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Clinical weight management programs face low participation. The authors assessed whether using electronic health record (EHR) data can identify variation in referral, consent, and engagement in a pediatric overweight and obesity (OW/OB) intervention. Using Epic EHR data collected between August 2020 and April 2021, sociodemographic and clinical diagnostic data (ie, International Classification of Disease [ICD] codes from visit and problem list [PL]) were analyzed to determine their association with referral, consent, and engagement in an OW/OB intervention. Bivariate analyses and multivariable logistic regression modeling were performed, with Bayesian inclusion criterion score used for model selection. Compared with the 581 eligible patients, referred patients were more likely to be boys (60% vs. 54%, respectively; P = 0.04) and have a higher %BMIp95 (119% vs. 112%, respectively; P < 0.01); consented patients were more likely to have a higher %BMIp95 (120% vs. 112%, respectively; P < 0.01) and speak Spanish (71% vs. 59%, respectively; P = 0.02); and engaged patients were more likely to have a higher %BMIp95 (117% vs. 112%, respectively; P = 0.03) and speak Spanish (78% vs. 59%, respectively; P < 0.01). The regression model without either ICD codes or PL diagnoses was the best fit across all outcomes, which were associated with baseline %BMIp95 and health clinic location. Neither visit nor PL diagnoses helped to identify variation in referral, consent, and engagement in a pediatric OW/OB intervention, and their role in understanding participation in such interventions remains unclear. However, additional efforts are needed to refer and engage younger girls with less extreme cases of OW/OB, and to support non-Hispanic families to consent.

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OBJECTIVES: To investigate if digital approaches can ameliorate the known consequences of social-distancing restrictions in the context of the global COVID-19 pandemic for adolescent participants originally registered for a face-to-face outpatient weight regulation program and whether video-based multiprofessional outpatient obesity therapy is successful for a group of adolescents with preexisting obesity. METHODS: The certified KiCK outpatient training program for children and adolescents with overweight and obesity was remodeled as a consequence of the lockdown traditional face-to-face program to a completely digital and video-based format on short notice. The virtual approach was compared with the results of the conventional program regarding metabolic parameters, body mass index standard deviation score (BMI SDS), well-being, and physical fitness. RESULTS: Sixty-nine of 77 enrolled participants for KiCK (age 8 to 17 years, BMI z score >2.0) were able and willing to participate virtually. After the first lockdown significant improvements of BMI SDS (mean 0.18; p=0.02), homeostasis model assessment (HOMA) index (mean 1.4; p=0.016), triglycerides (mean 0.18 mmol/dL; p=0.021), 6 minute-walk-test (mean 97.0 m; p=0.030, and well-being according to the World Health Organization 5 (WHO-5) questionnaire (mean 2.5; p=0.002) were found after the virtual intervention, which was comparable to the results observed previously in matched pairs data from the program during the pre-COVID period. After the end of the second lockdown weight SDS, BMI SDS, HOMA INDEX, and cholesterol were also measured reduced compared to baseline parameters measured before program initiation. Walking distance in the 6 MWT and improvement in general well-being in the WHO-5 questionnaire also persisted. CONCLUSIONS: These results indicate good acceptance and efficacy of the video-intervention for youth with overweight and obesity during the lockdown, supporting the use of virtual modules in future programs after the pandemic.

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BACKGROUND: Since only few longitudinal studies with appropriate study designs investigated the relationship between objectively measured physical activity (PA) and overweight, the degree PA can prevent excess weight gain in children, remains unclear. Moreover, evidence is limited on how childhood overweight determines PA during childhood. Therefore, we analyzed longitudinal trajectories of objectively measured PA and their bi-directional association with weight trajectories of children at 2- and 6-year follow-ups. METHODS: Longitudinal data of three subsequent measurements from the IDEFICS/I.Family cohort study were used to analyze the bi-directional association between moderate-to-vigorous PA (MVPA) and weight status by means of multilevel regression models. Analyses comprised 3393 (2-year follow-up) and 1899 (6-year follow-up) children aged 2-15.9 years from eight European countries with valid accelerometer data and body mass index (BMI) measurements. For categorized analyses, children's weight status was categorized as normal weight or overweight (cutoff: 90th percentile of BMI) and children's PA as (in-) sufficiently active (cutoffs: 30, 45 and 60 min of MVPA per day). RESULTS: Children engaging in at least 60 min MVPA daily at baseline and follow-ups had a lower odds of becoming overweight (odds ratio [OR] at 2-year follow-up: 0.546, 95% CI: 0.378, 0.789 and 6-year follow-up: 0.393, 95% CI: 0.242, 0.638), compared to less active children. Similar associations were found for 45 min MVPA daily. On the other side, children who became overweight had the lowest odds to achieve 45 or 60 min MVPA daily (ORs: 0.459 to 0.634), compared to normal weight children. CONCLUSIONS: Bi-directional associations between MVPA and weight status were observed. In summary, at least 60 min MVPA are still recommended for the prevention of childhood overweight. To prevent excess weight gain, 45 min MVPA per day also showed preventive effects.

