Feasibility of using "SMARTER" methodology for monitoring precipitating conditions of pediatric migraine episodes.

OBJECTIVE: To evaluate the feasibility in children of an intensive prospective data monitoring methodology for identifying precipitating conditions for migraine occurrence. BACKGROUND: Migraine headaches are a common pain condition in childhood and can become increasingly chronic and disabling with repeated episodes. Identifying conditions that forecast when a child's migraine is likely to occur may facilitate next-generation adaptive treatments to prevent future migraine attacks. METHODS: In this cohort study of a sample of 30 youth (ages 10-17) with migraine recruited through a pediatric headache clinic, smartphones supplemented with wearable biosensors were used over a period of 28 days to collect contextual data thought to be potentially relevant to headache occurrence. Self-reported data on headache occurrence, lifestyle, and perceptions of the environment were collected in 4 epochs per day using custom real-time reporting software. Data derived from the wearable biosensor included information on autonomic arousal and physical activity. Built-in sensors on participants' own phones also were used to indicate location and to quantify the sensory environment (e.g., ambient noise and light levels). Data fidelity was monitored to evaluate feasibility of the methods, and participant acceptability was assessed via an end-of-study survey. RESULTS: Self-report data were obtained on a mean of 88.9% (24.9/28) of assigned days (SD = 22.4%) and at a mean of 68.9% (77.2/112) of assigned moments (SD = 24.5%). Data from the wearable biosensor were obtained for a mean of 18.7 hours per day worn (SD = 2.3 hours), with participants on average wearing the sensor on 20.3 days (SD = 9.9). Fidelity of obtaining objective data from phone sensors on the sensory environment and other environmental conditions was highly variable, with these data obtainable from 5 to 22/30 (16.7%-73.3%) of participants' own phones. Most participants (63.3%-100%) responded with at least "somewhat agree" to questions about acceptability of the study methods. However, 5 to 7/30 (16.7%-23.3%) patients indicated difficulties with burden and remembering to wear the sensor. Almost all participants (29/30, 96.7%) agreed that they would want information about when a migraine might occur. CONCLUSIONS: A contemporary data sampling approach comprising ambulatory sensors and real-time reporting appears to be acceptable to most youth with migraine in this study. Reliability of acquiring some data sources from participants' own phones, however, was suboptimal. Further refining these data sampling methods may enable a novel means of predicting and preventing recurrences of migraine episodes in youth.

The Influence of Lifestyle Factors on the Burden of Pediatric Migraine.

There is a gap in patient education and coaching of lifestyle factors related to pediatric migraine, which nurses are in a unique position to fill in order to provide comprehensive care to these patients. In order to help fill this gap, we conducted a targeted review of studies examining migraine and lifestyle factors in children and adolescents. Studies older than 2010, studies examining adults above the age of 18, studies not available in the English language, and secondary sources were excluded from the review. A final sample of 42 studies was included in this review. Lifestyle factors including stress, sleep, obesity, and diet were identified as playing a significant role in increasing the frequency, severity, and duration of migraine attacks in pediatric patients. Based on these findings, a framework is discussed for practical applications of this knowledge by nursing staff working in primary and specialty care clinics.

Development and Assessment of an Abbreviated Acupuncture Curriculum for Pediatricians.

OBJECTIVE: Acupuncture has been shown to improve pain and other health outcomes in children and is well tolerated. However, use of acupuncture by pediatric medical providers is rare, in part due to the cost and time associated with formal training. We aimed to develop an abbreviated acupuncture curriculum and assess its impact and acceptability with academic pediatricians. METHODS: In this pilot study, pediatricians received instruction in 2 acupuncture protocols for treating acute and chronic pain (Battlefield Acupuncture and Four Gates) during a 10-hour course developed by board-certified medical acupuncturists. Learning methods included an online module with videos and articles, 2 live workshops, and additional home practice. Participants completed a skills-based exam and pre- and post-tests measuring knowledge and attitudes about acupuncture treatment. RESULTS: Forty-five physicians (divided among 3 cohorts) began the acupuncture training course, and 38 (84.4%) completed all components. The course significantly increased participants' perceived efficacy of acupuncture for acute and chronic pain. Participants showed significant improvement in acupuncture knowledge. All participants agreed that the course would influence their current medical practice, and all participants felt confident utilizing basic acupuncture. Additionally, all participants indicated that they would recommend the abbreviated acupuncture curriculum to a colleague. CONCLUSIONS: Pediatricians became proficient in 2 acupuncture protocols with a 10-hour curriculum and found the format and content highly acceptable. Future plans include studying acupuncture implementation and expanding the course to other departments and institutions.