Why do some brain cells become vulnerable to disease while others remain healthy? How do different brain cells develop and acquire their identities?

Our lab studies how brain cells develop, adapt, and respond to ageing and neurodegenerative diseases. We combine molecular biology, single-cell genomics, and advanced imaging to understand these processes.

How do the brain's immune cells change during ageing and Alzheimer's disease?

We investigate how microglia regulate inflammation, process lipids, and respond to disease.

How do different types of neurons develop, and why are some more vulnerable than others?

We study how genes control neuronal development, particularly in the hypothalamus, and how these processes influence brain function and vulnerability.

How can we visualise individual cells and their gene expression in three dimensions?

We develop and apply new imaging methods to map molecular changes across intact brain tissues.

Depending on the project, students can gain experience in:

We welcome Bachelor's and Master's students interested in neuroscience, molecular biology, or computational biology.

Previous research experience is not required. We value curiosity, motivation, willingness to learn, and a healthy work-life balance.

Projects are tailored to students' interests, experience, and study requirements.