Friday, May 25, 2007

Computational chemistry and Drug designing

Drug Design



  • Links on Drug Design, compilation of answers to a CCL question posed in February 2000.
  • There is a good discussion of the generation and use of large 3D databases in drug discovery which is accessible on-line, from the September 1995 issue of NetSci. It covers pharmacophore-based 3D searches as well as searching in the context of the binding site of a given structural target.
  • Thomas Wieland's summary of connections between topological indices, similarity, screening and drug design.
  • Drug Discovery Online - “the first internet site devoted exclusively to drug discovery and early-stage drug development”.
  • Methods for Structure Based Design - a review article describing docking methods.
  • NCI Drug Information System 3D Database - a collection of 3D (built) structures of over 400,000 drugs.
  • The AIDS 3D Database - a database of compounds active in the NCI AIDS Antiviral Screen.
  • HIV Protease Database (HIVsdb) - 3D structures of HIV-PR inhibited complexes.
  • World Wide Drugs - many links.
  • Binding Database - data on noncovalent association, vital for the elucidation of the physical chemistry of molecular recognition and the discovery of new drugs .

  • HIV Drug Design



  • Search NIH for “HIV protease” - perform a search of the NIH for documents matching HIV protease.
  • Computational Chemistry

    • CCL - the Computational Chemistry List, provides software, an archive of list postings, data, documents, announcements about conferences and jobs, as well as links to other web sites.
    • SDSC Computational Chemistry - combined program of computational prediction and experimental verification, to understand the design principles of molecular construction.
    • SDSC Chemistry Software - for calculating chemical reactions, molecular modeling, and chemistry visualization.
    • Journal of Computational Chemistry's Internet Resources - a very good collection of useful sites.
    • Research Tools from Frontiers in Bioscience.
    • Encyclopaedia of Computational Chemistry from Wiley.
    • The Virtual Library:
    • Network Science (NetSci) - a forum to explore and discuss current applications of science and technology. (Even though its mission sounds general, its focus seems highly molecular and biophysical). June and July's issues are on a fascinating topic: “Assessing Molecular Diversity”; there are articles on combinatorial chemistry, molecular diversity and mass screening. In the April,1996 issue Michael Connolly (“Molecular Surfaces: A Review”) and TJ O'Donnell (“Scientific and Artistic Uses of Molecular Surfaces”) looked at the evolution and use of molecular surfaces.
    • Scientific Software Lists from Network Science.
    • Netscape's helper applications page.
    • In an attempt to bring standards to assist in the exchange of chemical information across the web, a number of types of data have been proposed. Here are the details on the various chemical MIME types.

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    Information science has been applied to biology to produce the field called Bioinformatics