Welcome to the National network of Advanced Proteomics Infrastructure website.

NAPI partners include proteomics core facilities in Oslo, Bergen, Trondheim, Tromsø and Ås, as well as research groups with a strong focus on proteomics technology development. NAPI therefore combines the proteomics expertise available across Norway, streamlining collaborations, accelerating the development of new techniques, and providing researchers in Norway with access to cutting edge proteomics technology.

NAPI officially launched in 2020. On these webpages you can learn more about NAPI and its current activities, including the broad range of techniques that can be provided as services to researchers interested in performing proteomic analyses. 

Research and techniques

  • Icon: printer Protein identification

    All NAPI core facilities have extensive experience in protein identification by mass spectrometry.

  • icon: graph Quantitative proteomics

    NAPI provides state-of-the-art expertise, methods and technology in quantitative proteomics.

  • icon: chain of beads Analysis of post-translational modifications (PTMs)

    Post-translational modifications (PTMs) play vital roles in signaling pathways and, consequently, in regulating cell function. PTM analysis is therefore one of the most important tasks in proteomics.

  • icon: main sphere with four nodes Analysis of protein complexes/protein-protein interactions

    Many of the functional units that control cell function are complexes that consist of multiple proteins.

  • icon: downward branching with endnodes Modomics

    Epigenetic/epitranscriptomic modifications in DNA and RNA play diverse and important roles in regulating cell behaviour. The systems-wide study of such modifications is referred to as modomics.

  • icon-metaproteomics Metaproteomics

    Metaproteomics exploits the power of high performance MS to investigate the complete set of proteins expressed by a microbial community within a particular niche.

  • icon: screen with graph Data analysis/bioinformatics

    One major challenge in current proteomics is efficient and reliable data analysis.