My research project explores whether common herpesviruses, including Epstein-Barr virus, influence MS through epigenetic mechanisms. This research focuses on identifying viral-associated molecular signatures, particularly DNA methylation profiles, and evaluating their role in mediating the effects of viral exposure. A further objective is to explore how environmental and genetic factors modify these associations, with the aim of advancing understanding of viral mechanisms in MS.

We are beginning to understand that viruses such as Epstein-Barr virus may shape the immune system in ways that contribute to MS. If we can deepen this understanding by examining how viral activity interacts with a person’s genetic and epigenetic profile, we can uncover the pathways through which viruses may increase MS risk and influence disease activity. By identifying who is most affected by these viral pathways, we can move towards more precise, personalised treatment strategies.

I was inspired to get involved in MS research because it is a complex condition that affects many young people, yet many of the underlying causes remain unknown. I am motivated by the opportunity to contribute to understanding these mechanisms.

One of the most exciting developments in MS research has been the increasing recognition of the potential role of Epstein-Barr virus. A better understanding of Epstein-Barr virus and other herpesviruses is helping to reveal the complex factors that contribute to MS.

What I enjoy most about working in research is the collaborative environment and the ongoing development of new questions, but this also makes time management a challenge, as there are many interesting avenues to explore within the limited duration of a PhD.

I grew up in the Victorian high country and have a passion for skiing, which includes eight seasons spent coaching freeride skiing at Mt Buller.