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This population-based study evaluates the prevalence of factitious disorders, Münchausen syndrome, and Münchausen syndrome by proxy in a clinical setting. All children referred to the Pediatric Unit of the Department of Pediatrics of the Catholic University Medical School (Agostino Gemelli Hospital) in Rome were recruited between November 2007 and March 2010. An experienced interdisciplinary team of medical professionals analyzed all suspected cases. A total of 751 patients were hospitalized. Factitious disorders were diagnosed in 14/751 patients, resulting in a prevalence of 1.8%. Three of 14 (21.4%) patients fulfilled the criteria for Münchausen syndrome. Münchausen syndrome by proxy was identified in four of 751 patients, resulting in a prevalence of 0.53%. The perpetrator was the mother in three of four of these cases. The epidemiological data obtained in this population-based study indicate that the prevalence of factitious disorders, Münchausen syndrome, and Münchausen syndrome by proxy is higher than previously observed. Moreover, early detection was possible thanks to the awareness of an expert interdisciplinary team. We suggest that physicians must consider the possibility of these diagnoses whenever there are discrepancies in a child's illness presentation.

Objective: Five sleep ADHD phenotypes have been hypothesized: (a) the hypo-arousal state of the "primary" form of ADHD, (b) the sleep phase advanced disorder, (c) sleep disordered breathing (SDB), (d) restless legs syndrome and/or periodic limb movements disorder (PLMD), and (e) epilepsy., Method: Five case reports are presented; each child but one underwent video-polysomnography., Results: The first case report is an example of ADHD and SDB, with improvement of hypersomnolence after resolution of sleep apnea. The second case shows the impact of delayed sleep onset latency in the pathogenesis of ADHD, and the efficacy of melatonin. The third case report describes the association with PLMD, with amelioration after iron supplementation. The other two cases are examples of ADHD and epilepsy, with clinical improvement after antiepileptic treatment was started., Conclusion: A diagnostic and therapeutic algorithm should be designed to find the best first-line treatment for ADHD and sleep problems/epilepsy.