Treating Adolescent Opioid Use Disorder in Primary Care.

This survey study explores primary care pediatricians' preparedness to counsel and treat adolescents with opioid use disorder (OUD) and perceived barriers to prescribing OUD medications.

Examining Early Career Pediatrician Characteristics, Sacrifices, and Satisfaction.

OBJECTIVE: Explore relationships between pediatrician characteristics, sacrifices made for career, and career and life satisfaction. METHODS: Surveys of early career pediatricians (ECPs) who recently graduated residency (2016-18), as part of the AAP Pediatrician Life and Career Experience Study (PLACES) were administered in 2019. Logistic regression analyzed association of pediatrician characteristics with personal sacrifices (a lot vs some or no sacrifices) made for one's career and whether career was worth the sacrifices made to become a physician, and association of characteristics and sacrifices with overall career and life satisfaction. RESULTS: Of 918 ECPs in the cohort, 90% responded to the 2019 survey. Seventy-seven percent agreed their career was worth the sacrifices and 40% reported they made a lot of personal sacrifices for their career. In multivariable analysis, female sex was associated with lower odds of viewing career as worth the sacrifices made [adjusted odds ratio [aOR] 0.45; 95% confidence interval [CI], 0.28-0.71], a higher odds of delaying starting a family [aOR 2.25; CI, 1.32-3.86] and making sacrifices in having children for career [aOR 2.60; CI, 1.48-4.58]. Those in fellowship training also reported making more sacrifices related to having children for their career [aOR 1.73; CI, 1.08-2.78]. ECPs who reported making a lot of sacrifices for their career were less likely to be satisfied with their overall career and life. CONCLUSIONS: Most ECPs believe their sacrifices to become a pediatrician were worth it. Female pediatricians were less likely to feel personal sacrifices were worth it and reported more sacrifices related to having children.

Pediatrician-Reported Injury Prevention Anticipatory Guidance by Patient Age Group.

OBJECTIVE: Unintentional injuries remain a leading cause of death for children and adolescents older than 1 year. Injury prevention has long been a cornerstone of anticipatory guidance. Previous studies have established the sustained efficacy of injury prevention anticipatory guidance in pediatric primary care. This study examines the topical emphasis of injury prevention anticipatory guidance by patient age, with special attention given to the rate of water safety anticipatory guidance across 4 patient age groups. METHODS: A nationwide, random sample of AAP member pediatricians was surveyed on their experiences, attitudes, and practices related to injury prevention anticipatory guidance, including barriers to delivering anticipatory guidance. RESULTS: Of the respondents who reported providing direct patient care, 92% considered injury prevention anticipatory guidance a priority issue. The content of that injury prevention guidance varied considerably by patient age. Roughly half (53%) reported counseling families with adolescents on water safety/drowning prevention, which represents a statistically significant decrease relative to other patient age groups. CONCLUSIONS: Reported injury prevention anticipatory guidance is high across different mechanisms of injury. However, fewer pediatricians deliver drowning prevention anticipatory guidance to adolescents than to younger patients. Targeted outreach and education to increase injury prevention anticipatory guidance, especially for adolescent patients, should be part of a multipronged approach to decrease drowning and other injury deaths.

The Effect of Electronic Health Record Burden on Pediatricians' Work-Life Balance and Career Satisfaction.

OBJECTIVES: To examine pediatricians' perspectives on administrative tasks including electronic health record (EHR) documentation burden and their effect on work-life balance and life and career satisfaction. METHODS: We analyzed 2018 survey data from the American Academy of Pediatrics (AAP) Pediatrician Life and Career Experience Study (PLACES), a longitudinal cohort study of early and midcareer pediatricians. Cohorts graduated from residency between 2002 and 2004 or 2009 and 2011. Participants were randomly selected from an AAP database (included all pediatricians who completed U.S. pediatric residency programs). Four in 10 pediatricians (1,796 out of 4,677) were enrolled in PLACES in 2012 and considered participants in 2018. Data were weighted to adjust for differences between study participants and the overall population of pediatricians. Chi-square and multivariable logistic regression examined the association of EHR burden on work-life balance (three measures) and satisfaction with work, career, and life (three measures). Responses to an open-ended question on experiences with administrative tasks were reviewed. RESULTS: A total of 66% of pediatrician participants completed the 2018 surveys (1,192 of 1,796; analytic sample = 1,069). Three-fourths reported EHR documentation as a major or moderate burden. Half reported such burden for billing and insurance and 42.7% for quality and performance measurement. Most pediatricians reported satisfaction with their jobs (86.7%), careers (84.5%), and lives (66.2%). Many reported work-life balance challenges (52.5% reported stress balancing work and personal responsibilities). In multivariable analysis, higher reported EHR burden was associated with lower scores on career and life satisfaction measures and on all three measures of work-life balance. Open-ended responses (n = 467) revealed several themes. Two predominant themes especially supported the quantitative findings-poor EHR functionality and lack of support for administrative burdens. CONCLUSION: Most early to midcareer pediatricians experience administrative burdens with EHRs. These experiences are associated with worse work-life balance including more stress in balancing responsibilities and less career and life satisfaction.

