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  1. STRING: functional protein association networks

    Search for any pathway name and visualize its proteins as a STRING network. You can query any identifier or a keyword matching, among others, Gene Ontology terms, KEGG pathways, and …

  2. FAQ - STRING Help

    In the download section of STRING you can find all the flat-files that will let you generate your own STRING network. Most of the other data STRING uses to generate the evidences behind the links …

  3. Access - STRING functional protein association networks

    Oct 17, 2020 · Content 12.0 current: since July 26, 2023 https://string-db.org/ 59'309'604 proteins from 12535 organisms; 27’541’372’833 interactions.

  4. About - STRING functional protein association networks

    The STRING database in 2023: protein–protein association networks and functional enrichment analyses for any sequenced genome of interest. Nucleic Acids Res. 2023 Jan 6;51 (D1):D638-646.

  5. STRING: functional protein association networks

    STRING is part of the ELIXIR infrastructure: it is one of ELIXIR's Core Data Resources. Learn more >

  6. API - STRING Help

    With our API you can retrieve an image of a STRING network of a neighborhood surrounding one or more proteins or ask STRING to show only the network of interactions between your input proteins.

  7. Database - STRING Help

    Schemas There are four schemas in STRING that describes different aspects of the content.

  8. Getting started - STRING Help

    Clicking on a gene name gives you the protein sequence as well as a list of similar proteins in STRING. Initially, only predictions with medium (or better) confidence, limited to the top 10 interactors will be …

  9. Interactive network - STRING Help

    The algorithm works iteratively trying to position the nodes apart from each other with a "preferred distance" proportional to the String global score. 'Right click on a node -> fix' in order to fix the node …

  10. STRING: functional protein association networks

    STRING is a database of known and predicted protein-protein interactions. The interactions include direct (physical) and indirect (functional) associations; they stem from computational prediction, from …