I am genomic scientist who is always on top of recent scientific literature. My greatest asset as a scientist is perhaps my ability to "think outside the box" and work through challenges with great creativity to find answers to complex biological questions. I used genomic- and epigenetic-based approaches to discover novel connection between non-coding RNA, regulated gene expression and DNA-damage machinery in cancer. Recently, I curated clinical sequencing data and quantified gene expression in 9027 samples from human tissues for building genome-scale models, used for analyzing cell and tissue functions both in physiological and in disease contexts.
