|
Bachoo Lab
|
Neuro-oncology: neural stem cell lineage
|
| Cannon Lab |
Cellular excitability, ion channel biophysics, periodic paralysis, myotonia
|
Diaz Arrastia Lab
|
Dementia risk factors: homocysteine, haplotype analysis, traumatic brain injury |
| Eagar Lab |
Immune tolerance, autoimmunity, models of multiple sclerosis
|
| Elliott Lab |
Amyotrophic lateral sclerosis: animal models, SOD1 defects
|
|
Goldberg Lab
|
Parkinson's disease: DJ-1 and Parkin mutations |
| Habib Lab |
Glioma and EGF receptor signaling
|
| Haller Lab |
Metabolic myopathy
|
| King Lab |
Brain imaging and morphometry, neurodegenerative disorders
|
| Li Lab |
Neural Regeneration and Repair
|
Monson Lab
|
Neuroimmunology: multiple sclerosis, B-cell idiotyping
|
Powell Lab
|
Molecular and cellular mechanisms of cognition with an emphasis on learning and memory. |
| Romero Lab |
Peripheral nerve graft, neuronal regeneration
|
| Stuve Lab |
Neuroimmunology; neurodegeneration in multiple sclerosis
|
| Ulery Lab |
Protein phosphorylation, learning and memory
|
Vernino Lab
|
Autoimmune neuropathy
|
