What types of samples do you support for spatial transcriptomics?

We currently support FFPE and fresh-frozen tissue sections, depending on platform compatibility. Each sample type has specific handling and shipping guidelines — our team will provide detailed instructions upon project initiation.

Can I use only part of your service (e.g., sequencing only)?

Absolutely. Our services are fully modular — you can choose to use only specific components such as sample preparation, library construction, sequencing, or bioinformatics analysis.

How are projects priced?

Our pricing is flexible and project-specific. It depends on factors such as sample type, target cell number, sequencing depth, and any required customization. You can request a quote online or contact your regional representative for a tailored proposal.

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Spatial Transcriptomics

Reveal gene expression in spatial context

Spatial transcriptomics maps gene expression within tissue structure, unlocking insights into cell types, organization, and disease microenvironments. Omics Empower offers one-stop services powered by 10x Genomics® Visium®, Visium HD™, and Xenium In Situ™, supported by expert teams and global labs in the U.S., Europe, and Asia.

Types of Spatial Sequencing Technology

Visium Spatial Services

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Xenium In Situ Services

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Stereo-seq Spatial Service

Learn More

Our Platform

Visium®

Capture-based whole-transcriptome profiling

For FFPE and fresh frozen tissue. Offers tissue-level resolution ideal for exploratory studies in cancer, neuroscience, and developmental biology

Visium HD®

High-density spatial transcriptomics

For FFPE tissue with subcellular resolution. Enables fine-scale analysis of tissue microenvironments and cellular heterogeneity

Xenium In Situ™

Targeted RNA detection with subcellular precision

Detects hundreds of genes simultaneously. Ideal for biomarker discovery, clinical studies, and spatial validation

Stereo-seq®

Ultra-high resolution spatial transcriptomics

Spot spacing down to 500 nm, achieving subcellular resolution

Large capture area (1 cm × 1 cm or 0.5 cm × 0.5 cm chips); suitable for large tissues and complex organ studies

How We Support Your Research

Sample Preparation

Cell Capture

Library Preparation

Sequencing

Data Analysis

Why Choose Omics Empower?

Global Leader in Single-Cell Sequencing and Spatial Transcriptomics

Technical Expertise

Extensive experience in single-cell and spatial transcriptomics, with a global network of laboratories and PhD-level technical support.

Successfully conducted 17,000+ single-cell experiments across 2,000+ tissue types.

Contributed to 370+ scientific publications, widely recognized in single-cell and spatial transcriptomics.

Customer-Centric Approach

Client trust and satisfaction are our top priorities, serving as the key measure of our success.

We actively engage with researchers, offering customized sequencing solutions tailored to their specific needs.

Comprehensive & Scalable Services

Diverse single-cell and spatial sequencing solutions tailored to various research needs.

Strong partnerships with top-tier omics platforms, ensuring access to cutting-edge technologies.

Capable of handling projects of all scales, from pilot studies to large-scale research initiatives.

Sample Submisson Guidelines

Platform	Sample Type	Tissue Size（Max）	Embedding Method	Section Thickness	Transport Condition	Descriptipon
10x Visiun CytAssist V2	Frozen (-80℃)	8mm x 6mm	OCT/Leica Glue	10µm	Dry Ice	Compatible with dual-omics workflows.
10x Visiun CytAssist V2	FFPE	8mm x 6mm	FFPE protocol	5µm	4℃	Compatible with dual-omics workflows.
10x Visium HD	Frozen (-80℃)	8mm x 6mm	OCT/Leica Glue	10µm	Dry Ice	Optimized for Single-cell Level for High-resolution spatial analysis.
10x Visium HD	FFPE	8mm x 6mm	FFPE protocol	5µm	4℃
10x Xenium	Frozen (-80℃)	8mm x 6mm	OCT/Leica Glue	10µm	Dry Ice	Suitable for multi-omics integration
10x Xenium	FFPE	8mm x 6mm	FFPE protocol	5µm	4℃	Suitable for multi-omics integration
Stereo-seq	Fresh(time-critical)	Large chip:≤0.9cm 0.9cm x 2cm Small chip: ≤0.45cm x 0.45cm x 2cm	Tissue must be embedded within 30 minutes of dissection. Avoid RNA degradation. Tissue slice/chip area≤80% coverage.	-	Dry Ice	Single-cell Level for high-resolution spatial analysis

Supporting Global Research

With lab operations in the U.S., Europe, and Asia, we provide responsive support for international projects and multi-site studies. Coordinated logistics ensure timely delivery and sample stability—no matter where your research takes place.

FAQ

What types of samples do you support for spatial transcriptomics?

A

We currently support FFPE and fresh-frozen tissue sections, depending on platform compatibility. Each sample type has specific handling and shipping guidelines — our team will provide detailed instructions upon project initiation.
Can I use only part of your service (e.g., sequencing only)?

A

Absolutely. Our services are fully modular — you can choose to use only specific components such as sample preparation, library construction, sequencing, or bioinformatics analysis.
How are projects priced?

A

Our pricing is flexible and project-specific. It depends on factors such as sample type, target cell number, sequencing depth, and any required customization. You can request a quote online or contact your regional representative for a tailored proposal.