Dr. Ariel Afek
Chemical and Structural Biology
To understand and treat genetic diseases, we need to decipher, at the molecular level, the biochemical processes that drive them; processes such as gene expression, replication, and DNA damage repair.
Our goal is to obtain a deep molecular understanding of protein-DNA interactions involved in these fundamental processes, as well as their roles in physiology, disease, and evolution.
To accomplish this, we are developing and using cutting-edge approaches to manipulate DNA molecules in high throughput and to introduce chemical and mechanical DNA perturbations that frequently occur in the human genome.
We believe in a multidisciplinary view that combines various experimental and computational approaches.
Field
Genome biophysics
Research Focus
We investigate fundamental principles of mutagenesis and gene expression by high-throughput methods
Model Organism