Welcome to the CBO3 Conference Repository.

The third workshop for the development of the Cell Biology Ontology (CBO) was held in Edinburgh Scotland on October 15 & 16 at the Informatics Institute of The University of Edinburgh.

Materials presented during, and otherwise related to, CBO3 are shared here.

Attendees

Name Affiliation Email
Victor AndreevUniversity of Miami,
USA
vandreev_a_t_med.miami.edu
Patryk BurekUniversity of Leipzig,
Germany
burek_a_t_informatik.uni-leipzig.de
Joseph DadaUniversity of Manchester,
UK
dada_a_t_ieee.org
James GlazierIndiana University,
USA
glazier_a_t_indiana.edu
Michael HuckaCalifornia Institute of Technology,
USA
mhucka_a_t_caltech.edu
Hila KrollWeizmann Institute of Science,
Israel
krollhd_a_t_netvision.net.il
Nick MonkUniversity of Nottingham,
UK
nick.monk_a_t_nottingham.ac.uk
Tomas NahlikInstitute of Physical Biology,
Czech Republic
nahlik_a_t_greentech.cz
David NickersonUniversity of Auckland,
New Zealand
d.nickerson_a_t_auckland.ac.nz
James OsborneOxford University,
UK
james.osborne_a_t_comlab.ox.ac.uk
Markus OwenUniversity of Nottingham,
UK
markus.owen_a_t_nottingham.ac.uk
Nadine PeyriérasInstitut Alfred Fessard,
France
nadine.peyrieras_a_t_inaf.cnrs-gif.fr
Jim SlukaIndiana University,
USA
jsluka_a_t_indiana.edu
Rod SmallwoodUniversity of Sheffield,
UK
r.smallwood_a_t_shef.ac.uk
Dalibor StysInstitute of Physical Biology,
Czech Republic
stys_a_t_jcu.cz
Thomas SuetterlinUniversity of Heidelberg,
Germany
thomas.suetterlin_a_t_bioquant.uni-heidelberg.de
Maciej SwatIndiana University,
USA
maciekswat_a_t_gmail.com

Presentations

Towards an Ontology of Time Lapse Experiments (Cellular Genealogies). Patryk Burek, et al.

CellML modularity and the Physiome Model Repository. David Nickerson, et al.

Multi-scale, multi-cell modeling using CHASTE. James Osborne

Multi-Cell Modeling of Complex Biological Systems: Past, Now (CompuCell3D) and Future. Maciej Swat

SBML fly-by. Mike Hucka

Predicting Change. Rod Smallwood

The Cell Behavior Ontology: Current Status, Roadmap & Challenges. James Sluka (pptx)

Use Cases for Multi-Cell Modeling

The Use Cases are located here.

Cell Biology Ontology (CBO): Level 0.1

The goal of the Level 0.1 CBO is to provide:

  1. Minimal set of high level objects, processes and behaviors specifically for describing multi-cell based models.
  2. Computational Modality Specific tags to link modality specific parameters?
<cell type=epithelial metaData="FMA:Preferred Name:Epithelial cell" metaData="FMA:Synonym:Epitheliocyte" metaData="FMA:FMAID:66768">
  <motility>0
    <solverSpecific=CompuCell3D API="motility" variable="temperature" value=10/>
  </motility>

Below is a rough outline of the basic entities in a first pass on the CBO. There are six major classifications, all of which are subclasses of the top level class “CBO”.

  1. Entities
  2. Processes
  3. Properties
  4. Material Types
  5. Observable Changes
  6. Relations (may just use the OBO Relationship Ontology)

Entities

May want to remove the top level distinction of “Discrete Entities” and “Continuous Entities” and use them as descriptors instead of classes. That would allow cells, molecules etc. to be treated (specified) as either continuous or discrete.

Processes

Properties

Material Types

Observable Changes

Relations

(may just use the OBO Relationship Ontology)

CBO version 0.1 alpha

January 31, 2012 The above set of objects has been instantiated underneath a Basic Formal Ontology (BFO) top layer in Protege 4.

… need an svn or some other repository with versioning