EV Profiling Services
Highly multiplexed profiling of surface proteins on individual extracellular vesicles.
From EV samples to meaningful insight
Our teams in Stockholm, Shanghai, and Hong Kong provide end-to-end EV profiling services based on svPBA™, Secretech’s single-vesicle Proximity Barcoding Assay workflow. We help researchers profile surface proteins on individual EVs while preserving information about protein co-localization and EV heterogeneity. From project planning and sample processing to bioinformatics analysis and interpretation, our team works with you to generate biologically meaningful insight from your samples, without the need to establish the workflow in-house.
What EV profiling enables
Profile up to 550 surface proteins
On individual EVs
Reveal protein co-localization
Identify proteins detected together on the same EV
Distinguish EV subpopulations
Reveal heterogeneity that may be hidden in bulk measurements
Available profiling panels
Vesicode® Surface 550
Highly multiplexed profiling of surface proteins on individual human EVs.
Vesicode® Mouse 200
Highly multiplexed profiling of surface proteins on individual mouse EVs.
How the service works
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Discuss your project
Talk with our scientific team about your research question, study design and samples.
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Receive a tailored proposal
We recommend a profiling approach, timeline, and quotation.
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Submit your samples
We coordinate shipment and confirm receipt.
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EV profiling and analysis
Our team performs the svPBA™ workflow and bioinformatics analysis.
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Receive your results
Receive your data package, interpretation report, and scientific follow-up.
Secretech Service Laboratories
Stockholm
Sweden
Nobels väg 16, 171 65 SOLNA
Shanghai
China
No. 18-F6, 2168 Chenhang Highway, Shanghai
Hong Kong
China
Lab Suite 7, 3/F, Building 6W, No. 6 Science Park West Avenue, Hong Kong Science Park, Pak Shek Kok, New Territories
Ready to discuss your EV profiling project?
Speak with our scientific team about your research question, sample type, and the most suitable profiling approach.