- From: ely.matos at ufjf.edu.br (Ely Edison Matos)
- Subject: [cellml-discussion] Suggestions regarding search and browse utility for CellML Repository
- Date: Fri, 16 May 2008 23:24:50 -0300
Hello all,
Just to say that i'm trying to write a little draft in english that resumes
the ideas. And yes, there is a initial prototype application.
Ely Matos
Computational Modeling Master Program
UFJF/Brazil
----- Original Message -----
From: "Dagmar Koehn" <dagmar at ebi.ac.uk>
To: "CellML Discussion List" <cellml-discussion at cellml.org>
Sent: Friday, May 16, 2008 4:48 AM
Subject: Re: [cellml-discussion] Suggestions regarding search and browse
utility for CellML Repository
Hello Ely,
I have been looking at model composition a bit as well and I would be
interested in your work :-)
Unfortunately, I don't know any Brazilian, but do you think you might
provide me with some English information?
Is the implementation available somewhere?
Thanks a lot,
Dagmar
Ely Edison Matos wrote:
>
Hello all,
>
James, my Msc. dissertation, recently concluded, was about the use of
>
ontologies to enrich semantically the CellML Models. I've proposed a
>
initial
>
ontology represented in OWL-DL and using SWRL, called CelO (Cell Component
>
Ontology) with 3 "sub-ontologies": one to represent SI units and
>
quantities,
>
other to represent the biological domain terms and another to represent
>
the
>
model.
>
>
My proposal was exactly to have "atomic components" (models with a single
>
component or, at least, a single "interface" - when a component
>
"encapsules"
>
other components and only it is visible to external world). Each "atomic
>
model" owns a interface (input/output variables) semantically annoted to
>
let
>
one to make "semantic queries" about models (using SPARQL). This let me to
>
do questions as "which are the components related with SodiumIonChannel?",
>
taked in account that this "knowledge" is extracted from the names of
>
variables in CellML Model (like "I_Na") and some inferences (like "I" is
>
the
>
symbol of "ampere" that measures "eletric_current", then this variable is
>
associated with eletric_current; as it is defined inside the component
>
"mebrane" and "Na" is the symbol of "Sodium", it can be associated with
>
.SodiumIonChannel). This is a very simple example.
>
.
>
Each "CelO Model" has a reference to the correspondent CellML Model, to
>
let
>
compose "atomic components" and create a "composed model", with components
>
of diverse models (as a rough example, a SodiumChannel of Hodking_Huxley
>
inside a Noble model). The CelO Models are stored in a relational database
>
and inference engines can be used to do queries.
>
>
I've implemented a "framework" (as web service) that offers all this
>
services (registry, query, "execute", compose models).
>
>
This work is very incipient, given my "almost null" knowlegde about
>
intrinsics of biological domain. As my Master Program is about
>
Computational
>
Modeling, my focus was strongly directed to the "modelling" part, not the
>
"biological" part. My objective was provide a "high level" view of CellML
>
Models.
>
>
Unfortunately my dissertation is written only in brazilian portuguese.
>
I've
>
submmited some papers but I didn't get success. However, if there is some
>
curiosity I can try to translate the main ideas.
>
>
Sorry by intromission and the bad english,
>
>
Ely Matos
>
Computational Modeling Master Program
>
UFJF/Brazil
>
--
Dagmar K?hn, EMBL - European Bioinformatics Institute, Computational
Neurobiology Group, Hinxton, Cambridge, CB10 1DS, UK,
http://www.ebi.ac.uk/compneur-srv/, dagmar at ebi.ac.uk, Tel: +441223494418
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