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PatternQuery:UserManual

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Revision as of 12:43, 25 April 2015 by Lukas (talk | contribs) (Lukas moved page MotiveQuery:UserManual to PatternQuery:UserManual: Change of the service name)


MotiveQuery (MQ) is interactive, user-friendly and platform independent web service enabling users to effectively define, extract and analyze biomolecular structural fragments using the MotiveQuery language. Such analysis is particularly useful not only in a structural and functional assignment of uncharacterized or newly determined proteins, but also represents a key point in rational design and engineering of novel functional sites and comparative protein structural analyses.

MQ is provided as a web service for mining the whole PDB database, however it can also be restricted based on numerous metadata, such as the Release date, Resolution, EC number and so on. Therefore, only structures relevant for your research are processed. Additionally, smaller datasets can be processed by the MotiveQuery Explorer application. Larger in-house databases can be processed with the command line application.

Below you can find the MQ user manual, which contains all the information you need in order to make efficient use of MQ. Additional support is provided on the MQ web pages. When you first access the MQ page, you will find basic information in the Quick Help tab, and useful examples in the Samples tab. Follow the green ? buttons to access the embedded interactive guides that assist you in setting up your calculations and interpreting the results. Many tool tips are available when hovering over various elements of the interface.



  1. Atom
  2. Residue
  3. Fragment
  4. Query

  1. Example - introduction
  2. Basic Principle
  3. Example - revised

  1. How to think about query
  2. Ready-to-use examples

  1. Post-translational modified aminoacids
  2. Zinc fingers
  3. Residue containing carbohydrate moiety

  1. Launch application
  2. How to work with it
  3. Execute query

  1. Synopsis Page
  2. Job submission
  3. Result analysis
  4. Specifics Page
    1. Calculation Summary
    2. Fragment Details
    3. Structure Details