- From: Ulrike Sattler <Ulrike.Sattler@manchester.ac.uk>
- Date: Mon, 6 Mar 2006 13:49:57 +0100
- To: RIF WG <public-rif-wg@w3.org>
On 3 Mar 2006, at 16:49, Jim Hendler wrote: > > Paul - there's a lot more to this, and some of it is in the > vocabulary -- let me start simple - in this case when I say "OWL" I > don't mean the theoretical content of some ontology, I mean a > document somewhere on the Web which contains RDF/OWL description - > for example, if you point your browser at www.mindswap.org/2003/ > CancerOntology/nciOncology.owl (be careful, it is big) then you > would see a particvular version of this ontology (the definitive > version lives in NIH space and I don't have the link at the moment, > it's considerably bigger than this 25M one). > > Enter RIF (phase 2) - we want to take the stuff in that NCI > ontology, take that document to our cancer research center, and > check to see whether the data gathered in our datatbase corresponds > to the expectations of the OWL model. So, for example, if we see > that an ONCOGENE is defined as any GENE which is ASSOCIATED with a > DISEASE that is of type CANCER - we could go to the database and > pull out all the things that are ONCOGENEs by this definition, > This couldn't be done by OWL itself - it's a variant of the famous > "uncle" thing- essentially we need a chaining rule in here (from > Gene to disease and disease to cancer) > I am sorry, but I have to disagree: this is easily possible in OWL itself: simple retrieve all instances of ONCOGENEs: any DL reasoner (eg Pellet) will retrieve exactly all instances of oncogene, whether they have been declared as such or whether they are genes that are associated with a disease of type cancer.... Cheers, Uli
Received on Monday, 6 March 2006 12:52:36 UTC