Difference between revisions of "OBD:Phenotypes"

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(New page: OBD uses generic modeling constructs. Domain specific modeling is left to ontologies. OBD has no information model for representing genotype-phenotype associations. Phenotype description...)
 
 
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OBD uses generic modeling constructs. Domain specific modeling is left to ontologies. OBD has no information model for representing genotype-phenotype associations.
 
OBD uses generic modeling constructs. Domain specific modeling is left to ontologies. OBD has no information model for representing genotype-phenotype associations.
  
Phenotype descriptions in OBD can be [PATO:Pre_vs_Post_Coordinating|pre-coordinated or post-coordinated]. Post-coordinated descriptions make use of what is sometimes called the EQ model. See the [PATO:About] page for more details on this methodology.
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Phenotype descriptions in OBD can be [[PATO:Pre_vs_Post_Coordinating|pre-coordinated or post-coordinated]]. Post-coordinated descriptions make use of what is sometimes called the EQ model. See the [[PATO:About]] page for more details on this methodology.
  
 
EQ based descriptions can be expressed as intersection-based class expressions.
 
EQ based descriptions can be expressed as intersection-based class expressions.
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Proceedings of the OWLED 2007 Workshop on OWL: Experience and Direction
 
Proceedings of the OWLED 2007 Workshop on OWL: Experience and Direction
  
Also on the wiki:
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Also on the wiki: [[PATO:Phenotypes_in_OWL]]
  
[PATO:Phenotypes_in_OWL]
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[[Category:OBD]]
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[[Category:PATO]]

Latest revision as of 16:44, 6 May 2008

OBD uses generic modeling constructs. Domain specific modeling is left to ontologies. OBD has no information model for representing genotype-phenotype associations.

Phenotype descriptions in OBD can be pre-coordinated or post-coordinated. Post-coordinated descriptions make use of what is sometimes called the EQ model. See the PATO:About page for more details on this methodology.

EQ based descriptions can be expressed as intersection-based class expressions.

This is explained in

Chris Mungall et al Representing Phenotypes in OWL Proceedings of the OWLED 2007 Workshop on OWL: Experience and Direction

Also on the wiki: PATO:Phenotypes_in_OWL