TCS

  • Proteins & Proteomes
  • Systems Biology
  • Database
Database show prediction of interaction specificity in two-component systems. These predictions were made with new Bayesian network method that predicts interaction partners using only multiple alignments of amino-acid sequences of interacting protein domains.
Browse the resource website

You might also be interested in

      • Glycomics
      • Proteins & Proteomes
      • Database

    UniLectin

    Structural and functional classification of lectins
      • Proteins & Proteomes
      • Structural analysis
      • , Medicinal chemistry
      • Software tool

    SwissTargetPrediction

    Target prediction for bioactive small molecules
      • Glycomics
      • Database

    SugarBind

    Pathogen Sugar-Binding Database
      • Proteins & Proteomes
      • Systems Biology
      • Database

    STRING

    Protein-protein interaction networks and enrichment analysis
      • Glycomics
      • Software tool

    Glynsight

    Visualise and compare glycan expression profiles
      • Proteins & Proteomes
      • Systems Biology
      • Database

    STRING-covid

    New COVID-19 oriented version of the STRING database
      • Drug design
      • Database
      • Software tool

    SwissDrugDesign

    Widening access to computer-aided drug design
      • Glycomics
      • Database

    GAG-DB

    3D structures of glycosaminoglycans
      • Proteins & Proteomes
      • Database

    PROSITE

    Protein family and domain database
      • Proteins & Proteomes
      • Software tool

    ScanProsite

    Protein sequences against PROSITE
      • Proteins & Proteomes
      • Software tool

    RandSeq

    Random protein sequence generator
      • Proteins & Proteomes
      • Software tool

    ProtScale

    Profile produced by amino acids scales on protein sequences
      • Proteins & Proteomes
      • Software tool

    ProtParam

    Computation of physico chemical parameters of a protein