Pathways and networks of splicing regulation: combining RNA bioinformatics and RNA biochemistry.
Our current research interests focus on mRNA splicing in the human,
zebrafish, and trypanosome systems (for details, see below).
Specifically, we study pathways and networks of alternative splicing
regulation, combining RNA biochemistry, genomewide approaches, and RNA
bioinformatics. Deep-sequencing-based methods such as RNA-Seq and
CLIP-Seq are currently our major approaches, which we apply in
combination with modern RNA biochemistry methods.
24.11.2011 09:53
