Saturation transfer experiments have become useful tools to identify accurately the interaction sites of large biomolecular complexes. Some advantages of the method are reduced protein requirements and no restrictions ont arget size, and no requirement of obtaining high quality protein NMR spectra. The first application was the saturation Transfer difference (STD) scheme ( 99ANG1784) which has been applied in:
  • Compound library screening ( 00JACS6093).
  • Under HR-MAS conditions ( 99JACS5336).
  • SOS-NMR has been also described by combining the information extracted from NOEs, selective labeling and STD ( 04JACS2390).
  • Competition STD NMR ( 04MRC485)
  • Qualitative ligand epitope mapping in:
    • Protein-carbohydrate complexes ( 00BIO12778, 01JACS6108, 02EJB573 , 02JACS14940 , 02JACS15368, 03JACS15296 and 05BIO6729)
    • Virus-Ligand ( 03JACS14)
    • Drug-RNA complexes ( 02JACS13376 and 04JACS4453).
    • Peptide-Micelle complex ( 04JPCB7430)
    • ATP-STD is an application to detect target that binds a nucleotide ( 05JACS7978)
  • Recently, an NMR intensity-restrained CORCEMA optimization has been used to refine the conformation of a ligand bound to a receptor protein ( 04JACS8610).

    See list of STD NMR Experiments

    More Bibliography on STD ...

    Also see Cross-saturation experiments

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