processing genomic data. Our research is motivated by the fast development of next-generation sequencing (NGS) and third-generation (TGS) technologies that provide very challenging problems both in terms of bioinformatics and computer sciences.
GenScale research is organized along four main axes:
- Data structures
- Indexing the mass of genomic data
- Focus on the de-Bruijn graph structure.
- Provide end-user and optimized library
- Algorithms
- Optimized (time and memory) tools dedicated to NGS processing
- Data compression, genome assembly, variant detection, metagenomics, GWAS (genome-wide association Study)
- Parallelism
- Combine several levels of parallelism
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Use existing techniques such as multithreading or MapReduce
- Constrained algorithmic development, in particular, targeting hardware accelerators
- Applications
- Participate in biology-oriented projects
- INRAe, CEA, National Museum, Hospitals, …
Members
Administrative assistant
- Marie Le Roïc
Academic and research staff
- Susete Alves-Carvalho, IE INRAE
- Rumen Andonov, Prof. univ. Rennes 1
- Karel Brinda, Inria Researcher
- Charles Deltel, IR Inria
- Dominique Lavenier, DR CNRS
- Claire Lemaitre, CR Inria
- Fabrice Legeai, IR INRAE
- Jacques Nicolas, DR Inria
- Pierre Peterlongo, DR Inria (team leader)
- Emeline Roux, Ass. Prof., Univ. Rennes1
- Riccardo Vicedomini, CR CNRS
Visitors
Former members
Ph.D. students
- Victor Epain, Inria / INRAe
- Garance Gourdel, ENS
- Khodor Hannoush, ITN Alpaca
- Meven Mognol, CIFRE , UPMEM
- Lucas Robidou, ANR SeqDigger
- Roland Faure, UR1
- Sandra Romain, ANR Divalps
Engineers
- Olivier Boullé, IE Inria, MolecularXiv
- Julien Leblanc, IE CNRS, dnarXiv
- Anne Guichard, Enginneer, ANR Supergene
- Gildas Robine, IE CNRS, ANR GenoPIM
- Loren Dejoies, Post-doc Inria, AEX Barde
2023 Internship Students
- Siegfried Dubois
- Léo Laffeach (ENS project)
- Victor Levallois
- Nicolas Maurice
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