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Olink, part of Thermo Fisher Scientific

Olink offers a high-multiplex technique to identify actionable biomarkers with a strong focus on the human plasma proteome. Their mission is to accelerate proteomics together with the scientific community across multiple disease areas to enable new discoveries and better understand complex real-time human biology.

Latest Content

Neon-lit human torso showing the nervous system.

Decoding Immune Complexity

This infographic explores how multiplexed protein profiling helps capture immune biology, giving researchers greater confidence in their results, from early discovery through clinical translation.

Illustration of circulating immune proteins surrounding liver cancer cells for liver cancer research.

Circulating Immune Proteins in Liver Cancer Research

This webinar explores how circulating immune-related proteins can improve our understanding of hepatocellular and gallbladder cancer risk across diverse populations with viral hepatitis.

Illustration of a diver shining a light on a brain inside a human head, symbolizing exploration of complex neurobiology.

Map Neurological Disease Beyond Known Biomarkers

This infographic explores a scalable systems-level proteomics approach that reveals novel biomarker candidates and deepens understanding of neurological disease mechanisms.

Olink biobanking illustration with molecular structure graphics for precision medicine research.

From Discovery to Population-Scale Confirmation in Late-Onset Myasthenia Gravis

In this webinar, Professor Bhaskar Roy of Yale School of Medicine will discuss how combining exploratory cohort studies with population-scale proteomics data can reveal immune signatures associated with disease heterogeneity.

Olink biobanking illustration with molecular structure graphics for precision medicine research.

From Biobank to Breakthrough: Activating Proteomic Data for Precision Medicine

Using examples from large cohort initiatives, this webinar will explore how researchers can leverage existing biobank and population-scale proteomics data more effectively.

Illustration of neurons covered in plaques. The neurons are blue and the plaques are white.

Industry Insight

The Expanding Role of Proteomics in Neurology Research

Technology Networks spoke with Dr. Anne‑Li Lind to learn more about how proteomics is being applied in neurology research.

Precision Medicine in Neurology

Advancing Precision Medicine in Neurology

This whitepaper provides a roadmap for leveraging advanced proteomics platforms to identify biomarkers capable of detecting disease at its earliest stages.

Illustration of a person in a lab coat and backpack hiking toward a mountain peak with a red flag standing beside a large map.

The Simple Path To Proteomics in Just Nine Steps

This infographic explores a workflow that can bring proteomics to any lab in nine easy steps. Discover how to run a proteomics workflow in a short timeframe, even without prior experience.

A photograph on a white background showing a unique DNA barcode is created for each protein

Go Beyond Genomics With NGS-Based Proteomics

This article explores how NGS-based proteomics addresses these challenges, highlights recent advancements in the field and examines its impact on multiomics research and precision medicine.

Gloved hands drawing liquid from a vial into a syringe, with additional vials in the background, symbolizing vaccine preparation

Advanced Immune Monitoring To Revolutionize Vaccine Development

This interview explores expert insights into cutting-edge methodologies that overcome these challenges, providing actionable insights to optimize vaccine safety and efficacy.

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