As an Assistant Professor of Neurology, my research explores the complex interactions between intestinal immune cells, particularly γδ T cells, gut microbiota, and brain circuits in animal models of neurological diseases.
Marilia leads two major research projects in the lab, focusing on mucosal and neuroimmunology. One project investigates the role of γδ T cells in driving neuroinflammation and disease progression in Alzheimer’s disease, aiming to uncover how these cells influence neurodegenerative processes. Her second project explores how diet and the gut microbiota contribute to the development and maintenance of intraepithelial lymphocytes, highlighting the critical interplay between environmental factors and immune health.
Roberta leads a major project in the lab focused on understanding how microbial metabolites, particularly secondary bile acids, influence neurodevelopment. Her research aims to uncover potential links between these metabolites and neurodivergence, shedding light on the complex interactions between the gut microbiome and brain function.
Toby performs the analysis and interpretation of large biological datasets. He provides critical support in managing and processing complex data, applying computational techniques to uncover insights into neuroimmunology, gut-brain interactions, and disease mechanisms. His work enables the lab to integrate bioinformatics with experimental findings for a deeper understanding of neurological disease models.
Yeseswi supports essential research activities and managing laboratory operations. Her role includes conducting experiments, maintaining lab equipment, and assisting with data collection and analysis, all of which are crucial to advancing the lab’s investigations into neuroimmunology and the gut-brain axis.