Gender Discrepancies Related to Pediatrician Work-Life Balance and Household Responsibilities.

BACKGROUND: Physicians must balance career and home responsibilities, yet previous studies on work-life balance are focused primarily on work-based tasks. We examined gender discrepancies and factors related to household responsibilities and work-life balance among pediatricians. METHODS: We used 2015 data from the American Academy of Pediatrics Pediatrician Life and Career Experience Study, a longitudinal study of early-career pediatricians. χ2 tests and multivariable logistic regression were used to examine the effects of gender on household responsibilities, satisfaction, and work-life balance attainment. We formally reviewed responses from 2 open-ended questions on work-life balance challenges and strategies for common themes. RESULTS: Seventy-two percent of participants completed the survey (1293 of 1801). Women were more likely than men to report having primary responsibility for 13 of 16 household responsibilities, such as cleaning, cooking, and routine care of children (all P < .001). All gender differences except budget management remained significant when controlling for part-time work status and spouse or partner work status (P < .05). Women were less satisfied with their share of responsibilities relative to others (52% vs 62%; P < .001), and few women and men report being very successful at achieving balance between their job and other life areas (15% vs 19%, respectively; P = .05). Open-ended responses (n = 1145) revealed many barriers to achieving work-life balance. Strategies to increase work-life balance included reducing work hours, outsourcing household-related work, and adjustments to personal responsibilities and relationships. CONCLUSIONS: Female pediatricians spend more time on household responsibilities than male pediatricians, and gender is a key factor associated with work-life balance satisfaction.

Vital capacity helps predict pulmonary complications after rib fractures.

BACKGROUND: Traumatic rib fractures are associated with significant morbidity. Vital capacity (VC) assesses pulmonary function; however, limited data link VC to patient outcomes. Our objective was to determine if VC predicted complications and disposition in patients with rib fractures. METHODS: This is a retrospective chart review of all patients with fractured ribs admitted to a Level 1 trauma center during a 4-year period. Patients were excluded if no VC was performed within 48 hours of admission. Data collected included demographics, hospital/intensive care unit length of stay, epidural, discharge to home versus extended care facility, mortality, chest Abbreviated Injury Scale (AIS) score, Injury Severity Score (ISS), number of rib fractures, hemothorax/pneumothorax, presence of pulmonary contusion, presence of chest tube, chronic obstructive pulmonary disease, and average daily VC (percentage of predicted). Pulmonary complication was defined as pneumonia, need for intubation, new home O2 requirement, readmission for pulmonary issue, or intensive care unit transfer. Statistical analysis was performed using χ and multivariate logistic regression. RESULTS: Of 801 patients with rib fractures, 683 had VC performed within 48 hours. Average age was 53 years, median ISS was 13 (interquartile range, 9-18), and median length of stay was 5 days. Most (72%) were discharged home, and 26% went to extended care facility. Ten percent developed a pulmonary complication, and there were nine deaths. Every 10% increase in VC was associated with 36% decrease in likelihood of pulmonary complication. Patients with a VC greater than 50% had a significantly lower association of pulmonary complication (p = 0.017), and a VC of less than 30% was independently associated with pulmonary complication (odds ratio, 2.36). CONCLUSION: Patients with fractured ribs and VC of less than 30% have significant association for pulmonary complication. Higher VC is associated with lower likelihood of pulmonary complication. VC may help identify those at risk for complications after rib fractures, but a prospective study is necessary to confirm these findings. LEVEL OF EVIDENCE: Prognostic/epidemiologic study, level IV.