The simultaneous and recent explosive growth in two disciplines – high resolution imaging and next-generation sequencing – now make the entirety of a developing human fetus accessible at serial key developmental milestones during gestation, all non-invasively and safe to mother and fetus. To date, identification of these crucial cues and factors has been impeded by the inability to non-invasively and serially interrogate the developing human fetus and to correlate natural undulations in expressed genes with brain growth and maturation. Emergence of the developing connectome is contingent on adequate nutrition and good prenatal care, but mostly on unknown genetic and metabolic cues and factors. The organization of structural and functional brain networks is necessary for typical neurodevelopment, and recent data suggest that many neurobehavioral disorders are attributable to developmental disorders of fetal brain growth and connectivity. Patients receive comprehensive inpatient and outpatient services, and a full range of medical and surgical treatment options, including ketogenic diet and vagus nerve stimulator programs for the treatment of children with complex epileptic conditions, as well as investigative therapies and approaches that are not widely available. Our Program provides intensive audiovisual and electroencephalography (EEG) monitoring for diagnosis and localization of the affected area, to tailor care for each patient. Our team of dedicated experts offers a multidisciplinary approach to care that integrates the expertise of colleagues in neurosurgery and diagnostic imaging to deliver leading-edge evaluation, diagnosis, and patient care to children with varying forms and degrees of seizure and epilepsy. Recognizing that six percent of the pediatric population experiences at least one seizure in a lifetime, Pediatric Neurology is committed to understanding the nature of seizure disorders in children. This facility represents one component of a comprehensive evaluation and treatment program for children with epilepsy. The Center is equipped with state-of-the-art technology for continuous electroencephalographic and video monitoring of seizures in infants and children. The Pediatric Epilepsy Center studies and treats epilepsy and seizure disorders. Learn more at the Yale Center for Dyslexia and Creativity website. In addition, The Center strives to create a level playing field for those with dyslexia, and does so, in part, by educating policymakers and empowering individuals to take a stance in their communities, schools, and workplaces. Strategies include: neurobiological and longitudinal research, focused conferences, courses and seminars, media (print and film), and evidence and methods to support the translation of research into practice. As part of its innovative approach to changing attitudes, the Center targets specific strategies that improve the lives of dyslexic children and adults. Shaywitz, M.D., the Charles and Helen Schwab Professor in Dyslexia and Learning Development, both elected members of the National Academy Medicine of the National Academy of Sciences, the Center is a leading source for trustworthy information about dyslexia and advocacy in ensuring that scientific knowledge is translated into policy and practice. Ratner Professor in Learning Development and Bennett A. The mission of The Yale Center for Dyslexia & Creativity is to uncover and illuminate the strengths of individuals with dyslexia, disseminate the latest innovations from scientific research, translate them into practice, and transform the care of children and adults with dyslexia.
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