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Informationen zum Autor Bernard Dan is a paediatric neurologist, head of the department of neurology and associate medical director at the Hospital Universitaire des Enfants Reine Fabiola, Brussels, Belgium, and full professor of neurophysiology and developmental neurology at the Université Libre de Bruxelles. He was the 2010 President of the European Academy of Childhood Disability and currently chairs the Belgian Academy of Childhood Disability. In addition to his clinical and teaching activity, he is involved in basic research on the functioning and development of the brain. Klappentext This book provides a comprehensive review of clinical and genetic issues, natural history, possible pathophysiological pathways, specific clinical problems (motor impairment, behaviour, learning difficulties, communication, sleep, epilepsy), clinical neurophysiology, neuropathology, rehabilitation and basic research in the field of Angelman syndrome. This condition is a neurogenetic disorder characterised by developmental delay, absence of speech, motor impairment, epilepsy and a peculiar behavioural phenotype. It is caused by the lack of expression of the UBE3A gene associated with various abnormalities of chromosome 15q11-13. Angelman syndrome appears to be distributed equally worldwide. Precise diagnosis carries clinical and genetic counselling implications. However, many clinicians still seem unfamiliar with this condition despite the severity and typical aspects of presentation. Beyond individual situations, Angelman syndrome can serve as a disease model opening broad questioning of genetic and epigenetic influences in neurology, as well as of several concepts such as psychomotor development, cerebral palsy, behavioural phenotypes and epileptic syndromes. Recent advances in molecular biology and animal models of the syndrome have provided new data which can improve our understanding of Angelman syndrome and open the way to more specific management. Zusammenfassung Clinics in Developmental Medicine No. Inhaltsverzeichnis 1. Doctor Angelman's syndrome;. 2. Natural history. 3. A personal account. 4. Medical genetics;. 5. Molecular biology;. 6. Differential diagnosis;. 7. Behaviour;. 8. Perception and cognition;. 9. Communication;. 10. Movement and postural control;. 11. Epilepsy;. 12. Sleep;. 13. Clinical neurophysiology;. 14. Neuroimaging and neuropathology;. 15. Animal models;. 16. Perspectives;. 17. Resources. References ...