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Background: National Health and Nutrition Examination Survey data from the 1960s to 2010s confirm that pediatric obesity rates are increasing. To assess obesity in the Military Health System (MHS), we evaluated a pediatric cohort's trends in BMI categorization from 2009 to 2016. Methods: We identified two age-based pediatric cohorts in the United States using the MHS Data Repository. We tracked them for BMI from 2009 to 2016. We calculated BMI percentiles and z-scores using validated growth charts, and biologically implausible BMI z-scores were removed from analyses. Using the Stuart-Maxwell test, we assessed the percent change in BMI categorization from 2009 to 2016 and stratified by age group. Results: Our cohort consisted of 130,675 pediatric patients (52.2% males and 47.8% females). The proportion in each BMI categorization changed significantly from 2009 to 2016 in all groups (p < 0.001). Increases in the Overweight and Moderate or Severe Obesity categories were observed in all age groups (2-5, 6-10, and 2-10), and increases in Obese were observed in 6-10-year olds. Most shifts occurred from healthy-weight individuals increasing in BMI category. Conclusions: We observed a significant increase in the proportion of children with overweight and obesity in a nationally representative MHS cohort from 2009 to 2016. The prevalence of obesity, but not overweight, in our cohort mirrored the civilian population. Increasingly heavier MHS and civilian children have implications for our future military force, as they are ineligible for military service if unable to meet weight standards.

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PURPOSE: Determine prevalence of overweight and obesity as reported in Head Start Program Information Reports. DESIGN: Serial cross-sectional census reports from 2012-2018. SETTING: Head Start programs countrywide, aggregated from program level to state and national level. SUBJECTS: Population of children enrolled in Head Start with reported weight status data. MEASURES: Prevalence of overweight (body mass index [BMI] ≥85th percentile to <95th percentile) and obesity (BMI ≥95th percentile). ANALYSIS: Used descriptive statistics to present the prevalence of overweight and obesity by state. Performed unadjusted regression analysis to examine annual trends or average annual changes in prevalence. RESULTS: In 2018, the prevalence of overweight was 13.7% (range: 8.9% in Alabama to 20.4% in Alaska). The prevalence of obesity was 16.6% (range: 12.5% in South Carolina to 27.1% in Alaska). In the unadjusted regression model, 34 states and the District of Columbia did not have a linear trend significantly different from zero. There was a statistically significant positive trend in obesity prevalence for 13 states and a negative trend for 3 states. CONCLUSION: The prevalence of obesity and overweight in Head Start children remained stable but continues to be high. Head Start reports may be an additional source of surveillance data to understand obesity prevalence in low-income young children.

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Despite increased reimbursement for registered dietitian nutritionists (RDNs), few studies have assessed the potential of integrating them into primary care clinics to support pediatric weight management. To assess the feasibility and effectiveness of this approach, RDNs were introduced into 8 primary care practices in North Carolina. This mixed-methods study combined (1) interviews and focus groups with RDNs and clinic personnel, (2) comparison of change in body mass index (BMI) z-score in study practices to change in historical comparison groups, and (3) analysis of behavior and BMI change for RDN utilizers. Qualitative data were coded thematically, and McNemar's and Wilcoxon signed-rank tests were used for quantitative data. RDN integration was good, but average referral rate for eligible children was 19.4%; 48.4% of those referred utilized the RDN (most fewer than 3 times). Using the full analysis set, there was no difference in change in BMI z-score for intervention and comparison groups. For RDN utilizers, the average change in BMI z-score was -0.089 (P < .001), and there was statistically significant improvement in 7 of 8 health behaviors. Integrating RDNs into primary care practices was feasible and possibly effective for utilizers. Reaping potential benefits of RDN co-location would require increasing low referral and utilization rates.

