NULISAseq-based Protein Panel Profiling Services offer comprehensive protein biomarker analysis for human disease research with ultra-high sensitivity and precision
Genomic Services

Protein Panel Profiling Service

NULISAseq-based Protein Panel Profiling Services offer comprehensive protein biomarker analysis for human disease research with ultra-high sensitivity and precision.

Accelerate protein biomarker discovery and translational research

We provide high-sensitivity, multiplex protein profiling services built on Alamar’s next-generation NULISAseq platform. Whether you're studying inflammatory pathways or CNS-related conditions, our profiling solutions offer unmatched sensitivity, scalability and precision.

Learn more about the NULISA technology in this video.

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Learn more, request panel details, or get a quote for your project.
QIAGEN Genomic Services is now a Alamar Certified Service Provider

QIAGEN Genomic Services is now a Alamar Certified Service Provider

By leveraging this next-generation proteomics technology, we empower researchers to detect low-abundance proteins with exceptional precision –  for diseases where traditional methods fall short.

Our services provide comprehensive insights from minimal sample volumes. With high reproducibility, automated processing and flexible throughput, these services are ideal for both discovery-phase research and large-scale validation studies.

Supported biofluid sample types

Protein Panel Profiling Services support a wide range of biofluids, including:

  • Plasma
  • Serum
  • Cerebrospinal Fluid (CSF)
  • Dried Blood Spots (DBS)
  • Dried Plasma Spots (DPS)
  • Nasal secretions, saliva, urine, tear fluid and custom sample types – upon request

Partner with us for expert guidance and dedicated service – from Sample to Insight – to profile your samples today.

Comprehensive protein biomarker profiling

As Alamar’s Certified Service Provider, we offer three specialized NULISAseq-based Protein Panel Profiling Services that allow for in-depth profiling of immune and neurological pathways.