department of neurology  
 
 
  The Neurological Institute of New York || 710 West 168th Street, New York, NY 10032-3784 || Telephone: 212-305-2700  
 
 
 

NEUROSCIENCE RESEARCH AT COLUMBIA




PEDIATRIC NEUROLOGY RESEARCH



RESEARCH


» Aging, Memory & Dementia
» Clinical Neurophysiology
» Cognitive Neuroscience
» Epilepsy
» Huntington Disease
» Mitochondrial Biology & Disease
» Motor Neuron Center for Biology & Disease
» Multiple Sclerosis
» Neural Stem Cells (opens in a new window)
» Neurobiology & Behavior
» Neurocritical Care/NICU
» Neuro-Oncology
» Neuropathy Research Center
» Parkinson Disease & Other Movement Disorders
» Pediatric Neurology
» Sergievsky Center; Neuroepidemiology
» Sleep
» Stroke
» Systems Neurobiology
» Taub Institute for Alzheimer Disease Research (opens in a new window)
» Research Support » Colleen Giblin Laboratories
» Pediatric Spinal Muscular Atrophy Clinic Research Center
» Columbia Child Neurology

Colleen Giblin Laboratories



Claudia Chiriboga
Interim Division Head


Studies of neurological, behavioral, and psychological outcomes in children with intrauterine exposure to cocaine. Neuro-developmental outcomes of brain injuries associated with prematurity.

Darryl C. De Vivo


Director, Colleen Giblin Research Laboratories


Biochemical and molecular studies of inherited and acquired metabolic diseases that affect the developing nervous system and muscular system. Research focuses on defects of oxidative metabolism and the molecular basis of glucose transporter deficiency syndromes.

Jason Carmel


Recovery of motor function after injury using activity-based treatments, especially electrical stimulation. After developmental or traumatic injury we stimulate the corticospinal tract and investigate the effects on axon outgrowth, synapse formation, and behavioral recovery. Our current studies use cellular and morphological methods in the rat.

Ronald Emerson


Electrophysiology of epileptic brain, signal processing of EEG recordings, and application to seizure localization and prediction; physiological basis of electroencephalography (EEG); electrophysiology-based techniques for functional mapping in children and adults.

Arthur Mandel


Functional imaging studies of metabolic disease, including mitochondrial encephalopathy, lactic acidosis, and stroke-like episodes (MELAS) and systemic lupus erythematosus; imaging of the hippocampus and amygdala.

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Aging, Memory & Dementia | Clinical Neurophysiology | Cognitive Neuroscience | Epilepsy | Huntington Disease | Mitochondrial Biology & Disease | Motor Neuron Center | Movement Disorders & Parkinson Disease | Multiple Sclerosis | Neural Stem Cells | Neurobiology & Behavior | Neurocritical Care/NICU | Neuro-Oncology | Neuropathy | Pediatric Neurology | Sergievsky Center & Neuroepidemiology | Stroke | Tabu Institute for Alzheimer Disease Research | Research Support
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Department of Neurology | Columbia University Medical Center | Last updated: September 10, 2009 | Comments