A full translational assay toolkit, one collaborative partner
From sample receipt to interpreted results, IMCO's scientists work alongside your team at every stage — assay selection, execution, analysis, and interpretation. Immune profiling is where we started, but our eight integrated service lines deliver translational assay outputs spanning genomics, spatial biology, proteomics, and tissue analytics alike.
Representative multiplex immunofluorescence — tertiary lymphoid structure, melanoma
A True Extension of Your Team
Receive responsive, hands-on support from a dedicated scientific lead invested in your study's success.
Custom-Built for Your Research
We adapt our assay capabilities and analytical approaches to meet the unique needs of every project.
Actionable Data, Clear Decisions
Transform complex immune profiling data into meaningful insights that move your research forward.
Turning high-dimensional data into decisions
Powered by Visiopharm® Digital Pathology
Technology Partner
Transform complex imaging and biomarker data into meaningful biological insights. Using Visiopharm's industry-leading image analysis platform, IMCO delivers quantitative tissue analytics, spatial biology interpretation, and customized research reporting that helps accelerate discovery and decision-making.
Platform Highlights
Single-cell resolution, tissue-wide context
Powered by Lunaphore COMET™
Leverage advanced cyclic immunofluorescence and spatial biology capabilities powered by the Lunaphore COMET™ platform. IMCO combines state-of-the-art automated imaging with expert scientific support to deliver high-plex tissue characterization, spatial phenotyping, and actionable biological insights.
Powered by Lunaphore COMET™ Technology
HepatocellularCarcinoma
Bone Marrow AMLAdvanced digital spatial profiling for translational research
Powered by NanoString GeoMx® GeoMx® Technology PartnerLeverage the power of the NanoString GeoMx® DSP platform to characterize the spatial distribution of RNA and protein biomarkers within complex tissues. IMCO combines leading spatial biology technology with expert scientific support to deliver comprehensive tissue insights that accelerate biomarker discovery and translational research.
Platform Highlights
GeoMx®Certified Olink® Service Provider
Powered by Olink® Olink® Certified Service ProviderDelivering high-quality proteomics solutions powered by Olink's proprietary PEA® technology. As an Olink Certified Service Provider, IMCO combines advanced biomarker profiling with deep scientific expertise to help researchers identify meaningful biological signals and accelerate translational discovery.
Olink® PEA® Platform Benefits
Olink®
ImmunoReaction
Extension
Detection
Multiple markers, one tissue section
Simultaneous detection of multiple protein markers on a single section, preserving the spatial and morphological context pathologists rely on.
Deep immunophenotyping, dozens of parameters
High-dimensional, single-cell immune profiling across dozens of simultaneous parameters, free of the spectral overlap that limits traditional flow cytometry.
From mutational landscape to functional biology
Genomic and transcriptomic profiling that connects the mutational landscape of a tumor to functional biology — immune response, therapeutic resistance, and beyond.
The foundation every downstream assay relies on
Full tissue processing support — from fixation through staining — underpinning every downstream assay IMCO runs, delivered to consistent, study-wide standards.
What our partners say
Real feedback from labs and CROs running their immune profiling studies through IMCO.
IMCO's CyTOF panel design and turnaround let us move from protocol to publication-ready data in a fraction of the time we budgeted for.
The spatial biology team caught heterogeneity in our tissue cohort we would have completely missed with bulk sequencing alone.
Having a dedicated scientist on our proteomics study made it feel like an extension of our own lab, not an outside vendor.
Immuno Reaction
Two matched antibodies labelled with unique DNA oligonucleotides simultaneously bind to a target protein in solution.
Extension
In close proximity, their DNA oligos hybridize and are extended by DNA polymerase, resulting in a DNA barcode unique for each protein.
Detection
This newly created DNA barcode is amplified by PCR and ready for readout by NGS or qPCR.