Our focus is on epigenetic regulation of gene expression in multiple biological pathways including cancer (melanoma, breast cancer, neuroblastoma), cellular senescence and stem cell biology. We have a strong research focus on histone variants and their dedicated chaperones, chromatin remodelers, and histone modifying enzymes, which are all frequently altered in cancer.

Chromatin is the complex of DNA and its intimately associated proteins - with histones constituting the major component. This template is an attractive candidate for shaping the features of a cell's epigenetic landscape. Disruption of a cell's epigenetic balance can perturb chromatin structure and gene regulation, contributing to disease states. There is a growing interest both in academia and industry to target the machinery that regulate chromatin dynamics, and this burgeoning field is of great interest to our laboratory.

Our laboratory collaborates with numerous investigators at ISMMS and other institutes to translate our basic mechanistic findings towards pre-clinical or clinical trials. We work closely with medicinal chemists, immunologists, and external partners towards this goal.