Personal Information
Organización/Lugar de trabajo
Maastricht Netherlands
Ocupación
Department Head
Sector
Education
Sitio web
http://www.bigcat.unimaas.nl
Acerca de
Chris is leading the Department of Bioinformatics - BiGCaT at Maastricht University, which he started in 2001. His main research interest is to use bioinformatics approaches in systems biology to integrate experimental data and current knowledge. To evaluate genomics data we developed pipelines that start with quality control, filtering and normalization. These and other pipelines are part of a new systems biology infrastructure called dbNP (dbnp.org). Data is statistically analyzed with respect to the study questions and studied for patterns, gene clusters and profiles. After coupling through genome databases the results can be understood in the context of existing domain specific biolo...
Etiquetas
systems biology
pathways
bioinformatics
data integration
data
ai interoperability semantic-web systems-biology
open source
open data
data annotation
semantic web
ontologies
interoperability
templates
standards
electronic lab notebooks
metadata
reusability
fair
big data
phenotype
biology
pharmacology
api
drug development
metabolomics
technology
genomics
databases
nutrition
network
nutrigenomics
Ver más
Presentaciones
(7)Documentos
(1)Recomendaciones
(5)SC1 Hangout: Updating public databases: Automation and other challenges for consumers and creators
BigData_Europe
•
Hace 6 años
2011-10-11 Open PHACTS at BioIT World Europe
open_phacts
•
Hace 12 años
Multi-omics Pathway Visualization
Anwesha Bohler
•
Hace 11 años
Nutrigenomics of the two hits: non-resolving metabolic and pro-inflammatory stress
Norwich Research Park
•
Hace 11 años
NetBioSIG2012 chrisevelo
Alexander Pico
•
Hace 11 años
Personal Information
Organización/Lugar de trabajo
Maastricht Netherlands
Ocupación
Department Head
Sector
Education
Sitio web
http://www.bigcat.unimaas.nl
Acerca de
Chris is leading the Department of Bioinformatics - BiGCaT at Maastricht University, which he started in 2001. His main research interest is to use bioinformatics approaches in systems biology to integrate experimental data and current knowledge. To evaluate genomics data we developed pipelines that start with quality control, filtering and normalization. These and other pipelines are part of a new systems biology infrastructure called dbNP (dbnp.org). Data is statistically analyzed with respect to the study questions and studied for patterns, gene clusters and profiles. After coupling through genome databases the results can be understood in the context of existing domain specific biolo...
Etiquetas
systems biology
pathways
bioinformatics
data integration
data
ai interoperability semantic-web systems-biology
open source
open data
data annotation
semantic web
ontologies
interoperability
templates
standards
electronic lab notebooks
metadata
reusability
fair
big data
phenotype
biology
pharmacology
api
drug development
metabolomics
technology
genomics
databases
nutrition
network
nutrigenomics
Ver más