Main.Research History
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Gan, X, Stegle, O, Behr, J, Steffen, JG, Drewe, P, Hildebrand, KL, Lyngsoe, R, Schultheiss, SJ, Osborne, EJ, Sreedharan, VT, Kahles, A, Bohnert, R, * Jean, G, Derwent, P, Kersey, P, Belfield, EJ, Harberd, NP, Kemen, E, Toomajian, C, Kover, PX, Clark, RM, Ratsch, G, and Mott, R.\\
Gan, X, Stegle, O, Behr, J, Steffen, JG, Drewe, P, Hildebrand, KL, Lyngsoe, R, Schultheiss, SJ, Osborne, EJ, Sreedharan, VT, Kahles, A, Bohnert, R, Jean, G, Derwent, P, Kersey, P, Belfield, EJ, Harberd, NP, Kemen, E, Toomajian, C, Kover, PX, Clark, RM, Ratsch, G, and Mott, R.\\
- Multiple reference genomes and transcriptomes for Arabidopsis thaliana.
Gan, X, Stegle, O, Behr, J, Steffen, JG, Drewe, P, Hildebrand, KL, Lyngsoe, R, Schultheiss, SJ, Osborne, EJ, Sreedharan, VT, Kahles, A, Bohnert, R, * Jean, G, Derwent, P, Kersey, P, Belfield, EJ, Harberd, NP, Kemen, E, Toomajian, C, Kover, PX, Clark, RM, Ratsch, G, and Mott, R.
Nature 477, 419423 (22 September 2011).
Int. J. of Bioinformatics Research and Applications (2011), 7(1), pages 43-62.
Int. J. of Bioinformatics Research and Applications (2011), 7(1), pages 43-62.
Curr. Protoc. Bioinform. (2010), 32:11.6.1-11.6.38.
Curr. Protoc. Bioinform. (2010), 32:11.6.1-11.6.38.
Genome Research (2009) 19, pages 1696-1709.
Genome Research (2009) 19, pages 1696-1709.
Journal of Computational Biology (2009) 16(9), pages 1267-84.
Journal of Computational Biology (2009) 16(9), pages 1267-84.
- PALMapper: Fast and Accurate Spliced Alignments of Sequence Reads. (poster)\\
- PALMapper: Fast and Accurate Spliced Alignments of Sequence Reads. \\
JOBIM 2010, Montpellier, France, September 7-9, 2010.
- PALMapper: Fast and Accurate Spliced Alignments of Sequence Reads. (poster)\\
JOBIM 2010, Montpellier, France, September 7-9, 2010. (poster)
- PALMapper: Fast and Accurate Spliced Alignments of Sequence Reads. \\
ISMB 2010, Boston, USA, July 11-13, 2010.
ISMB 2010, Boston, USA, July 11-13, 2010. (poster)
Journée satellite GTGC des Journées Ouvertes Biologie Informatique Mathématiques, Marseille, July, 2007.
Journée satellite GTGC des Journées Ouvertes Biologie Informatique Mathématiques, Marseille, July, 2007.
- PALMapper: Fast and Accurate Spliced Alignments of Sequence Reads. (poster)
G. Raetsch, G. Jean, A. Kahles, S. Sonnenburg, F. De Bona, K. Schneeberger, J. Hagmann, D. Weigel.
JOBIM 2010, Montpellier, France, September 7-9, 2010. - PALMapper: Fast and Accurate Spliced Alignments of Sequence Reads. (poster)
G. Raetsch, G. Jean, A. Kahles, S. Sonnenburg, F. De Bona, K. Schneeberger, J. Hagmann, D. Weigel.
ISMB 2010, Boston, USA, July 11-13, 2010.
- Mining the semantics of genome super-blocks to infer ancestral architectures.
G. Jean, D.J. Sherman, M. Nikolski.\\
- Mining the semantics of genome super-blocks to infer ancestral architectures.
G. Jean, D.J. Sherman, M. Nikolski.\\
- SyDiG: Uncovering Synteny in Distant Genomes.
G. Jean, M. Nikolski.\\
- SyDiG: Uncovering Synteny in Distant Genomes.
G. Jean, M. Nikolski.\\
The G\'enolevures Consortium.\\
The Genolevures Consortium.\\
Int. J. of Bioinformatics Research and Applications (2011), 7(1), pages 43-62.
Int. J. of Bioinformatics Research and Applications (2011), 7(1), pages 43-62.
G. Jean, A. Kahles, V.T. Sreedharan, F. De Bona, G. Raetsch,
Curr. Protoc. Bioinform. (2010), 32:11.6.1-11.6.38.
G. Jean, A. Kahles, V.T. Sreedharan, F. De Bona, G. Raetsch.
Curr. Protoc. Bioinform. (2010), 32:11.6.1-11.6.38.
The G\'enolevures Consortium.\\ Genome Research (2009) 19, pages 1696-1709.\\
The G\'enolevures Consortium.
Genome Research (2009) 19, pages 1696-1709.
Journal of Computational Biology (2009) 16(9), pages 1267-84.\\
Journal of Computational Biology (2009) 16(9), pages 1267-84.
