Biography
My research focuses on understanding how non-neuronal cells contribute to brain function and neurodegeneration, with particular interest in the role of the brain vasculature. I combine advanced human stem-cell-derived models and preclinical systems to investigate the mechanisms underlying blood-brain barrier dysfunction. My current work explores vascular alterations in Parkinson's disease, aiming to identify novel therapeutic targets and strategies to preserve brain health and delay disease progression.
I obtained a PhD in the University of Oxford in 2021, supported by Clarendon Scholarship and Cancer Research UK. My earlier research focused on neural stem cell biology and cortical development, including identifying Galectin-3 as a regulator of cell polarity and brain gyrification. I have also contributed to the development of human stem-cell-derived bioengineered neural tissues, investigating the role of astrocytes in neuronal maturation and brain tissue integration. Building on this expertise, my research has expanded towards neurovascular biology and neurodegeneration.