Research Clusters

We explore how the genome is organized to support healthy cell function, how this structure is passed through generations, and how it's affected by external stimuli, disease, and aging.

Our research investigates the genetic, epigenetic, and signaling pathways that drive cancer. We aim to understand disease progression, identify early diagnostic markers, and develop new, more effective treatments.

We focus on preventing and treating hereditary and acquired diseases. Our work includes gene therapy, molecular approaches, and the development of functional genomic tools with a strong emphasis on translational impact.

We are an interdisciplinary group using computational and statistical methods to analyze genomic data. Our goal is to understand the role of the genome in health and disease, and to develop new tools for diagnosis, prediction, and intervention.

Investigating how cells and tissues respond to and repair damage from environmental stressors. We focus on mechanisms protecting against tissue degeneration, premature aging, and disease.

Studying how the human body adapts to extreme conditions. We perform experiments mimicking space-flight to understand molecular changes shaped by altered physical forces and gravity.

This multidisciplinary team develops advanced in-vitro models that mimic human physiology, reducing reliance on animal testing and improving drug development accuracy, with a focus on women's health.

The Centre for Health Effects of Radiological and Chemical Agents studies the health impacts of external environment agents, identifying genetic markers and promoting well-being through engagement.