Projects
Geometrical data mining with applications in bioinformatics. KU Leuven
Deciphering gene regulatory networks and cis-regulatory codes in Drosophila through a combination of genetic perturbations, digital gene expression, and bioinformatics. KU Leuven
Developing data mining methods for bioinformatics. KU Leuven
Alma-in-Slico: Development of a Euregional Bioinformatics and System Biology Platform for creating, integrating, dissiminating, and exploiting knowledge generated from multi-centre biological data. Hasselt University
Bioframe, a bioinformatics framework for top down systems biology Ghent University
Systems biology can be defined as the study of biological systems as complex systems arising from interactions between its multiple components. The bioframe project aims at the design of an algorithmic platform for the integration of coupled expression or interaction datasets, pragmatic and useful for the biologist, highly integrated and flexible.
Bioinformatics and modeling: from genomes to networks Ghent University
Biology has recently faced a technological revolution with the development of high-throughput methods. The integration of genome, transcriptome, and proteome data into dynamical models represents one of the main challenges of current bioinformatics. The aim of this project is to bring together expertise ranging from high-throughput data analysis and reverse engineering to dynamical modeling as an enabler for systems biology.
FlexWare: Exploitation of Flexible Hardware Platforms for Massively Parallel Bioinformatics Applications Ghent University
FlexWare addresses efficient hardware design for algorithms with massive, low-level parallelism. It targets bioinformatics applications, but applications from other domains will be used for evaluation. The partners will explore several flexible, parallel hardware platforms, that are retargetable and offer sufficient low-level parallelism and develop automated support for discriminating between platforms, extracting application parallelism and ...
Bioinformatics: from nucleotids to networks (N2N) Ghent University
The platform From Nucleotides to Networks (N2N) aims at setting up pipelines for the processing of the increasing flow of molecular data and the development of techniques for the integration of this data into further bio-informatics research.
Bioinformatics: from nucleotids to networks (N2N) Ghent University
The platform From Nucleotides to Networks (N2N) aims at setting up pipelines for the processing of the increasing flow of molecular data and the development of techniques for the integration of this data into further bio-informatics research.