Spatial Transcriptomics
Gain a comprehensive view of transcriptional activity within tissues
The Importance of Spatial Biology for Understanding Gene Expression
Mapping gene expression to precise tissue locations adds further context to single-cell data. While single-cell sequencing reveals cellular diversity and molecular profiles, spatial transcriptomics shows where those cells reside and how their gene expression changes across the tissue landscape. This powerful approach allows researchers to explore how spatial organization, microenvironments, and cell-to-cell interactions influence gene activity. When combined with single-cell analysis, it enables a comprehensive, high-resolution view of biology—connecting molecular detail to tissue structure for deeper insights into health and disease.
Admera Health provides a suite of digital spatial profiling technologies along with Certified Service Provider status to ensure the best quality results from our team of expert scientists. Our team has extensive experience working with a variety of sample and tissue types, including FFPE and frozen tissues. Gain access to comprehensive support from our team and study spatial gene expression with unprecedented detail.
Explore More
Learn how you can streamline your next spatial transcriptomics project with Admera Health’s comprehensive support.
Common Applications of Spatial Profiling
Embryonic Development
Spatially resolved transcriptomics reveals dynamic gene activity during embryogenesis and organogenesis.
Neuroscience
Map gene expression to understand neurodegenerative diseases, neurological disorders, brain development, and aging at cellular resolution.
Immunology
Spatially resolve immune cell infiltration, phenotypes, and cell-cell interactions within tissues to understand immune responses
Oncology
Map tumor heterogeneity, tumor microenvironment (TME) composition, and cell-cell interactions to identify drug targets, predict treatment response/resistance, and understand cancer progression
in situ
Trusted Providers & Certified Services with Our Lab
Gain spatial insights with high sensitivity & accuracy from fixed sample types
Visium HD
CytAssist-powered workflow provides high-definition, whole transcriptome gene expression to study spatial biology with continuous coverage
Compatible with fresh frozen, PFA-fixed, and FFPE tissue
Explore spatial biology at true-single-cell resolution for advanced precision
Stereo-seq: Species-agnostic workflow achieves high resolution for unprecedented field-of-view of tissue, cellular, subcellular, and molecular-level analysis
Stereo-seq OMNI: utilize Stereo-seq technology to gain spatial information from FFPE samples
Seamless single-cell spatial mapping across flexible tissue and sample types
Curio Seeker: Uncover unbiased, whole transcriptome spatial gene expression with high-resolution for fresh-frozen tissue using Slide-seq technology
Curio Trekker: Easily convert single-cell data into spatial data to analyze the precise location of each single cell using Slide-tag technology
Understanding Spatial Profiling Technologies & Their Features
See our spatial transcriptomics sample submission guideline for sample preparation, packing, and shipping instructions.
Sending samples?
Get the Most out of Your Spatial Transcriptomics Study
Maximize your project’s potential with advanced spatial gene expression data to advance your research. Our team of expert bioinformaticians curate pipelines tailored to your project’s experimental design.
Advantages of Working with Admera Health
US-Based Operations
Your sample processing is efficient and secure with us. All NGS solutions performed in South Plainfield, New Jersey, USA
Flexible Sample Types
Admera Health has optimized workflows to support ultra-low input with challenging samples
Expert Scientific Support
Experienced team with mature pipelines and customizable workflows
