Open Biomedical Ontologies. Open Biomedical Ontologies (OBO) An umbrella project for grouping different ontologies in biological/medical field –a repository.

Slides:



Advertisements
Similar presentations
Experiences from the NCBO OBO-to-OWL Mapping Effort Dilvan A. Moreira, University of São Paulo Mark A. Musen, Stanford University.
Advertisements

Using DAML format for representation and integration of complex gene networks: implications in novel drug discovery K. Baclawski Northeastern University.
The National Center for Biomedical Ontology Online Knowledge Resources for the Industrial Age Mark A. Musen Stanford University
Linking ontologies to one another and to the Cell Ontology with the COBrA ontology editor Jonathan Bard & Stuart Aitken Biomedical Science & Informatics.
+ From OBO to OWL and back again – a tutorial David Osumi-Sutherland, Virtual Fly Brain/FlyBase Chris Mungall – GO/LBL.
Gene Ontology John Pinney
Exercise lecture : Exercise 2 and 3 Rune / Yun. Overview Intro to exercise 3 Aspects from exercise 2.
Who am I Gianluca Correndo PhD student (end of PhD) Work in the group of medical informatics (Paolo Terenziani) PhD thesis on contextualization techniques.
Ontology Notes are from:
Multiscale Information Modelling for Heart Morphogenesis Tariq Abdulla 13 th IMEKO TC1-TC7 Joint Symposium 02/09/2010.
What is an ontology and Why should you care? Barry Smith with thanks to Jane Lomax, Gene Ontology Consortium 1.
Biological Databases Notes adapted from lecture notes of Dr. Larry Hunter at the University of Colorado.
Use of Ontologies in the Life Sciences: BioPax Graciela Gonzalez, PhD (some slides adapted from presentations available at
Introduction to Protégé AmphibiaTree 2006 Workshop Sunday 8:45–9:15 J. Leopold & A. Maglia.
OBO-Foundry. OBO was conceived and announced in in october 2001 Michael Ashburner and Suzanna Lewis with acknowledgements of others in the GO.
GO Ontology Editing Workshop: Using Protege and OWL Hinxton Jan 2012.
An introduction to using the AmiGO Gene Ontology tool.
BTN323: INTRODUCTION TO BIOLOGICAL DATABASES Day2: Specialized Databases Lecturer: Junaid Gamieldien, PhD
Modifying GO How changes are made to GO, and how you can be involved.
GO and OBO: an introduction. Jane Lomax EMBL-EBI What is the Gene Ontology? What is OBO? OBO-Edit demo & practical What is the Gene Ontology? What is.
The aims of the Gene Ontology project are threefold: - to compile vocabularies to describe components, functions and processes - to produce tools to query.
OBOL Open Bio-Ontology Language GO Meeting Stanford Jan 2004.
Amo amos amot amomus amotis amont. Happy birthday Swiss-Prot Fortaleza August 2006.
Imports, MIREOT Contributors: Carlo Torniai, Melanie Courtot, Chris Mungall, Allen Xiang.
Community Ontology Development Lessons from the Gene Ontology.
Principles and Practice of Ontology Development: Making Definitions Computable Chris Mungall LBL.
Gene Ontology Consortium
Cell Ontology 2.0 Elimination of multiple is_a inheritance through instantiation of relationships to terms in outside ontologies, such as the GO cellular.
The Gene Ontology: a real-life ontology, progress and future. Jane Lomax EMBL-EBI.
The Gene Ontology project Jane Lomax. Ontology (for our purposes) “an explicit specification of some topic” – Stanford Knowledge Systems Lab Includes:
What is an Ontology? An ontology is a specification of a conceptualization that is designed for reuse across multiple applications and implementations.
Grup.bio.unipd.it CRIBI Genomics group Erika Feltrin PhD student in Biotechnology 6 months at EBI.
DAVID R. SMITH DR. MARY DOLAN DR. JUDITH BLAKE Integrating the Cell Cycle Ontology with the Mouse Genome Database.
Integrating the Cell Cycle Ontology with the Mouse Genome Database David R. Smith Mary Dolan Dr. Judith Blake.
1 What is an Ontology? n No exact definition n A tool to help organize knowledge n Or a way to convey a theory on how to represent a class of things n.
Jan 9, 2004 Symposium on Best Practice LSA, Boston, MA 1 Comparability of language data and analysis Using an ontology for linguistics Scott Farrar, U.
STASIS Technical Innovations - Simplifying e-Business Collaboration by providing a Semantic Mapping Platform - Dr. Sven Abels - TIE -
DAVID R. SMITH DR. MARY DOLAN DR. JUDITH BLAKE Integrating the Cell Cycle Ontology with the Mouse Genome Database.
Sharing Ontologies in the Biomedical Domain Alexa T. McCray National Library of Medicine National Institutes of Health Department of Health & Human Services.
GO terms implicitly refer to other term cysteine biosynthesis myoblast fusion hydrogen ion transporter activity snoRNA catabolism wing disc pattern formation.
Other biological databases and ontologies. Biological systems Taxonomic data Literature Protein folding and 3D structure Small molecules Pathways and.
PROGNOCHIP-BASE, FORTH-ICS 1 PrognoChip-BASE: An Information System for the Management of Spotted DNA MicroArray Experiments Extension of BASE v
Developing a Software Package for Conceptualizing Molecular Findings Xinghua Lu, Harry Hocheiser & Vicky Chen Dept Biomedical Informatics.
Phenote Mark Gibson Berkeley Bioinformatics and Ontology Project (BBOP) National Center for Biomedical Ontologies(NCBO) Lawrence Berkeley National Lab.
To Boldly GO… Amelia Ireland GO Curator EBI, Hinxton, UK.
Labeling and Enhancing Life Science Links S. Heymann*, F. Naumann*, L. Raschid +, P. Rieger * * Humboldt Universität zu Berlin + University of Maryland.
Anatomy Ontology Community Melissa Haendel. The OBO Foundry More than just a website, it’s a community of ontology developers.
CACAO Training Fall Community Assessment of Community Annotation with Ontologies (CACAO)
Ontologies Working Group Agenda MGED3 1.Goals for working group. 2.Primer on ontologies 3.Working group progress 4.Example sample descriptions from different.
Master headline RDFizing the EBI Gene Expression Atlas James Malone, Electra Tapanari
Mining the Biomedical Research Literature Ken Baclawski.
Scope of the Gene Ontology Vocabularies. Compile structured vocabularies describing aspects of molecular biology Describe gene products using vocabulary.
Towards a Top-Domain Ontology for Linking Biomedical Ontologies Holger Stenzhorn a,b Elena Beißwanger c Stefan Schulz a a Department of Medical Informatics,
+ From OBO to OWL and back again – a tutorial David Osumi-Sutherland, Virtual Fly Brain/FlyBase Chris Mungall – GO/LBL.
1 Quality and Gatekeeping Fabian Neuhaus & Barry Smith.
Ontology domain & modeling extensions. Modeling enhancements: overview Enhancements: – Increased expressivity in ontology – Increased expressivity in.
Phenote Mark Gibson Berkeley Bioinformatics and Ontology Project (BBOP) National Center for Biomedical Ontologies(NCBO) Lawrence Berkeley National Lab.
Banaras Hindu University. A Course on Software Reuse by Design Patterns and Frameworks.
Big Data that might benefit from ontology technology, but why this usually fails Barry Smith National Center for Ontological Research 1.
uses of DB systems DB environment DB structure Codd’s rules current common RDBMs implementations.
Syntax and semantics >AMYLASEE1 TGCATNGY A very simple FASTA file.
SHERPA/RoMEO Open Access Policy Tool for Publishers Peter Millington Centre for Research Communications University of Nottingham SHERPA/RoMEO for Publishers.
Universal descriptions of gene and gene product attributes
Networks and Interactions
Development of the Amphibian Anatomical Ontology
Lesson 2- Ethical Use of Digital Resources
OBO Foundry Principles
OBI – Standard Semantic
The Gene Ontology: an evolution
ESS.VIP VALIDATION An ESS.VIP project for mutual benefits
Presentation transcript:

