UMD’s MS in Neuroscience provides students with a rigorous foundation in cellular, systems, and cognitive neuroscience. The interdisciplinary program integrates lab research, data analysis, and theory to investigate the nervous system from molecule to mind.
fMRI analysis of memory recall in bilingual subjects
Electrophysiological study of hippocampal plasticity in rodent models
Machine learning for classification of brainwave patterns in EEG
Mapping synaptic activity in Alzheimer’s disease progression
Neural modeling of sensory integration during motion perception
Analysis of neuroinflammatory markers in post-traumatic brain injury
Study of neuroplasticity during second language acquisition
Optogenetic manipulation of decision-making behavior in mice
Development of a real-time BCI using EEG and eye tracking
Single-cell RNA sequencing to identify neuron subtypes
Investigation of circadian rhythm disruption in mood disorders
Neuroimaging study on the effects of mindfulness meditation
Behavioral analysis of reward learning under dopaminergic manipulation
Computational model of attention-switching in visual cortex
Study of glial cell function in neuroimmune interactions
Neural decoding of emotional facial expression processing
Impact of early-life stress on amygdala connectivity
Modeling neurotransmitter diffusion in synaptic clefts
Neurogenesis analysis following pharmacological intervention
Development of a mobile app for digital cognitive assessment
Unlock the brain’s mysteries with research into behavior, learning, and neurological health in UMD’s Neuroscience MS.
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