Benign paroxysmal torticollis is an under-recognized cause of torticollis of early infancy. The attacks usually last for less than 1 week, recur from every few days to every few months, improve by age 2 years, and end by age 3. There very frequently is a family history of migraine. We did a detailed analysis of 10 cases of benign paroxysmal torticollis, seen over 5 years, and compared our findings with those in the 103 cases in the literature. Detailed neurodevelopmental assessments, available only in our cases, showed accompanying gross motor delays in 5/10 children, with additional fine motor delays in 3/5. As the benign paroxysmal torticollis improved, so did the gross motor delays in 3/5, and the fine motor delays in 1/3. In all of our cases, at least 2 other family members had migraine. Benign paroxysmal torticollis is likely an age-sensitive, migraine-related disorder, commonly accompanied by delayed motor development.

Summary Lennox‐Gastaut syndrome (LGS) is a severe epileptic encephalopathy that shares many features and characteristics of other treatment‐resistant childhood epilepsies. Accurate and early diagnosis is essential to both prognosis and overall patient management. However, accurate diagnosis of LGS can be clinically challenging. This article summarizes key characteristics of LGS and areas of overlap with other childhood epilepsies. Drawing upon input from a committee of established LGS experts convened in June 2012 in Chicago, Illinois, the authors highlight key diagnostic tests for making the differential diagnosis and propose a diagnostic scheme for people with suspected LGS.

Summary Transition is the process of preparing children with chronic illness and their families for the adult health care system. In patients with Lennox‐Gastaut syndrome (LGS) and related disorders, the process of transition is complicated by the presence of intellectual handicap, treatment‐resistant epilepsy, and behavioral issues. Patients who are not successfully transitioned to adult care may end up without specialty care, may not receive satisfactory adult services, may lack adequate follow‐up and access to newer therapies, and may lack appropriate management of comorbid conditions. Several family related and clinician‐related barriers can inhibit the transition process. Transition strategies that maximize each patient’s ability to achieve his or her potential and optimize self‐sufficiency may lead to better social outcomes. Adolescent clinics that include members of the pediatric and adult neurology teams may help ensure a smooth transition to adult care, although studies are needed to objectively establish the best model. Results are reported from a survey of 133 symposium attendees on the topic of practice characteristics and issues related to transitioning care. Results suggested a great deal of dissatisfaction about the process of transition, especially for patients with intellectual handicap. We provide suggestions for developing a transition program, including identifying a willing adult service, adapting a multidisciplinary approach, addressing legal and psychosocial issues, and celebrating rites of passage.