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March 1, 1994Acta Crystallographica Section D Biological Crystallography975 citations

Detection, delineation, measurement and display of cavities in macromolecular structures

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GKGerard J. KleywegtTJThomas A. Jones

Key Points

  • The aim is to detail the functionalities of VOIDOO for detecting and characterizing cavities in macromolecular structures.
  • Developed a computer program called VOIDOO to detect and delineate cavities in proteins.
  • Calculated the volume and surface data of macromolecules using VOIDOO.
  • Provided operational definitions and guidelines for assessing cavity calculations.
  • VOIDOO successfully detected unknown and delineated known cavities in macromolecules like P2 myelin protein and cellular retinol-binding protein.
  • Output files from VOIDOO detail cavity shapes for visualization in the program O.
  • Guidelines for improving the accuracy and comparability of cavity measurements were established.

Abstract

A computer program, VOIDOO, is described which can be employed in the study of cavities such as they occur in macromolecular structures (in particular, in proteins). The program can be used to detect unknown cavities or to delineate known cavities, either of which may be connected to the outside of the molecule or molecular assembly under study. Optionally, output files can be requested that contain a description of the shape of the cavity which can be displayed by the crystallographic modelling program O. Additionally, VOIDOO can be used to calculate the volume of a molecule and to create a file containing data pertaining to the surface of the molecule which can also be displayed using O. Examples of the use of VOIDOO are given for P2 myelin protein, cellular retinol-binding protein and cellobiohydrolase II. Finally, operational definitions to discern different types of cavity are introduced and guidelines for assessing the accuracy and improving the comparability of cavity calculations are given.

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Cite This Study

Kleywegt et al. (1994) studied this question.

synapsesocial.com/papers/6a650b0eda61d12b2a04de2ehttps://doi.org/10.1107/s0907444993011333
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