Large-scale protein topology mapping for drug design.

Research output: Other contribution

Abstract

Large protein molecules with complex three-dimensional structures and dynamic behaviours pose a formidable challenge to humans in terms of mental assimilation, rationalisation and invention. SID technology comprises systems for analysing and displaying the structure of proteins and nucleic acids (proSID & nuSID). These systems are supported by an underlying database containing structural information. This drug discovery technology is currently the subject of negotiation between the University and an external pharmaceutical company.
LanguageEnglish
TypeSID technology
Publication statusUnpublished - 2011

Fingerprint

Topology
Patents and inventions
Pharmaceutical Preparations
Nucleic Acids
Proteins
Molecules
Industry
Drug Discovery

Keywords

  • SID technology
  • protein topology
  • drug design

Cite this

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title = "Large-scale protein topology mapping for drug design.",
abstract = "Large protein molecules with complex three-dimensional structures and dynamic behaviours pose a formidable challenge to humans in terms of mental assimilation, rationalisation and invention. SID technology comprises systems for analysing and displaying the structure of proteins and nucleic acids (proSID & nuSID). These systems are supported by an underlying database containing structural information. This drug discovery technology is currently the subject of negotiation between the University and an external pharmaceutical company.",
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author = "John Wilson and Mark Dufton",
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Large-scale protein topology mapping for drug design. / Wilson, John; Dufton, Mark.

2011, SID technology.

Research output: Other contribution

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AU - Dufton, Mark

N1 - Although the University of Strathclyde will not be able to make available this digital artifact, Dr Catherine Breslin (ext 3049) in Research and Knowledge Exchange Services will be able to provide evidence of its publication within the REF2014 period.

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AB - Large protein molecules with complex three-dimensional structures and dynamic behaviours pose a formidable challenge to humans in terms of mental assimilation, rationalisation and invention. SID technology comprises systems for analysing and displaying the structure of proteins and nucleic acids (proSID & nuSID). These systems are supported by an underlying database containing structural information. This drug discovery technology is currently the subject of negotiation between the University and an external pharmaceutical company.

KW - SID technology

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KW - drug design

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