The common theme of the group is the study of biological function through the lens of the information transactions that lead from the genotype to the phenotype. In particular, we deal with multiple kinds of sequencing information measured by high throughput sequencing technologies.
The group encompasses a broad range of expertises that orbit around the study of genomic, transcriptomic and epigenomic data. Around these common themes, we take projects according to our main interests:
- Identification of the key molecular players that determine complex phenotypes like disease or pathogenicity by dissecting high dimensional data.
- Exploration of the role of epigenome-based regulation in maintaining a specific transcriptional status or tuning the transition between different biological conditions by integration of expression and chromatin status data.
- Quantification of the effect of genomic and/or epigenomic variation in establishing a phenotypic output like the immune system response or the pathogen/vector adaptation.
Additional and more specific interests of group members include:
- Comparative genomics and epigenomics
- Language of the non coding genome
- EpiTranscriptomic regulation
- Modelling of transcriptional networks
- Integration of OMIC data
- Automated analysis pipelines
We are familiar with mammalian and non-mammalian model organisms, vector insects, protozoan parasites and pathogenic bacteria.
If your research question or favourite organism are not included among the above items, don’t hesitate to contact us, we are also experts on lateral thinking and we will make the most to propose a well informed solution.