- From: john wilbanks <jwilbanks@rcn.com>
- Date: Tue, 03 Aug 2004 10:53:44 -0400
- To: public-semweb-lifesci@w3.org
How did the BOF go? And the bio-ontologies meeting? Enquiring minds (without travel budgets) want to know! jtw wangxiao wrote: >>If I have understood you correctly, you are describing one of >>the use cases for the Life Sciences URN identifier. A single >>LSID can describe and give remote programatic access to both >>your data (the gel data in the format you invented or some >>other standard format appropriate to that data if one exists) >>and any amount of metadata in RDF that describes that data >>and its cross-relationships with other entities. >> >> > >What I want is perhap something similar to a "context". Let's use a very >simple hypothetical peptide sequence as an example. If I have two peptides: >"MYLH" and "LEDA". Each of them is a resource, so does each of the amino >acid that composed them. Of course, if I want, I can assign each amino acid >a URI, but that will make the sequence data too verbose. But if I don't >assign each AA a URI, how can I use RDF to describe the special property of >a particular amino acid within the peptide. In other words, how can I >distinguish the Leucine of the first peptide from the one in second peptide. > >Yes, theoretically we could invent an ontology to describe a protein >sequence so that each aimino acid could have a URI. But then, to extend it, >why shouldn't we go further to the atomic level? In that case, not many >people could even write a protein sequence without some professional help. >:-) > >I roughly knows the idea of LSID (but will look in more detail). But I am >not sure if LSID can sovle that problem. But perhaps, one solution is to >register some sub protocol so that a URI can be implicitly assigned to >"part" of a resource. In a way similar to the MIME type where a program >knows how to deal with an application according to type, LSID might be able >to allow the implicit assignment of URI to fragment of a resource of a >particular type. If this can be achieved, it will solve a lot of problem, >don't you agree? > >Xiaoshu > > > >
Received on Tuesday, 3 August 2004 10:53:52 UTC