An Atlas of Amplitude-Integrated EEGs in the Newborn 3rd Edition

Περιεχόμενα

Foreword Geraldine Boylan PhD  1.  Monitoring the newborn brain  Lena Hellström Westas, Sampsa Vanhatalo, Linda de Vries  2.  Brain activity and generation of EEG signal  Sampsa Vanhatalo  3.  Application of electrodes, recording caveats and artefacts Kathi Randall and Sampsa Vanhatalo  4.  Seizures  Mohamed El-Dib, Sampsa Vanhatalo, and Lena Hellström-Westas  5.  Neonatal encephalopathy in the full-term infant due to hypoxia-ischemia and focal brain lesion  Linda S de Vries and Lena Hellström-Westas  Case 5.1: Full-term infant with mild HIE and slow recovery  Case 5.2: Mild encephalopathy with evolution to moderate encephalopathy  Case 5.3: Full-term infant, mild HIE with evolution to moderate HIE  Case 5.4: Full-term infant with moderate HIE and predominant Injury to the thalami  Case 5.5: Full-term infant with moderate HIE and predominant injury to the thalami  Case 5.6: Full-term infant with severe HIE after acute intrapartum event  Case 5.7:Full-term infant with postnatal collapse who was treated with hypothermia  Case 5.8: Full-term infant with Severe HIE  Case 5.9: Term infant with severe HIE following a sentinel event  Case 5.10: Late preterm infant with moderate asphyxia and rapid recovery  Case 5.11: Hemorrhage in the thalamus in a late preterm infant  Case 5.12: Full-term infant with a temporal lobe hemorrhage  Case 5.13: Full-term infant with a frontal lobe hemorrhage  Case 5.14: Full-term infant with transposition of the great arteries and a large subdural hemorrhage  Case 5.15: Full-term infant with Cortical stroke  Case 5.16: Full-term infant with posterior branch MCA  Case 5.17: Full-term infant with MCA stroke  Case 5.18: Full-term infant with cerebral sinovenous thrombosis  6.  Neonatal encephalopathy due to infections, metabolic disorders and genetic causes  Linda S de Vries and Sonia Bonifacio  Case 6.1: Full-term infant with hypoglycemia due to insulinoma  Case 6.2: Full-term infant with hypoglycemia  Case 6.3: Full-term neonate with Molybdenum cofactor deficiency  Case 6.4: Ornithine transcarbamylase (OTC) deficiency  Case 6.5: Full-term infant with Non-Ketotic Hyperglycinaemia  Case 6.6: Pyridoxine-responsive and pyridoxine-dependent seizures  Case 6.7: Full-term infant with a peroxisomal disorder  Case 6.8: Full-term infant with acute bilirubin encephalopathy  Case 6.9: Full-term infant with Group B streptococcus meningitis  Case 6.10: Full-term infant with HSV Meningoencephalitis  Case 6.11: Late preterm infant with Rotavirus associated encephalitis  Case 6.12: Full-term infant with Incontinentia Pigmenti  Case 6.13: Full-term infant with Hemimegalencephaly  Case 6.14: Hemimegalencephaly  Case 6.15: Full-term infant with cortical malformation  Case 6.16: Full-term infant with channelopathy  Case 6.17: Full-term infant with Developmental and epileptic encephalopathy (DEE)  Case 6.18: Full-term infant with Intracranial tumor (teratoma)  7.  The preterm aEEG  Lena Hellström Westas  Case 7.1: Preterm infant with grade III intraventricular hemorrhage and posthemorrhagic ventricular dilatation  Case 7.2: Severe IVH/PVHI and Refractory Seizures  Case 7.3: Very Preterm infant with severe asphyxia  Case 7.4: Preterm infant with severe intrapartum asphyxia  Case 7.5: Vein of Galen malformation in late preterm infant  Case 7.6: Encephalitis with Bacillus cereus in a preterm infant  8.  Other EEG trends and computational measures  Sampsa Vanhatalo  9.  Advancing Neonatal Neurocritical Care with Brain Monitoring  Sonia Bonifacio Case 9.1: Term infant with congenital heart defect Case 9.2: Preterm infant with pericardial effusion, severe metabolic acidosis, and brain injury  Case 9.3: Multimodal monitoring in a preterm infant  Case 9.4: Full-term infant with progressing mild to moderate encephalopathy with seizures