-
noncoding mutations causing diabetes, using advanced statistical genetics, computational regulatory genomics, and analysis of whole genome sequences in unique patient cohorts. Using computational strategies
-
computational) involving single-cell genomics in wild populations of the sea anemone Nematostella vectensis. The research program for this position focuses on elucidating the microevolutionary dynamics of cell
-
such as ATAC-seq, chIP-seq and 3D chromatin conformation capture data You have experience in the analysis of single-cell data Education and training You hold a PhD degree in Computational Biology Languages
-
/or chromatin biology, and with a background in genetics, functional genomics and/or computational biology. Chromatin modifications are conserved across eukaryotes, but their combinatorial function
-
analysing deep shotgun metagenomic data in large cohorts, detecting horizontal transmission). We are mostly computational, but have a small lab component and work in close collaboration with the CRG core
-
and computational methods. The lab encourages wet lab scientists to engage in their own data analysis and provides a supportive environment to this end. The group is funded by European Research Council
-
these questions, we develop mathematical and computational approaches to estimate mutation probabilities and selection. Tumor mutations are caused by diverse mutational processes, which can be identified through