We aim to elucidate how repetitive and non-coding elements contribute to normal gene regulation as well as to disease processes. Our research has highlighted roles for these elements in genome evolution, development, complex human traits, immunity, cancer and ageing.
Epigenetics and immunology
Transposons and development
Chromatin and genome regulation
Genome-environment interactions
Cardiovascular epigenetics
Comparative epigenomics of eukaryotes
Transposon and cancer epigenetics
Long non-coding RNAs and cancer
QMUL well represented at ICTE 2024
New paper from the de Mendoza lab