted spatial proteomics across the cohort, then segmentation, phenotyping and the spatial analysis on top of it.
    
3.  03
    
    ### Get a decision-ready readout
    
    Structured spatial data plus a written analysis aimed at the biomarker question you actually asked.
    

For cohorts that cannot leave your institution, we deploy and run Lattice entirely within your environment.

## Where teams point it

### Target screening

Look at target expression and its spatial context across cohorts where the assay was never run.

### Patient stratification

Group a cohort by spatial phenotype and see how the tumour microenvironment differs between the groups.

### Retrospective rescue

Profile archives that were never intended for spatial work, without consuming a single section.

### Wet-lab triage

Decide which samples justify the cost of real multiplex work instead of guessing at the shortlist.

## Bring us a cohort.

Tell us the biology you are chasing and what slides you have. We will tell you honestly whether Lattice is the right instrument for it.

[Talk to us](/contact) [Run it on your slides](https://app.strandai.com/sign-in)

Research use only (RUO). Not for use in clinical or diagnostic procedures.