). Given that children with LD are likely to be associated with cognitive dysfunction, they may gain greater cognitive benefits from the acute exercise than TD children because the effects induced by the exercise would distinctly compensate for the deficit in EF ( Cook et al., 2015 ; Heller et al., 2014
Chung-Ju Huang, Hsin-Yu Tu, Ming-Chun Hsueh, Yi-Hsiang Chiu, Mei-Yao Huang, and Chien-Chih Chou
Chien-Chih Chou, Kuan-Chou Chen, Mei-Yao Huang, Hsin-Yu Tu, and Chung-Ju Huang
Purpose: This study determines the effect of movement games on executive function among overweight children. Methods: Forty-four overweight children received an intervention of movement games, and 40 overweight children participated in original physical education lessons. An intervention of movement games was conducted three times a week for 8 consecutive weeks. Neuropsychological tasks and the Stroop and determination tests were assessed pre- and postintervention. Results: The results indicated that movement games enhanced the children’s performance in the inhibitory control and attentional function, particularly in the interference tendency condition, whereas no performance improvement was noted in the original physical education lessons. Conclusion: The findings indicate that movement games can be utilized as a useful intervention for improving the attentional and inhibitory problems of overweight children. School authorities should consider incorporating these activities into programs related to physical and health education.
Jing Liao, Yung-Jen Yang, and Dong (Roman) Xu
cognitively challenging, but its potential cognitive benefits have been underinvestigated. Although a positive association between square dancing and improved overall cognitive performance has been reported by some small-scale observational 8 and interventional studies, 9 these studies did not provide
Spencer E. Boyle, Melissa A. Fothergill, John Metcalfe, Sarah Docherty, and Crystal F. Haskell-Ramsay
control groups. However, the study was not without its limitations and had self-selecting groups with different exercise exposure durations. Taken together, these findings indicate the potential for multimodal proprioceptively demanding exercise to induce cognitive benefits in older adults and suggest
Cay Anderson-Hanley, Molly Maloney, Nicole Barcelos, Kristina Striegnitz, and Arthur Kramer
Dementia cases are on the rise and researchers seek innovative ways to prevent or ameliorate cognitive impairment in later life. Some research has reported that combining mental and physical exercise may benefit cognition more than either alone. This randomized pilot trial examined the feasibility and cognitive benefit for older adults (n = 30) of a single bout of neuro-exergaming (physical activity with cognitive training) using an interactive physical and cognitive exercise system (iPACES), compared with that of exergaming or neurogaming alone. Intent-to-treat and sensitivity analyses were conducted using repeated-measures ANOVA, controlling for age, sex, and education. A significant interaction effect was found for executive function (Color Trails 2), with a significant improvement in the neuro-exergaming condition. Results demonstrate feasibility for older adults to use a novel and theoretically-derived neuro-exergame, and also provide promising new evidence that neuro-exergaming can yield greater cognitive benefit than either of its component parts.
Karen S. Meaney, Melanie A. Hart, and L. Kent Griffin
Social-Cognitive Theory (Bandura, 1986, 1999) served as the framework to explore overweight children’s perceptions of different physical activity settings. Participants were children (n = 67) enrolled in an after-school and summer program for overweight African-American and Hispanic-American children from low-income families. To gain insight into the children’s thoughts encompassing their participation in both the after school/summer program and their physical education classes at their respective elementary schools, all of the children individually participated in semistructured interviews. Children enjoyed their involvement in the after-school/summer program and described social, physical, and cognitive benefits related to their participation. Interview data also revealed children’s ideas and suggestions for adapting physical education to enhance participation in physical activity. Based on these results, instructional and management strategies focusing on promoting a nurturing environment in physical activity settings for all children (overweight and nonoverweight) are presented and discussed.
Jennifer L. Etnier, Jeffrey D. Labban, William B. Karper, Laurie Wideman, Aaron T. Piepmeier, Chia-Hao Shih, Michael Castellano, Lauren M. Williams, Se-Yun Park, Vincent C. Henrich, William N. Dudley, and Kelli L. Rulison
Physical activity is predictive of better cognitive performance and lower risk of Alzheimer’s disease (AD). The apolipoprotein E gene (APOE) is a susceptibility gene for AD with the e4 allele being associated with a greater risk of AD. Cross-sectional and prospective research shows that physical activity is predictive of better cognitive performance for those at greater genetic risk for AD. However, the moderating role of APOE on the effects of a physical activity intervention on cognitive performance has not been examined. The purpose of this manuscript is to justify the need for such research and to describe the design, methods, and recruitment tactics used in the conductance of a study designed to provide insight as to the extent to which cognitive benefits resulting from an 8-month physical activity program are differentiated by APOE e4 status. The effectiveness of the recruitment strategies and the feasibility of recruiting APOE e4 carriers are discussed.
In exercise and cognition research, few studies have investigated whether and how the qualitative aspects of physical exercise may impact cognitive performance in the short or long term. This commentary, after recalling the evidence on the “dose-response” relationship, shifts the focus to intersections between different research areas that are proposed to shed light on how qualitative exercise characteristics can be used to obtain cognitive benefits. As concerns the acute exercise area, this commentary highlights the applied relevance of developmental and aging studies investigating the effects of exercise bouts differing in movement task complexity and cognitive demands. As regards the chronic exercise area, potential links to research on cognitive expertise in sport, functional ability in aging, and life skills training during development are discussed. “Gross-motor cognitive training” is proposed as a key concept with relevant implications for intervention strategies in childhood and older adulthood.
Liam Johnson, Patricia K. Addamo, Isaac Selva Raj, Erika Borkoles, Victoria Wyckelsma, Elizabeth Cyarto, and Remco C. Polman
There is evidence that an acute bout of exercise confers cognitive benefits, but it is largely unknown what the optimal mode and duration of exercise is and how cognitive performance changes over time after exercise. We compared the cognitive performance of 31 older adults using the Stroop test before, immediately after, and at 30 and 60 min after a 10 and 30 min aerobic or resistance exercise session. Heart rate and feelings of arousal were also measured before, during, and after exercise. We found that, independent of mode or duration of exercise, the participants improved in the Stroop Inhibition task immediately postexercise. We did not find that exercise influenced the performance of the Stroop Color or Stroop Word Interference tasks. Our findings suggest that an acute bout of exercise can improve cognitive performance and, in particular, the more complex executive functioning of older adults.
Sandra A. Billinger, Eric D. Vidoni, Jill K. Morris, John P. Thyfault, and Jeffrey M. Burns
Positive physiologic and cognitive responses to aerobic exercise have resulted in a proposed cardiorespiratory (CR) fitness hypothesis in which fitness gains drive changes leading to cognitive benefit. The purpose of this study was to directly assess the CR fitness hypothesis. Using data from an aerobic exercise trial, we examined individuals who completed cardiopulmonary and cognitive testing at baseline and 26 weeks. Change in cognitive test performance was not related to CR fitness change (r 2 = .06, p = .06). However, in the subset of individuals who gave excellent effort during exercise testing, change in cognitive test performance was related to CR fitness change (r 2 = .33, p < .01). This was largely due to change in the cognitive domain of attention (r 2 = .36, p < .01). The magnitude of change was not explained by duration of exercise. Our findings support further investigation of the CR fitness hypothesis and mechanisms by which physiologic adaptation may drive cognitive change.