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Background and Objectives. The purpose of the study was to investigate the relationship between children's birth weight/length and a risk of overweight and obesity. Materials and Methods. The study involved 747 children from kindergartens, as well as primary and middle schools from southeastern Poland. All the subjects were examined on fasting status. Each child was examined for body mass and height, in order to calculate their body mass index (BMI), and BMI centile. The parents completed a questionnaire related to basic information about the child and the family. Results. In the study group, the male infants presented greater birth body weight and birth body length. A comparison of the distribution of birth weights and lengths between the children with normal BMI and with high BMI showed statistically significant differences only in the case of birth length of 12-15-year-old children and in the group of boys aged 12-15 years. In the case of the female children and the group of 7-11-year-olds a statistically significant difference was found in the BMI centile at a later age-a higher centile was found in the girls and in the children aged 7-11 years classified as adequate for gestational age (AGA). Conclusions. Birth body weight is positively related to BMI centile; however, no significant differences were found in birth weight between children with overweight/obesity and children with normal body weight. Birth length is associated with a lower BMI centile only in boys aged 12-15 years, and lower birth length is found in boys with overweight and obesity.

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Background: This study investigated whether change in maternal BMI was associated with change in child's moderate-to-vigorous physical activity (MVPA) and prolonged sedentary time during the course of family-based behavioral interventions (FBBIs) for pediatric weight management. Methods: Children (n = 120) ages 5-12 [mean age = 9.04 ± 1.7) years with a baseline BMI ≥85th percentile (mean BMIz = 1.8 ± 0.5) and families were enrolled in one of three similar FBBIs for pediatric weight management and followed over 6-12 months. Activity data were collected through accelerometers. Mixed effects regression models assessed the relationship of maternal change in BMI to child change in (1) minutes/d of MVPA and (2) proportion of time spent in sedentary bouts lasting ≥10 minutes (termed prolonged sedentary time), and whether the effect of maternal BMI change was moderated by child age, sex, and race/ethnicity. Results: A decrease in maternal BMI was associated with both an increase in child MVPA, B = -2.77, t = -2.03, p = 0.048, and a decrease in proportion/d of prolonged sedentary time, B = 0.02, t = 2.40, p = 0.020, from baseline to follow-up. Child age moderated the association between maternal BMI change and change in child prolonged sedentary time (p = 0.095), whereby the association was limited to 5- to 10-year-olds and became stronger as age decreased. Conclusions: Improvement in maternal BMI showed important positive associations with child MVPA and prolonged sedentary time over the course of FBBIs for pediatric weight management. Targeting parent weight loss could improve child outcomes in FBBIs, particularly in younger children.

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This project applied a quality improvement design to assess perceived barriers to pediatric overweight and obesity guideline implementation in school-based health centers. An electronic survey was administered to nurse practitioners and licensed practical nurses working in school-based health centers in New York. The most commonly cited primary care-based barriers were lack of patient compliance, family lifestyle, and the poor dietary practices and sedentary behaviors common in America. The most commonly cited school-based barriers were that children have little control over the groceries purchased and foods cooked at home and the lack of parent presence during appointments.

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Objectives Asian Americans are highly diverse in cultural, socioeconomic, and health conditions. We aimed to identify socioeconomic and cultural profiles of subgroups of Asian American children at high risk of obesity or overweight to inform targeted interventions. Methods A sample of 841 Asian American children and adolescents ages 6-19 from the 2011-2016 National Health and Nutrition Examination Survey was used. Multivariable logistic regression modeling was conducted. Analyses were also stratified by age (6-11 vs. 12-19). Key variables of interest were Asian ethnicity (Chinese, Korean/Japanese, Filipino, South Asian, and Southeast Asian) and parental educational level. Models adjusted for age, gender, nativity status, parental nativity status, and health insurance coverage. Results Filipino (AOR 2.79; 95% CI 1.30-6.00), Japanese/Korean (AOR 2.55; 95% CI 1.21-5.38), Southeast Asian (AOR 2.54; 95% CI 1.63-3.94), and South Asian (AOR 2.10; 95% CI 1.01-4.36) children ages 6-19 had higher odds of being obese/overweight than Chinese. Filipino (AOR 3.24; 95% CI 1.11-9.49) and Southeast Asian (AOR 2.47; 95% CI 1.22-5.01) ethnicities were associated with higher risk of obesity/overweight in adolescents ages 12-19. Having a parent with a 4-year college or advanced degree was inversely associated with obesity/overweight in US-born Asian adolescents (AOR 0.34; 95% CI 0.14-0.78). Conclusions for Practice Asian American children and adolescents in some Asian ethnic subgroups may be at higher risk of obesity/overweight than in others. Higher parental education level appears to protect US-born Asian American adolescents from being obese/overweight. Multi-sectoral efforts are needed to better understand and address sociocultural processes that increase childhood obesity/overweight in high-risk Asian subgroups.

