Neuropediatrics

Proton magnetic resonance spectroscopic imaging suggests progressive neuronal damage in human temporal lobe epilepsy

Cognitive Science / Neurology / Pediatrics / Neurosurgery / Magnetic Resonance Imaging / Creatine / Magnetic Resonance Spectroscopy / Adolescent / Biological Sciences / Biological Psychiatry / Brain / Prospective studies / Humans / Child / Glioma / Magnetic Resonance Spectroscopic Imaging / Glioblastoma / Female / Male / Temporal Lobe Epilepsy / D-Aspartic Acid / Proteins / ROC Curve / Epilepsia / Clinical Sciences / Aged / Middle Aged / Neoplasm Invasiveness / Adult / Survival Rate / Retrospective Studies / Prognosis / Neuropediatrics / Reproducibility of Results / Pilot Projects / Choline / Protons / Neurosciences / Proportional Hazards Models / Logistic Models / Predictive value of tests / Brain Neoplasms / Cohort Studies / Creatine / Magnetic Resonance Spectroscopy / Adolescent / Biological Sciences / Biological Psychiatry / Brain / Prospective studies / Humans / Child / Glioma / Magnetic Resonance Spectroscopic Imaging / Glioblastoma / Female / Male / Temporal Lobe Epilepsy / D-Aspartic Acid / Proteins / ROC Curve / Epilepsia / Clinical Sciences / Aged / Middle Aged / Neoplasm Invasiveness / Adult / Survival Rate / Retrospective Studies / Prognosis / Neuropediatrics / Reproducibility of Results / Pilot Projects / Choline / Protons / Neurosciences / Proportional Hazards Models / Logistic Models / Predictive value of tests / Brain Neoplasms / Cohort Studies