- Comparative genomics of protoploid genomes of Saccharomycetaceae defines the orthologous gene set and basic yeast proteome repertoire.
The Génolevures Consortium.
Genome Research, online access ahead of print. - Mining the semantics of genome super-blocks to infer ancestral architectures.
G. Jean, D.J. Sherman, M. Nikolski.
To appear in Journal of Computational Biology.
- SyDiG: Uncovering Synteny in Distant Genomes.
G. Jean, M. Nikolski.\\
Int. J. of Bioinformatics Research and Applications (2011), 7(1), pages 43-62.
- RNA-Seq Read Alignments with PALMapper.
G. Jean, A. Kahles, V.T. Sreedharan, F. De Bona, G. Raetsch,
Curr. Protoc. Bioinform. (2010), 32:11.6.1-11.6.38.
- Comparative genomics of protoploid genomes of Saccharomycetaceae defines the orthologous gene set and basic yeast proteome repertoire
The G\'enolevures Consortium.\\
Genome Research (2009) 19, pages 1696-1709.\\
- Mining the semantics of genome super-blocks to infer ancestral architectures.
G. Jean, D.J. Sherman, M. Nikolski.\\
Journal of Computational Biology (2009) 16(9), pages 1267-84.
Submitted papers and manuscripts
- SyDiG: Uncovering Synteny in Distant Genomes.
G. Jean, D.J. Sherman, M. Nikolski.
Submitted to Int. J. of Bioinformatics Research and Applications.
Manuscript
To appear in Genome Research.
Genome Research, online access ahead of print.
G. Jean, M. Nikolski.\\ ''Yeast Genome 10th anniversary, Brussels, Belgium, September 7-8, 2006.
G. Jean, M. Nikolski.
Yeast Genome 10th anniversary, Brussels, Belgium, September 7-8, 2006.
G. Jean, M. Nikolski.
G. Jean, M. Nikolski.\\
- Comparative genomics of protoploid genomes of Saccharomycetaceae defines the orthologous gene set and basic yeast proteome repertoire.
The Génolevures Consortium.
To appear in Genome Research.
- Comparative genomics of protoploid genomes of Saccharomycetaceae defines the orthologous gene set and basic yeast proteome repertoire.
The Génolevures Consortium.
Submitted to Genome Research.
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction (pdf)\\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction \\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction (pdf)\\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction \\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction \\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction \\
- Genome rearrangements : a correct algorithm for optimal capping. \\
- Genome rearrangements : a correct algorithm for optimal capping. (here)\\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction \\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction \\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction \\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction \\
- '''Reconstruction and visualization of genome rearrangements
within the Kluyveromyces.'''
G. Jean.\\
First German/French/European meeting yeast and Filamentous Fungi, Strasbourg, France, May 29-31, 2008.
G. Jean.
First German/French/European meeting yeast and Filamentous Fungi, Strasbourg, France, May 29-31, 2008.
- Reconstruction and visualization of genome rearrangements within the Kluyveromyces. \\
- '''Comparing genomic architectures to reconstruct ancestral
genomes.''' \\
- Comparing genomic architectures to reconstruct ancestral genomes. \\
- blue '''Reconstruction and visualization of genome rearrangements
- '''Reconstruction and visualization of genome rearrangements
- blue Reconstruction and visualization of genome rearrangements within the Kluyveromyces. \\
- Reconstruction and visualization of genome rearrangements within the Kluyveromyces. \\
- blue Reconstruction of ancestral genomes within Hemiascomycetes. \\
- Reconstruction of ancestral genomes within Hemiascomycetes. \\
- blue Reconstruction d'architectures ancestrales. \\
- Reconstruction d'architectures ancestrales. \\
- blue De la reconstruction d'un génome médian au calcul de scénarii évolutifs corrects. \\
- De la reconstruction d'un génome médian au calcul de scénarii évolutifs corrects. \\
- blue Parcimonious distance and scenario for multichromosomal genomes \\
- Parcimonious distance and scenario for multichromosomal genomes \\
- blue Reconstruction of ancestral genomes. \\
- Reconstruction of ancestral genomes. \\
- blue '''Comparing genomic architectures to reconstruct ancestral
- '''Comparing genomic architectures to reconstruct ancestral
First German/French/European meeting yeast and Filamentous Fungi, May ,2008.
First German/French/European meeting yeast and Filamentous Fungi, Strasbourg, France, May 29-31, 2008.
ESF-EMBO Symposium on Comparative Genomics of Eukaryotic Microorganisms: Eukaryotic Genome Evolution, October ,2007.
ESF-EMBO Symposium on Comparative Genomics of Eukaryotic Microorganisms: Eukaryotic Genome Evolution, Sant Feliu, Spain, October 20-25, 2007.
''Yeast Genome 10th anniversary, ,2006.
''Yeast Genome 10th anniversary, Brussels, Belgium, September 7-8, 2006.
PhD Defense, December 9, 2008.
PhD Defense, Bordeaux, December 9, 2008.
