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Cigarette smoking among adolescents remains a significant public health concern. This problem is compounded in regions such as rural Appalachia where rates of smoking are consistently higher than national averages and access to treatments is limited. The current research evaluated a home-based contingency management program completed over the Internet with adolescent smokers recruited from rural Appalachia. Participants (N = 62) submitted three video recordings per day showing their breath carbon monoxide (CO) levels using a handheld CO monitor. Participants were assigned to either an active treatment condition (AT: n = 31) in which reductions in breath CO were reinforced or a control treatment condition (CT: n = 31) in which providing timely video recordings were reinforced with no requirement to reduce breath CO. Results revealed that participants in the AT condition reduced their breath CO levels significantly more so during treatment than participants in the CT condition. Within-group comparisons revealed that participants in both conditions significantly reduced their breath CO, self-reported smoking, and nicotine dependence ratings during treatment. However, only participants in the AT condition significantly reduced urinary cotinine levels during treatment, and only participants in this condition maintained all reductions until six-week post treatment. Participants in the CT condition only maintained self-reported smoking reductions until post-treatment assessments. These results support the feasibility and initial efficacy of this incentive-based approach to smoking cessation with adolescent smokers living in rural locations.

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Objective The current study aims to identify the rates of lapses in care and loss to follow‐up before age one through age five for white and nonwhite congenital heart disease (CHD) survivors. Nonwhite CHD survivors were hypothesized to experience an earlier lapse in care and be lost to follow‐up than whites. Design Patients were from a large pediatric hospital and had (1) at least one outpatient cardiology clinic visit or cardiac surgery visit before the age of one and (2) a diagnosis of moderate or complex structural CHD. Cardiology outpatient utilization rates were tracked from before age one through age five. Lapse in follow‐up was defined as not having at least one outpatient cardiology visit per year, and loss to follow‐up was not returning after a lapse in care by age five. Race was categorized as white and nonwhite. Covariates included sex, insurance type, noncardiology inpatient and outpatient hospital utilization, and CHD severity. Results The sample included 1034 patients. Overall, 75.7% experienced a lapse in care with only 41.6% of those returning by age five. Nonwhites experienced lapses in care at younger ages than whites. Nonwhites had a 53% increased risk of lapse in care. Medicaid patients and those with moderate CHD diagnoses also had an increased risk for lapse in care. Conclusions Lapse in care appears prevalent among CHD survivors by age five, with nonwhites demonstrating elevated risk. Future multisite prospective studies should include the assessment of parental knowledge, barriers to accessing care, and satisfaction with care.