| Document Date: 2012-12-14 16:59:06
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Company Lee Laboratory / / / Event Product Issues / / Facility University of Maryland Molecular Neuroscience How / University of Maryland’s Neuroscience / University of Maryland / Lee Laboratory / / IndustryTerm olfactory network / electrophysiological and molecular imaging technologies / imaging / food / / MedicalCondition cerebral palsy / Alzheimer’s Disease / schizophrenia / dementia / Huntington’s Disease / neuro-developmental disorders / Alzheimer's disease / congenital abnormality / injury / multiple sclerosis / diseases / congenital blindness / epilepsy / neurodegenerative diseases / congenital cataracts / neuro-developmental diseases / birth defects / injuries / blindness / / Organization Johns Hopkins School of Medicine / University of Maryland / University of Maryland Molecular Neuroscience How / / Person Ricardo Araneda / Elizabeth Quinlan / Patrick Kanold / / Position DVD player / / Product brain circuitry / Brain Circuitry Patrick Kanold / / ProvinceOrState Maryland / / Technology Neuroscience / electrophysiological and molecular imaging technologies / / URL http /
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Research at the University of Maryland Molecular Neuroscience How does experience alter the way our brain works? How exactly are memories stored and recalled – or forgotten? Can we troubleshoot faulty brain circuitry,