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City Los Angeles / / Company Elsevier Inc. / ADP / / Country United States / / / Event Product Issues / / Facility Semel Institute / Mattel Children’s Hospital / / IndustryTerm intracellular energy stores / energy status / energy stores / energy sources / real-time imaging / diffusion tensor imaging / imaging / energy / energy source / recent technology / energy metabolism / highresolution magnetic resonance imaging / / MedicalCondition loss of consciousness / chronic brain injury / milder injuries / headaches / repeat injury / chronic traumatic encephalopathy / memory dysfunction / dementia / headache / cognitive symptoms / seizures / repeated mild injuries / severe injury / brain injury / coma / nausea / mild traumatic brain injury / mTBI-induced dysfunction / likely mitochondrial dysfunction / local acidosis / tauopathy / starvation / injury / persistent headaches / concussive brain injury / severe neurologic deficits / same membrane deformity / cerebral hyperemia / severe brain injury / lateral fluid percussion injury / chronic studies / secondary neural injury / TBI / amnesia / This syndrome / axonal injury / neurological injury / traumatic injury / weight-drop injury / chronic / cerebral edema / migraine / severe blunt head injury / oxidative dysfunction / glucose metabolic dysfunction / concussive injury / traumatic brain injury / ketosis / vomiting / impact syndrome / traumatic axonal injury / catastrophic cerebral edema / cellular injury / memory deficits / Alzheimer disease / mild injuries / dizziness / cerebral vasospasm / depression / biomechanical injury / catastrophic severe brain injury / injuries / Structural dissociation / spreading depression.23 / / Organization UCLA / UCLA Brain Injury Research Center / American Association of Neurology / Semel Institute / Department of Pediatrics / Division of Pediatric Neurology / Department of Medical and Molecular Pharmacology / Mattel Children’s Hospital / Department of Neurosurgery / David Geffen School of Medicine / / Person David A. Hovda / Christopher C. Giza / / Position Corresponding author / athlete / Representative / Marshall / / Product F 18 / oxidative metabolism / / ProvinceOrState California / / PublishedMedium the Rivermead Post / / SportsEvent the NCAA / / SportsLeague National Collegiate Athletic Association / / Technology Neuroscience / tomography / sports medicine / apoptosis / MRI / magnetic resonance imaging / spectroscopy / Neurosurgery / / SocialTag 
The Molecular Pathophysiology of Concussive Brain Injury