- Chercheur en Bioinformatique à l’Inserm, Unité Inserm 1090 TAGC, Théories et Approches de la Complexité Génomique, Aix-Marseille Université, Marseille., Aix-Marseille Université (AMU)
My research focuses on the analysis of non-coding regions of the human genome using high-throughput sequencing data such as (ChIP-seq, RNA-seq, ChIA-PET, DNase-seq, MNAse-seq). I am interested in understanding how the so called non-coding genome play a central role in gene regulation. This previously "junk-dna" is currently seen as playing a key and extremely complex role in our genome.
How those yet un-annotated regulatory elements can shape the expression and the dynamics of our genomes is the main goal of my work. To address that we first created a catalogue of regulatory elements by integrating hundreds of public TF ChIP-seq experiments as well as Encode data. This allow us to observe a complex landscape of regulatory elements (Enhancers/CRMs) in the human genome.
Experience
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–presentChercheur en Bioinformatique à l’Inserm, Unité Inserm 1090 TAGC, Théories et Approches de la Complexité Génomique, Aix-Marseille Université, Marseille., Inserm
Education
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2006Aix-Marseille University, PhD en Bioinformatique
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