Summary
Our group is interested in all aspects of genome evolution, structure and function. We typically use computational and theoretical methods to address various evolutionary issues. In the last year we have made steps to expand our experimental capabilities, in part thanks to several collaborations.
Research projects
In the last year we have:
- Created the first model of protein evolution that takes into account propensity of epistatic interactions (publication 1)
- Presented a review on the complex nature of fitness landscapes (publication 2)
- Found that the methacrylate redox system of Geobacter sulfurreducens AM-1 was acquired through a recent horizontal transfer event (publication 3)
- Studied the mutational landscape of the metalloprotease enzyme ADAMTS13 (publication 4)