The Direct Route from

Spatial Data to Therapeutic Insight

SpatialX is the integrated platform designed for multi-image, multi-technology spatial data (CosMx, Xenium, Visium), offering a host of algorithms and tools for in-context analysis with optimized computation and an updated cell annotation database.

What You Will Achieve with SpatialX

Accelerate your drug discovery with a no-coding, GPU-accelerated platform

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Unify All Technologies for Insightful Spatial Insights
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Accelerate Target Validation with Real-Time, GPU-Powered Analytics
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Finalize Results with Confidence for Your Project Milestones
10X Genomics Xenium - Human colon
10X Genomics Xenium - Human colon
10X Genomics Visium HD - Human colon
10X Genomics Visium HD - Human colon
Nanostring CosMx - Human colon
Nanostring CosMx - Human colon
Vizgen MERSCOPE - Human colon
Vizgen MERSCOPE - Human colon
See SpatialX in Action

Explore how SpatialX boosts discovery

Data visualization

Cell type annotation

Differential expressed gene

Neighborhood analysis

TuringSegment

Region search

Region segmentation

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Data visualization

Visualizing images, protein channels, cell segmentation, cell centers, and transcripts from tissue to single cell levels.

Data visualization
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Cell type annotation

Annotating cell type composition of the sample using MetaReference (BioTuring database of 2000+ scRNA-seq studies).

Cell type annotation
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Differential expressed gene

Identifying differentially expressed genes from two cell populations using custom cell selection tools

Differential expressed gene
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Neighborhood analysis

Identifying cell types that spatially associated and neighborhood clustering showing the density of similar cell type clusters.

Neighborhood analysis
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TuringSegment

The optimized Cellpose model for faster and more memory-efficient cell segmentation

TuringSegment
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Region search

Identifying and labeling similar regions with the region of interest based on the similarity of cell and tissue morphology

Region search
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Region segmentation

Combining gene expression with spatial data for defining functional biological areas.

Region segmentation
See SpatialX in Action

A Use Case in Lung Adenocarcinoma

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Go from Multi-Technology Spatial Data to Publication-Ready Insights, Instantly