Open Biomedical Ontologies

Open Biomedical Ontologies (OBO) An umbrella project for grouping different ontologies in biological/medical field –a repository for ontologies with defined set of standards Available from a single source:

Why do we need OBO? GO covers three domains of biology: –molecular function of a protein –biological function of a protein –cellular location of a protein

Why do we need OBO? Lots of other aspects could also be annotated, e.g.: –phenotype –anatomy –genomic –taxonomy

Why do we need OBO? Other groups outside of GO developed own ontologies for their own use –e.g. anatomies for specific organisms No standardisation of ontologies with respect to: –format –scope –relationships No way of knowing whether such ontologies already exist No mechanism of distribution for other groups

Why do we need OBO? Creating ontologies takes a lot of work –Makes sense to reuse existing ontologies where possible Improves data integration where small set of ontologies used Allows ontologies to be made available from a single place

Why do we need OBO? In addition, GO also contains other ‘implicit’ ontologies: –anatomies e.g. eye development –chemical e.g. silicone metabolism –cell type e.g. erythrocyte differentiation

Why do we need OBO? Useful to have the implicit ontologies –can be ‘aligned’ with GO –Helps highlight errors –For reasoning (advanced GO!)

OBO requirements To be part of OBO, ontologies must: Be open, can be used by all without any constraint

OBO requirements: open Ontologies can be used by anyone without any constraints, except: –original authors are acknowledged –cannot be edited and then released under same name

OBO requirements To be part of OBO, ontologies must: Be open, can be used by all without any constraint Be in a common shared syntax

OBO requirements: syntax Usually the OBO format, same as primary GO format –and adaptions of OBO format Also accept OWL (Web Ontology Language) format Allows the same tools to be applied, facilitating shared software implementations

OBO requirements To be part of OBO, ontologies must: Be open, can be used by all without any constraint Be in a common shared syntax Not overlap with other ontologies in OBO

OBO requirements: overlapping Ontologies can overlap partially, but large overlap should be avoided Idea is that terms from different ontologies can be combined to form new terms Striving for accepted standards rather than competition

OBO requirements To be part of OBO, ontologies must: Be open, can be used by all without any constraint Be in a common shared syntax Not overlap with other ontologies in OBO Share a unique identifier space

OBO requirements: id space So, for example, the GO identifier is GO: –No other OBO ontology could use this id space Prevents problems where ontologies are used together

OBO requirements To be part of OBO, ontologies must: Be open, can be used by all without any constraint Be in a common shared syntax Not overlap with other ontologies in OBO Share a unique identifier space Include text definitions of their terms

OBO requirements In addition, OBO includes ontology of relationships –all ontologies should use these definitions of relationships For example –part_of –develops_from –regulates

What’s available demo:

How you might use OBO Extra annotation –developmental timelines –taxonomy –pheontype Create your own ontologies and submit to OBO –e.g. anatomy of your organism