Omics Research

Proteomics

Study protein expression as part of a systems-level multiomics approach for quicker and more fruitful discoveries.

 

Let’s Talk About Proteomics




What is Proteomics?


Proteomics is the study of all the expressed proteins in an organism (proteome). 

 

This includes the presence or absence of specific proteins and expression levels over time, driven by external stressors, treatments, and/or disease state progression.

 

Why is Studying Proteomics Important?

 

Protein expression is directly associated with the potential for disease, its manifestation, and reversion to a normal state. 

 

As part of a multiomics approach along with genomics and transcriptomics, proteomics provides a much more impactful evaluation of an organism at a systems level and hence will lead to quicker and more fruitful discoveries, while helping to identify key clinical and treatment outcomes.

 

New technologies are being developed to increase sensitivity and throughput beyond Mass Spec, and this is where Olink and their Proximity Extension Assay (PEA) comes in.

What Can You Do?

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Go Beyond Mass Spec

When high throughput and low hands-on time are critical, characterize proteins using Olink methodologies.

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Identify Proteomes

Apply the power of NGS sequencing to characterize and quantitate the totality of proteins in your sample.

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Initial Screens and More

Access a wide variety of strategic, protein-focused evaluations to suit your needs.

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One-Sample Multiomics

Perform genomic and proteomic interrogation with a small amount of material.

Olink® Proteomics Tools

Explore 1536 & 3072 Platform
  • Best for:
    Actionable, high-throughput human protein profiles specific to cardiometabolic, inflammatory, neurological, and oncological disease states

  • Benefits:

    Multiple screening options for measuring the concentration of thousands of human plasma proteins while consuming minute amounts of sample using PEA, with an Illumina sequencing normalized protein expression (NPX) output

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    Learn More About the Explore Platform
Target 96 Panels
  • Best for:

    Determining your sample's protein relative expression

  • Benefits:

    Various systematically directed protein panels using PEA to deliver a qPCR readout

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    Learn More About Target Panels

Target 48 Cytokine
  • Best for:
    Evaluating human cytokine signaling and inflammation pathways

  • Benefits:

    A very focused, 48-protein panel delivers protein expression as absolute quantification through qPCR

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    Learn More About Target 48 Cytokine

Focus 21 Custom Panels
  • Best for:
    When you need a very specific set of proteins not covered by existing panels and you want to design your own for your disease indication of interest

  • Benefits:

    Utilizing Olink resources and validated PEA technology, you can define and qualify your extremely targeted panel of 21 proteins on a qPCR platform

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    Learn More About Focus Custom Panels 

Ready for the Next Step?

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If you're already a customer, you can skip to ordering by clicking below. 

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PSO Multiomic!

How multiomic is your approach? See how proteomics can dovetail with genomics and transcriptomics for powerful insights.

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