Doctoral Programs

Neuroscience

Doctoral Program

Neuroscience

Vasculature in the mouse neocortex with cerebral amyloid angiopathy, characterized by blood vessels with amyloid-beta accumulation. Credit: Laibaik Park, Iadecola lab
Doctoral Program

Neuroscience

Whole mouse brain vasculature captured in 3D through a cleared skull. Credit: Zhuhao Wu, Wu lab
Doctoral Program

Neuroscience

Cleared Thy1-GFP-M mouse brain imaged in 3D to reveal select brain wiring patterns. Credit: Wei Wang, Wu lab
Doctoral Program

Neuroscience

Neurovasculome of the mouse, showing vascular network in mouse brain with dramatic regional differences in vascular architecture and density. Credit: Laibaik Park, Iadecola lab
Doctoral Program

Neuroscience

Drosophila brain expressing the transcription factor Homothorax (green), shown with VT-switch neurons (red) that are involved in female post-mating behaviors. Credit: Daniel Garaulet, Lai lab
Doctoral Program

Neuroscience

Electron micrograph showing rat hippocampal interneuron dendrite dual labeled for parvalbumin (dense granular immunoperoxidase reaction product) and mu-opioid receptor (black dots; silver intensified immunogold particles). Credit: Teresa Milner, Milner lab
Doctoral Program

Neuroscience

Neuroscience Program Retreat 2023. Credit: Kenneth Johnson
Doctoral Program

Neuroscience

Confocal image of a rat hippocampal neuron with dendritic spines expressing eGFP (green). Credit: Jimcy Platholi, Platholi lab.
Doctoral Program

Neuroscience

Confocal image of PSD-95 (magenta) in dendritic spines of a rat hippocampal neuron expressing eGFP (green). Credit: Jimcy Platholi, Platholi lab.
Doctoral Program

Neuroscience

Confocal image of GluN1 (magenta) in a rat hippocampal neuron (blue). Credit: Jimcy Platholi, Platholi lab.