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WELCOME!

Our lab focuses on understanding how cells maintain the stability of their genome in the context of 3D genome organization. We are interested in shedding light on when, where and why chromosomes become fragile, how this mechanistically occurs, and how DNA repair mechanisms prevent the illegitimate joining that leads to the formation of oncogenic genome rearrangements. Our work is focused on intrinsic or exogenous sources of DNA fragility and on DSBs that form upon the use of CRISPR/Cas genome editing nucleases.

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RESEARCH 

AREAS

Our group is based at the Medical School of the University of Patras in Greece, but we still keep an affiliation at the Institute of Molecular Biology (IMB), Mainz, Germany

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DNA topology, chromosome organisation & genomic instability

3D Chromosome Organization, DNA topology, Topoisomerases, DNA supercoiling, Genomic Instability, Chromosome Fusions

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Genome editing precision

Controlled Genome Editing, Engineering Safety, Off-target nomination, Novel Cas9 variants with higher precision, methods development

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Sources and consequences of intrinsic genomic instability across human cell types

New sources of intrinsic DNA fragility, R-loops, G4 quadruplexes, Genomic Instability, Cancer

OUR FUNDING

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