Meridian Molecular Cartography™ Services provides highly multiplexed in situ gene expression tailored to your scientific questions. From custom panel design to feasibility testing, to publication-ready data, our in-house experts are here to help you find your answers quickly.
With 50 tissue types analyzed and 15+ publications and manuscripts from leading institutions, our Molecular Cartography experts have a proven track record of delivering high-quality, spatial biology data.
We’re here to ensure your project is a success. Partner with a dedicated project manager for end-to-end white glove service from custom panel design to publication-ready data.
Consult with a Molecular Cartography expert to discuss your experimental design.
Design your custom panel with our intuitive designer portal.
Section your tissues onto the provided slide and mail them to our Europe or USA service lab locations.
Our Service lab QCs and runs the samples through the Molecular Cartography workflow.
Analyze your data using our ReCognize software and review your QC report and results with a Molecular Cartography expert.
"We chose Resolve Biosciences because they had experience successfully working with the liver, and their probes were shown to work well. It was a perfect fit for us to study the liver effects.”
“The data quality was really great and working with Resolve Biosciences was helpful for both interpreting and visualizing the data."
Rance Nault, PhD Assistant Professor,
Michigan State University
Dr. Rance Nault applies novel genomics approaches to understand the mechanism and safety of toxicants in the environment. Using our Molecular Cartography services to analyze mouse livers exposed to toxins, Dr. Nault and team were able to observe how certain molecular responses could be defensive and help protect against liver damage.
See what scientists uncovered with their Molecular Cartography data
Active eosinophils regulate host defense and immune responses in colitis
Nature, Dec 2022, Alessandra Gurtner, et al.
A cellular hierarchy in melanoma uncouples growth and metastasis
Nature, Sep 2022, Panagiotis Karras, et al.
Single-cell spatial transcriptomics reveals a dynamic control of metabolic zonation and liver regeneration by endothelial cell Wnt2 and Wnt9b
Cell Reports Medicine, Oct 2022, Shikai Hu, et al.