RESUMEN
Successful implementation of the Food & Fitness Initiative depended on community partners transforming complex systems to support healthy eating and active living, while addressing health equity. To apply systems thinking in diverse communities and in partnership with stakeholders who had differing levels of education and experience, we assembled a clear conceptual framework, an effective toolkit, and multiple opportunities to build capacity. This article describes the ways that we deployed systems thinking within the initiative, both collectively and at individual sites, and what we learned. Community partners offer advice to others who seek to transform complex systems.
Asunto(s)
Creación de Capacidad/métodos , Participación de la Comunidad , Relaciones Comunidad-Institución , Relaciones Interinstitucionales , Relaciones Interprofesionales , Dieta Saludable , Ejercicio Físico , Abastecimiento de Alimentos , Humanos , Entrevistas como Asunto , Modelos Organizacionales , Desarrollo de Programa , Participación de los Interesados , Análisis de SistemasRESUMEN
This project examines the Northeast Iowa Food and Fitness Initiative, a policy-, community-, and school-based effort to slow children's body mass index (BMI) growth over 6 years. Kindergarteners (K) to fifth graders (5) from 10 different school districts participated (N = 4101). Students with 0 to 1 years of initiative exposure showed greater growth in BMI compared with children who had 2 to 6 years of exposure, resulting in K-5 BMI savings of 1.5 points (6 lb) for median-height boys and girls. Results suggest that changes to policies, communities, and schools may provide effective obesity reduction in children.
Asunto(s)
Índice de Masa Corporal , Obesidad/prevención & control , Obesidad/terapia , Niño , Preescolar , Femenino , Humanos , Iowa , Masculino , Instituciones AcadémicasRESUMEN
Digital X-ray radiogrammetry (DXR) is a technique to estimate bone mineral density (BMD) that can be available in any area able to take a standard radiograph of the hand. We aimed to establish the precision of this technique and compare this with that obtained by dual energy X-ray absorptiometry (DXA) at the hip and spine. We compared DXA and DXR in 28 women with osteoporosis defined by DXA at the femoral neck and in 28 women with normal BMD. We found that DXR has excellent precision of 0.004 g/cm(2) compared with 0.021 g/cm(2) and 0.015 g/cm(2) obtained by DXA at the hip and spine, respectively. We conclude that DXR measured by the automated Pronosco system has excellent precision.