Priority Areas & Champions

Driving excellence across five strategic pillars to translate genome research into global health solutions.

Prof. Joanna Bridger

Prof. Joanna Bridger

Champion for Healthy Ageing

Healthy Ageing

Our research focuses on the molecular signatures of ageing at the level of nuclear architecture. By understanding how the genome is organized and how it changes as we age, we aim to identify biomarkers of healthy ageing and develop interventions that preserve cellular function across the lifespan.

Nuclear Architecture
Cellular Senescence
Chromatin Dynamics
Age-Related Diseases
Prof. Emmanouil Karteris

Prof. Emmanouil Karteris

Champion for Women's Health

Women’s Health

This area investigates the unique genetic and hormonal landscapes of women's health. With a focus on reproductive endocrinology and cancers, we study the integrity of signalling pathways and develop liquid biopsy techniques for early detection and personalized treatment strategies.

Ovarian & Breast Cancer
Reproductive Endocrinology
Liquid Biopsies
Hormonal Signalling
Dr Cristina Sisu

Dr Cristina Sisu

Champion for AI & Data

Dr Alessandro Esposito

Champion for AI & Data
& Centre Director

Artificial intelligence, digital technologies, and data analytics for better health

In the era of big data, this priority area leverages computational biology and machine learning to decode complex genomic datasets. We specialize in pseudogene analysis, data integration, and the development of digital tools for better disease prediction and monitoring.

Genomic Data Analytics
Pseudogene Research
Machine Learning in Health
Computational Genomics
Dr Sibylle Ermler

Dr Sibylle Ermler

Champion for the Environment

Human health and the environment

We study how environmental stressors—from chemicals in our water to the conditions of space—affect human biology. By using Organ-on-a-Chip technology and toxicological models, we investigate tissue resilience and the disruption of vital endocrine signals.

Endocrine Disruption
Human Toxicology
Organ-on-a-Chip
Stress Resilience