Groupe de Travail Bioinformatique, Bordeaux, February, 2007.\\
Groupe de Travail Bioinformatique, LaBRI, Bordeaux, February, 2007.\\
- In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction
PhD Defense, December 9, 2008.
- blue Parcimonious distance and scenario for multichromosomal genomes
Groupe de Travail Bioinformatique, Bordeaux, February, 2007.
- SyDiG: Uncovering Synteny in Distant Genomes. \\
- Mining the semantics of genome super-blocks to infer ancestral architectures. \\
Submitted to Int. J. of Bioinformatics Research and Applications.
- Comparative genomics of protoploid genomes of Saccharomycetaceae defines the orthologous gene set and basic yeast proteome repertoire.
The Génolevures Consortium.
Submitted to Genome Research. - Mining the semantics of genome super-blocks to infer ancestral architectures.
G. Jean, D.J. Sherman, M. Nikolski.\\
Submitted papers and manuscripts
- SyDiG: Uncovering Synteny in Distant Genomes.
G. Jean, D.J. Sherman, M. Nikolski.
Submitted to Int. J. of Bioinformatics Research and Applications. - Comparative genomics of protoploid genomes of Saccharomycetaceae defines the orthologous gene set and basic yeast proteome repertoire.
The Génolevures Consortium.
Submitted to Genome Research. - In silico methods for genome rearrangement analysis: from identification of common markers to ancestral reconstruction
G. Jean.
PhD Thesis, 2008.
International conferences
- blue '''Reconstruction and visualization of genome rearrangements
within the Kluyveromyces.'''
G. Jean.\\
First German/French/European meeting yeast and Filamentous Fungi, May ,2008.
- blue Reconstruction and visualization of genome rearrangements within the Kluyveromyces.
G. Jean, D.J. Sherman, M. Nikolski.
ESF-EMBO Symposium on Comparative Genomics of Eukaryotic Microorganisms: Eukaryotic Genome Evolution, October ,2007. - blue Reconstruction of ancestral genomes within Hemiascomycetes.
G. Jean, M. Nikolski.
''Yeast Genome 10th anniversary, ,2006.
Other talks
- blue Reconstruction d'architectures ancestrales.
GDR Génolevures, Institut Pasteur, Paris, December, 2007. - blue De la reconstruction d'un génome médian au calcul de scénarii évolutifs corrects.
Journée satellite GTGC des Journées Ouvertes Biologie Informatique
Mathématiques, Marseille, July, 2007.
- blue Reconstruction of ancestral genomes.
GDR Génolevures, ENS, Paris, April, 2006. - blue '''Comparing genomic architectures to reconstruct ancestral
genomes.'''
GDR Génolevures, Institut Pasteur, Paris, February, 2006.
SyDiG: Uncovering Synteny in Distant Genomes.
G. Jean, D.J. Sherman, M. Nikolski. Submitted to Int. J. of Bioinformatics Research and Applications.
Comparative genomics of protoploid genomes of Saccharomycetaceae defines the orthologous gene set and basic yeast proteome repertoire.
The G\'enolevures Consortium. Submitted to Genome Research.
Mining the semantics of genome super-blocks to infer ancestral architectures.
G. Jean, D.J. Sherman, M. Nikolski. Accepted in Journal of Computational Biology.
Genome rearrangements : a correct algorithm for optimal capping.
G. Jean, M. Nikolski. In Information Processing Letters (2007) 104 (1),
pages 14-20.
- SyDiG: Uncovering Synteny in Distant Genomes.
G. Jean, D.J. Sherman, M. Nikolski.
Submitted to Int. J. of Bioinformatics Research and Applications. - Comparative genomics of protoploid genomes of Saccharomycetaceae defines the orthologous gene set and basic yeast proteome repertoire.
The Génolevures Consortium.
Submitted to Genome Research. - Mining the semantics of genome super-blocks to infer ancestral architectures.
G. Jean, D.J. Sherman, M. Nikolski.
To appear in Journal of Computational Biology. - Genome rearrangements : a correct algorithm for optimal capping.
G. Jean, M. Nikolski.
Information Processing Letters (2007) 104 (1),pages 14-20.
SyDiG: Uncovering Synteny in Distant Genomes.
G. Jean, D.J. Sherman, M. Nikolski. Submitted to Int. J. of Bioinformatics Research and Applications.
Comparative genomics of protoploid genomes of Saccharomycetaceae defines the orthologous gene set and basic yeast proteome repertoire.
The G\'enolevures Consortium. Submitted to Genome Research.
Mining the semantics of genome super-blocks to infer ancestral architectures.
G. Jean, D.J. Sherman, M. Nikolski. Accepted in Journal of Computational Biology.
Genome rearrangements : a correct algorithm for optimal capping.
G. Jean, M. Nikolski. In Information Processing Letters (2007) 104 (1),
pages 14-20.
Publications
Publications
Manuscripts
Conferences
Other talks
Publications
Publications
I am mainly interested in the definition of mathematic models describing genome at gene scale and in the development of algorithmic and combinatoric methods based on the study of genome rearrangements for the comparison of genomes:
- Identification of common markers between different species,
- Rearrangement distance and parsimonious scenarios,
- Reconstruction of ancestral genome architecture.