This small noradrenergic nucleus is located in the pons and is critical for regulating arousal and wakefulness as well as numerous cognitive process including response to stress, attention, decision making and learning and memory.
We are combining single unit, field potential, and electrocorticogram recordings with behavioral tasks to understand the neurophysiological basis of cognition.
We are continuing to develop and refine statistical approaches to analyzing multiple simultaneous recordings as well as develop computer science based solutions for linking data warehousing and information management.
We are studying the neurobiology underlying the cognitive deficits of concussion and mild traumatic brain injury.
Who we are
Our interests are to understand the modulation of individual neurons and distributed neural coding and its relation to cognitive and behavioral changes. These interactions are studied for both the rodent vibrissa somatosensory system and the frontostriatal system using a variety of pharmacological, brain stimulation, and behavioral techniques.
- In Vivo Multi-Channel Recordings (Electrophysiology)
- Microdialysis HPLC
- Rodent Tests of Working Memory
- Conditioned Evoked Response Tasks
- Sensory Detection/Discrimination
- Computational Neuroscience
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