Omics Research // PROTEOMICS
Olink® Flex
Choose from approximately 200 inflammation related proteins to design your Olink® Flex panel.
Pre-Made Templates
Immuno-Oncology
Biomarkers associated with angiogenesis, apoptosis, and other critical cancer functions.
Th1/Th2/Th17 Response
Cytokines implicated in inflammation and immune system function.
IFN Stimulation
IFN signature profiling that may predict patient response to immunotherapy.
Inflammation in Aging
Proteins associated with biological mechanisms of aging.

Cytokine Storm
Cytokine signature analysis, valuable in patient stratification, prognosis, and risk assessment.
FULLY CUSTOMIZABLE PANELS
Don't See What You Need?
Visit the Flex Panel Builder on Olink Insight to design your own panel. Choose from approximately 200 validated protein assays to get the combination necessary for your next project.
Olink Flex Best Practices
Sample Size
40 µL
Sample Type
Plasma and serum are fully validated sample types.
Other biological fluids, as well as tissue and cell lysates, may also be suited for analysis.
Kit Size
40 samples per kit
Instrumentation
Olink Signature Q100
Proteins per Panel
5 - 30
Bioinformatic Analysis Options
- Normalized Protein Expression (NPX)
- Absolute Protein Quantitation
- Statistical Analyses
- Data Visualization
We're Olink® Certified!
We are a certified service provider for all available Olink panels. To learn more about our certifications, visit the Olink® service provider website.
See how we did — check out our concordance test results.

More Proteomics at Psomagen
We offer all Olink Proteomics platforms in our labs, allowing you to select the coverage and cost necessary for your project. Click the links below to learn more about:
Olink® Target 48 & Target 48 Cytokine
Use Olink Target 48 to improve disease detection, enabling faster, better-informed decisions in human protein biomarker research.
The Olink Target 48 Cytokine panel consist of 45 cytokine biomarkers that can be evaluated by relative or absolute quantification. They are ideal for inflammation-related studies.