Communication between genomes
Ingrid Lafontaine (Biology of Genomes team) and Jean-Pierre Bouly (Diatom Genomics team), organize the symposium “Comunication between genomes”. Registration is now open
Ingrid Lafontaine (Biology of Genomes team) and Jean-Pierre Bouly (Diatom Genomics team), organize the symposium “Comunication between genomes”. Registration is now open
Ingrid Lafontaine (Biology of Genomes team) and Jean-Pierre Bouly (Diatom Genomics team), organize the symposium "Comunication between genomes". Registration is now open
The paper "Combined collapse by bridging and self-adhesion in a prototypical polymer model inspired by the bacterial nucleoid"from the Genomic Phisics was selected for the cover page on the journal Soft Matter, 8, 2015.
Nitric oxyde oxydases are enzymes which contributes to the resistance of pathogenic microbes to the innate immune system by detoxifying nitric oxide. "The genetic networks" team identified a new regulator of the expression of nitric oxydases in fungi and deciphered its functioning and evolution in different pathogenic and non-pathogenic yeast species. http://www.ncbi.nlm.nih.gov/pubmed/25732006
A. Gillet-Markowska, H. Richard, G. Fischer & I. Lafontaine just published a new tool - Ulysses - providing an accurate detection of low-frequency structural variations in large insert-size sequencing libraries. Ulysses is a valuable tool for the characterization of somatic mosaicism in human tissues and in cancer genomes.Ulysses: accurate detection of low-frequency structural variations in large insert-size sequencing librariesBioinformatics 2014; doi: 10.1093/bioinformatics/btu730
The 4th Cross Disciplinary Genomics meeting “Up-and-Coming Advances in Genome Sciences” will be held at UPMC, in the Jussieu Campus.There is no participation fee but registration is required.
The "Biology of Genomes" team and the "Intraspecific Variation and Genome Evolution" team from the Université de Strasbourg have published the first population genomics survey in a yeast different form a Saccharomyces species. This study reveals that consequently to a large-scale introgression event, two different mutational regimes can coexist within the same genome.
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