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Background: The National Institutes of Health's Clinical and Translational Sciences Award program emphasizes the need to speed up the process of putting evidence-based practices into place. One strategy they promote is community engagement; however, few studies describe a process for meaningfully engaging communities in the translation process., Objective: This article describes steps taken by a university- community partnership to create a plan for implementing evidence-based physical education (PE) practices in rural schools. This partnership's efforts resulted in the acquisition of a $1.86 million grant to implement the plan., Methods: Qualitative data collected during the planning process were analyzed using content analysis., Results: Key steps included undertaking a baseline assessment of community needs, reviewing and selecting evidence-based practices, developing a multilevel, community-driven action plan and establishing its feasibility with community stakeholders., Lessons Learned: These steps could be applied to other health topics across a variety of settings. Several strategies that made the process successful are described. Recommendations are made for expanding the roles of Clinical and Translational Science Awards (CTSAs) and local health foundations in supporting community-engaged translational research., Conclusions: University-community partnerships have the potential to create plans and obtain large-scale funding for translating evidence-based research into practice.

Introduction: Many American children do not meet recommendations for moderate to vigorous physical activity (MVPA). Although school-based physical education (PE) provides children with opportunities for MVPA, less than half of PE minutes are typically active. The purpose of this study is to estimate the cost effectiveness of a state "active PE" policy implemented nationally requiring that at least 50% of elementary school PE time is spent in MVPA., Methods: A cohort model was used to simulate the impact of an active PE policy on physical activity, BMI, and healthcare costs over 10 years for a simulated cohort of the 2015 U.S. population aged 6-11 years. Data were analyzed in 2014., Results: An elementary school active PE policy would increase MVPA per 30-minute PE class by 1.87 minutes (95% uncertainty interval [UI]=1.23, 2.51) and cost $70.7 million (95% UI=$51.1, $95.9 million) in the first year to implement nationally. Physical activity gains would cost $0.34 per MET-hour/day (95% UI=$0.15, $2.15), and BMI could be reduced after 2 years at a cost of $401 per BMI unit (95% UI=$148, $3,100). From 2015 to 2025, the policy would cost $235 million (95% UI=$170 million, $319 million) and reduce healthcare costs by $60.5 million (95% UI=$7.93 million, $153 million)., Conclusions: Implementing an active PE policy at the elementary school level could have a small impact on physical activity levels in the population and potentially lead to reductions in BMI and obesity-related healthcare expenditures over 10 years., (Copyright © 2015 American Journal of Preventive Medicine. Published by Elsevier Inc. All rights reserved.)

Purpose: The present study of doctoral physical education teacher education (D-PETE) programs was part of a longitudinal study that provided an extensive description of demographics including: (a) doctoral program characteristics, (b) faculty, and (c) doctoral students/graduates., Method: This trend study incorporated 3 data sets (2005-2006, 2008-2009, and 2011-2012) that described the characteristics of D-PETE programs. Academic heads of D-PETE programs provided demographic information on their doctoral students, faculty, and institutional characteristics for the 2005-2006, 2008-2009, and 2011-2012 academic years and selected summary data from 1996-1997 through 2011-2012., Results/conclusion: As a result of this longitudinal data collection, the following trends were revealed. First, there was a decrease in the number of D-PETE programs and an increase of nontenured and part-time pedagogy faculty. Second, initial teacher licensure programs remained in existence at the vast majority of D-PETE programs. Third, funding for doctoral students at D-PETE programs was decreasing. Fourth, racial composition of doctoral graduates and current doctoral students remained largely skewed toward Caucasians. Fifth, there was a slight decline in the percentage of doctoral graduates entering higher education, but employment rates were exceptionally high. Sixth, non-U.S. doctoral students and ABDs were marketable in the United States.

Objective: To describe variation in U.S. state elementary school physical education (PE) policies and to assess associations between state PE policy enactment and education funding, academic achievement, sociodemographic disadvantage, and political characteristics., Methods: U.S. state laws regarding school PE time, staffing, curriculum, fitness assessment, and moderate-to-vigorous physical activity (MVPA) in 2012 were classified as strong/specific, weak/nonspecific, or none based on codified law ratings within the Classification of Laws Associated with School Students (C.L.A.S.S.). Laws were merged with state-level data from multiple sources. Logistic regression was used to determine associations between state characteristics and PE laws (N=51)., Results: Laws with specific PE and MVPA time requirements and evidence-based curriculum standards were more likely in states with low academic performance and in states with sociodemographically disadvantaged populations. School day length was positively associated with enacting a PE curriculum that referenced evidence-based standards. School funding and political characteristics were not associated with PE laws., Conclusions: Limited time and high-stake testing requirements force schools to prioritize academic programs, posing barriers to state passage of specific PE laws. To facilitate PE policy enactment, it may be necessary to provide evidence on how PE policies can be implemented within existing time and staffing structures., (Copyright © 2014 Elsevier Inc. All rights reserved.)

Background: Schools must play a central role in combating the prevalence of overweight and obesity among children and youths. This cannot be achieved without more robust policy and funding programs at both federal and state levels., Methods: Reviews of meta-analyses were used to assess the efficacy of improving PA/MVPA through interventions in school physical education programs. Individual research studies were reviewed to assess the efficacy of improving PA/MVPA in preschool settings, recess, and classroom activity breaks. Legislation at the federal and state levels was reviewed along with surveillance and accountability mechanisms at the state level., Results: Physical education interventions produce improvements in PA/MVPA if protocols relating to use of time are followed. PA/MVPA in recess can be increased through careful planning for attractive activity opportunities on carefully designed playgrounds. Classroom activity breaks provide important PA/MVPA daily and improve student on-task behavior., Conclusions: Federal legislation is needed to provide guidelines and financial support for states to improve the quantity and quality of PA in school programs. States need to develop clear expectations for quantity and quality of PA programs in schools, surveillance systems to monitor district compliance in meeting those expectations, and an accountability system aimed at ensuring that state expectations are being met with assistance for districts that do not meet expectations.