I am a bio­chem­ist and pas­sion­ate about Gen­ome Bio­logy.

I am par­tic­u­larly in­ter­ested to un­ravel re­la­tion­ships of epi­gen­ome al­ter­a­tions and ge­n­om­ic in­stabil­ity for ac­cel­er­ated age­ing dis­eases.

I aim to combine my structural biology expertise with molecular biology and genomics to unravel the nature and the role of ultra short cell-free DNA.

I am interested in transcription factor biology and aim to dig into the complexity of transcription networks to provide new potential points of intervention for lung cancer therapy.

I am em­ploy­ing sys­tem bio­logy ap­proaches to de­cipher mech­an­isms of (epi)gen­ome struc­ture and sta­bil­ity for lung can­cer de­vel­op­ment.

I am very much interested in the study of biology since it is one of the best ways to discover something new about ourselves.

I am fascinated by the potential of Omics-based technologies to unravel the complex molecular mechanisms driving the process of ageing.

Its very smart of nature to use epigenetics as a controlling mechanism for gene expression and that's what I am utterly attracted to epigenetics in the first place. I believe epigenetics is a smart way to approach biological research.

I am interested in understanding the interplay between epigenetic modifications and genomic instability as well as their implications in aging and cancer.

I really enjoy contributing to science and solving scientific problems. I've worked in neuroscience, immunology, and stem cell biology, now I am here to conquer genomics!