Research
Research
last update: 2023-06-20
We study immune responses and interactions between neuronal, glial, endothelial and immune cells in CNS and its barriers. Drawing from the fields of immunology, vascular biology, and neurobiology, we use state-of-art techniques of genetically engineered mouse models, confocal microscopy, intravital two-photon microscopy, multicolor flow cytometry, and spatiotemporal single-cell sequencing to mechanistically understand immune regulation and dysregulation during CNS homeostasis and diseases. We focus on three major areas of research:
We study immune responses and interactions between neuronal, glial, endothelial and immune cells in CNS and its barriers. Drawing from the fields of immunology, vascular biology, and neurobiology, we use state-of-art techniques of genetically engineered mouse models, confocal microscopy, intravital two-photon microscopy, multicolor flow cytometry, and spatiotemporal single-cell sequencing to mechanistically understand immune regulation and dysregulation during CNS homeostasis and diseases. We focus on three major areas of research:
CNS immune tolerance and privilege
CNS immune tolerance and privilege
Decode the mechanisms governing CNS (brain and retina) immune tolerance and privilege in the thymus, lymphoid organs, and the CNS
CNS autoimmunity, inflammation, and infections
CNS autoimmunity, inflammation, and infections
Unravel the roles of microglia, border-associated macrophages, dendritic cells, T cells, and endothelial cells and their interactions in CNS autoimmunity (multiple sclerosis, uveitis), inflammation (Alzheimer's disease), and infections (meningitis, encephalitis, and retinitis)
CNS barriers and fluids
CNS barriers and fluids
Characterize the immunological niches in CNS barriers (meninges, choroidal plexus, RPE/choroid, ciliary body, BBB/BRB) and fluids (CSF, aqueous humor) and identify their roles in regulating immune homeostasis and inflammation in the CNS