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This study identified and characterized the rates of documentation and guideline-based management of overweight and obese children within an academic pediatric clinic through a retrospective electronic medical record review of 7422 well-child visits in 2016. Diagnosis and treatment were analyzed by patient's weight diagnosis, sex, age, and provider training level. The percentages of correctly identified severely obese (90.2%), obese (77.0%), and overweight (42.0%) children were much higher than in previous retrospective chart reviews; however, less than 30% of children were referred for more intensive weight management to a dietitian or pediatric obesity weight management program. Increased provider training level was associated with a lower adherence to pediatric obesity guidelines. Strategic modifications to electronic medical records that automatically offer body mass index-associated weight diagnoses with a link to treatment pathways and resources are needed to facilitate improved compliance with current pediatric obesity guidelines in the primary care setting.

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An emerging literature suggests that poor executive control (EC) may be associated with clinical weight problems, e.g., body mass index (BMI) for age percentile ≥85 in children. However, our understanding of the impact of EC on overweight and obesity in childhood is limited by the lack of longitudinal studies spanning critical developmental periods and assessing EC using comprehensive performance-based batteries. The current study addresses these limitations in a longitudinal examination of 212 children who completed an extensive laboratory-based EC task battery in preschool (age 4 years and 6 months) and were followed through elementary school (Grades 1 through 4) with objective measures of weight status. The logistic regression results indicate that poorer EC in preschool is associated with significantly greater risk for clinical weight problems (either overweight or obese status, as defined by BMI-for-age percentile ≥ 85) in elementary school, controlling for maternal education. EC in preschool was not significantly associated with risk for obese status, specifically (defined by BMI-for-age percentile ≥ 95), but the trend was in the expected direction. The results suggest that early executive abilities are relevant for children's subsequent health status, with deficits in EC in the critical period of preschool conferring risk for later problems with weight. Based on these findings, early interventions to promote stronger EC may be a promising, yet currently overlooked, component in pediatric obesity prevention efforts.

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The objective of this article was to determine (1) the existence of individually varying patterns of physical activity, sedentary behavior, and nutrition intake risk; and (2) how these risk-patterns relate to youth's demographics, Body mass index (BMI) and psychosocial functioning. Participants (N = 9,304) from the 2007 8th Grade Early Childhood Longitudinal Study Cohort completed the revised Self-Description Questionnaire II. Age, sex, height, and weight were used to calculate body mass index (BMI) z scores and percentiles. Three risk profiles emerged via Latent Profile Analyses: "Active + Healthy Diet" (AHD; 16.3% Obese); "Sedentary + Unbalanced Diet" (SUD; 21.3% Obese); and "Screen-Time + Recreational Food" (STRF; 25.0% Obese). Significant differences in BMIs, psychosocial factors, and demographic characteristics were found across the profiles. Differential patterns of physical activity, sedentary behavior, and nutritional choices were found to predict BMI and psychosocial functioning. These findings may be helpful to refine and develop modular-based prevention and weight control intervention programs.

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ABSTRACT OBJECTIVE The objective of this study is to establish cutoff points for the number of steps/day and minutes/day of moderate to vigorous physical activity in relation to the risk of childhood overweight and obesity and their respective associations. In addition, we aim to identify the amount of steps/day needed to achieve the recommendation of moderate to vigorous physical activity in children from São Caetano do Sul. METHODS In total, 494 children have used an accelerometer to monitor steps/day and the intensity of physical activity (min/day). The moderate to vigorous physical activity has been categorized according to the public health recommendation (≤ 60 versus > 60 min/day). Overweight or obesity is defined as body mass index > +1 SD, based on reference data from the World Health Organization. The data on family income, education of parents, screen time, diet pattern, and sedentary time have been collected by questionnaires. Logistic regression and Receiver Operating Characteristic curves have been constructed. RESULTS On average, boys walked more steps/day (1,850) and performed more min/day of moderate to vigorous physical activity (23.1) than girls. Overall, 51.4% of the children have been classified as eutrophic and 48.6% as overweight or obese. Eutrophic boys walked 1,525 steps/day and performed 18.6 minutes/day more of moderate to vigorous physical activity than those with overweight/obesity (p < 0.05). The same has not been found in girls (p > 0.05). The cutoff points to prevent overweight and obesity in boys and girls were 10,500 and 8,500 steps/day and 66 and 46 min/day of moderate to vigorous physical activity, respectively. The walking of 9,700 steps/day for boys and 9,400 steps/day for girls ensures the scope of the recommendation of moderate to vigorous physical activity. CONCLUSIONS In boys, steps/day and moderate to vigorous physical activity have been negatively associated with body mass index, regardless of race, family income, education of parents, screen time, diet pattern, and sedentary time. We suggest, for steps/day and moderate to vigorous physical activity, studies with different ages and populations, with different designs, so as to inform the cause and effect relationship with various health parameters.

