Analyze up to 5700 proteins with just 2μL of sample

Discover novel biological insights by analyzing 1000s of proteins with High-Plex technologies powered by Olink Explore!

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How will High-Plex proteomics take your research to the next level?

Problem

Traditional targeted protein analysis approaches like multiplex assays are valuable for enhancing our understanding of specific pathways and biomarker behavior but lack potential for proteome-wide discoveries and screening.

Solution

High-plex analysis leaves behind the limitations of traditional approaches. Incorporate High-plex analysis, using Olink Explore, into your research methodology to unlock novel biological insights.

What is High-Plex Protein Analysis?

High-Plex Protein Analysis refers to the simultaneous analysis of 100s to 1000s of proteins providing a comprehensive view of the protein landscape.

The emergence of oligonucleotide-labeling of antibodies has enabled NGS technologies to be used in protein research and led to new levels of multiplexing.

The new High-Plex Protein technologies based on the Olink Explore platform have allowed unprecedented quality, speed, sensitivity, specificity, and proteome coverage.

You can now discover important biological mechanisms and focus on novel biological insights.

Researcher pipetting a blue sample next to a microscope

Why invest in a High-Plex protein analysis?

Take your research to the next level

Deep Biological Insights:

Get a comprehensive view of the protein landscape and reveal protein mechanisms and new biological insights.

Biomarker Discovery:

Identify new proteins for early disease detection, prognosis, or prediction of treatment options.

Cost-Effectiveness in focused panels:

Design new focused panels with the truly important proteins of interest.

Drug Development and Validation:

Identify proteins affected by drugs or validate drug effects on multiple proteins.

Personalized Medicine:

Profile individual patients’ protein expression patterns that guide treatment decisions and predict responses to specific interventions.

Publication Impact:

High-Plex studies often generate comprehensive datasets that can lead to impactful publications, advancing the field and contributing to scientific knowledge.

Competitive Edge:

In research and pharmaceutical industries, staying at the forefront of technology can provide a competitive advantage. High-Plex analysis allows you to harness cutting-edge tools to answer complex research questions.

What does High-Plex measure?

Our High-Plex panels, powered by Olink’s PEA technology, offer unparalleled specificity and scale to meet diverse research needs. Choose from a wide selection of curated panels for specific research areas or select more comprehensive solutions to explore broad biomarker screening.

Download High-Plex Panels List

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Panels by research area

Focus on specialized research areas with Olink’s 384-target panels, designed for maximal relevance and impact. Each research area has two distinct 384-panels to ensure a comprehensive analysis.

  • Olink Explore Cardiometabolic I/II:
    Two dedicated 384-panels for cardiovascular and metabolic studies.

  • Olink Explore Inflammation I/II:
    Two dedicated 384-panels for proteins associated with inflammatory and immune response functions.

  • Olink Explore Neurology I/II: Two highly-specific 384-panels for neurology and neurological diseases.

  • Olink Explore Oncology I/II: Two high-performance 384-panels for proteins involved in major cancer pathways.

Broad Biomarker Screening Panels

Measure either 3072 or 5300 targets to answer a variety of research questions and cover the majority of key biological pathways.

  • Olink Explore 3k: Combines all 8 research-specific panels into one, allowing for the simultaneous analysis of 3,072 targets.

  • Olink Explore HT:
    Measure more than 5,700 targets in one assay for the most comprehensive proteomic analysis available.

How we work

  1. 1.

    Design the study

    Instead of just analyzing your samples, we provide you with a dedicated proteomic specialist who possesses extensive knowledge and ensures that the study design is tailored to your specific requirements and hypothesis.

  2. 2.

    Send samples

    Send your samples to either our European or US dedicated sample collection sites, equipped with state-of-the-art storage infrastructure and monitoring. You can use either our approved carriers or follow your own shipment processes.

  3. 3.

    Receive report

    Obtain a comprehensive proteomic analysis report encompassing the study design, detailed methodology, dataset, visualizations, bioinformatic analysis, and any additional agreed-upon services outlined in the study plan.

  4. 4.

    Receive consultation

    Schedule a one-hour consultation call with our Chief Scientific Officer and our Project Manager to discuss crucial biological discoveries and address any further inquiries you may have for advancing your research to the next level.

Why Protavio?

  • 20+ years of multiplex proteomics experience

  • GMP, ISO:9001, ISO:13485 compliant processes

  • Advanced bioinformatic analysis for proteomics

  • Orthogonal biomarker validation with multiple platforms

The Team

  • Portrait of Leonidas Alexopoulos

    Leonidas Alexopoulos

    PhD, Acting CEO, Professor, National Technical University of Athens

    Leonidas is one of the pioneers of multiplex assays & systems biology with more than 20 years of experience in the field of proteomics. He has studied at Duke, MIT and Harvard and is currently a professor at National Technical University of Athens. Leonidas co-founded Protavio in 2011 with the ultimate goal of improving people’s health through innovation in proteomics.

  • Portrait of Sophia Stamatatou

    Sophia Stamatatou

    Co-founder, COO & Quality Director, MSc, MBA

    Sophia holds an MSc in Robotics & Automation and an MBA from National Technical University of Athens. Her passion for engineering and entrepreneurship led her to co-found Protavio in 2011. Since 2018, she has held the position of Chief Operating Officer and Quality Director. Her decade long experience of business development and administration make her a key decision maker in Protavio.

  • Portrait of Nikos Tsolakos

    Nikos Tsolakos

    Chief Scientific Officer, Phd

    Nikos holds a PhD from Imperial College London and has over 15 years of work experience in academic and industrial research positions in the field of proteomics. Nikos joined Protavio in 2017 as a Quality Assurance & Project Manager. Since 2023, he holds the position of Chief Scientific Officer to advance Protavio’s proteomic solutions.

  • Portrait of Christos Fotis

    Christos Fotis

    Chief Innovation Officer, Phd

    Christos holds a PhD in AI & Bioinformatics from National Technical University of Athens and has extensive experience in creating and managing R&D projects and consortia. Christos joined Protavio in 2021 as a Research & Innovation manager. Since 2023, he holds the position of Chief Innovation Officer to drive new innovative projects using proteomics.