RESUMO OBJETIVO Estabelecer pontos de corte para o número de passos/dia e min/dia de atividade física com intensidade moderada a vigorosa em relação ao risco do excesso de peso e obesidade infantil e suas respectivas associações. Além de identificar a quantidade de passos/dia necessários para atingir a recomendação de atividade física de moderada a vigorosa em crianças de São Caetano do Sul. MÉTODOS No total, 494 crianças usaram acelerômetro para monitorar os passos/dia e a intensidade da atividade física (min/dia). A atividade física de moderada a vigorosa foi categorizada de acordo com a recomendação de saúde pública (≤ 60 versus > 60 min/dia). Excesso de peso ou obesidade foi definido como índice de massa corporal > +1 DP, com base nos dados de referência da Organização Mundial de Saúde. Renda familiar, escolaridade dos pais, tempo de tela, padrão de dieta, e tempo sedentário foram coletados por questionários. Foram construídas curvas Receiver Operating Characteristic e regressão logística. RESULTADOS Em média, os meninos realizaram mais passos/dia (1.850) e min/dia de atividade física de moderada a vigorosa (23,1) do que as meninas. No geral, 51,4% das crianças foram classificadas como eutróficas e 48,6% com excesso de peso ou obesidade. Meninos eutróficos realizavam 1.525 passos/dia e 18,6 min/dia de atividade física de moderada a vigorosa a mais do que aqueles com excesso de peso/obesidade (p < 0,05). O mesmo não foi encontrado nas meninas (p > 0,05). Os pontos de corte para evitar excesso de peso e obesidade nos meninos e meninas foram 10.500 e 8.500 passos/dia e 66 e 46 min/dia de atividade física de moderada a vigorosa, respectivamente. A realização de 9.700 passos/dia (meninos) e 9.400 passos/dia (meninas) garante o alcance da recomendação de atividade física de moderada a vigorosa. CONCLUSÕES Nos meninos, passos/dia e atividade física de moderada a vigorosa foram negativamente associados com o índice de massa corporal, independentemente da raça, renda familiar, escolaridade dos pais, tempo de tela, padrão de dieta e tempo sedentário. Sugere-se para passos/dia e atividade física de moderada a vigorosa, estudos em diversas idades e populações, com diferentes delineamentos, para assim informar a relação causa e efeito com diversos parâmetros de saúde.

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PURPOSE: To determine if a guideline-based electronic health record (EHR) template and staff education would increase diagnosis and treatment of overweight and obese children. METHOD: At a large pediatric office, a minitemplate was customized to pediatric obesity evidence-based practice guidelines. Staff were educated regarding current guidelines and instructed to merge minitemplate to EHR encounters in which body mass indexes (BMIs) were greater than the 85th percentile, thus integrating assessment questions, overweight or obese diagnoses, and triggered treatment order sets. RESULTS: A total of 9701 charts of 2- to 18-year-old patients presenting over 6 months were reviewed. Preintervention, 52% with BMIs greater than the 85th percentile had diagnoses of overweight or obese in problem lists; 86% received treatment when diagnosed. Postintervention, 75% had diagnoses in problem lists, and 96% received treatment. CONCLUSION: This initiative illustrated how EHR customization and staff education improved the diagnosis and treatment of pediatric overweight and obesity.

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The purpose of the Pediatric Overweight Quality Improvement Initiative (POWQII) was to demonstrate the feasibility and value of simple interventions for improving pediatric care and to address the additional needs of overweight and obese children. Practices were recruited from around New Mexico, with 16 pediatricians completing the POWQII within 9 to 12 months. Initially, documentation of BMI percentile across all practices was only 49%, increasing to more than 90% on average following the first intervention and eventually reaching an average of 99%. Nutrition and physical activity counseling started at 52% and 39%, respectively, increasing to 87% for nutrition and 77% for physical activity. Diagnosis of POW patients improved over the course of the POWQII (67% to 94%). This intervention's potential impact can extend to a larger population of patients, resulting in twice as many receiving screening for POW and increasing best practices known to improve ongoing care and patient outcomes.

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