| Literature DB >> 25435776 |
Niko Wasenius1, Mika Venojärvi2, Sirpa Manderoos3, Jukka Surakka4, Harri Lindholm5, Olli J Heinonen6, Sirkka Aunola7, Johan G Eriksson8, Esko Mälkiä9.
Abstract
This study aimed to investigate the effects of a 12-week structured exercise intervention on total physical activity and its subcategories. Twenty-three overweight or obese middle aged men with impaired glucose regulation were randomized into a 12-week Nordic walking group, a power-type resistance training group, and a non-exercise control group. Physical activity was measured with questionnaires before the intervention (1-4 weeks) and during the intervention (1-12 weeks) and was expressed in metabolic equivalents of task. No significant change in the volume of total physical activity between or within the groups was observed (p > 0.050). The volume of total leisure-time physical activity (structured exercises + non-structured leisure-time physical activity) increased significantly in the Nordic walking group (p < 0.050) but not in the resistance training group (p > 0.050) compared to the control group. In both exercise groups increase in the weekly volume of total leisure-time physical activity was inversely associated with the volume of non-leisure-time physical activities. In conclusion, structured exercise intervention did not increase the volume of total physical activity. Albeit, endurance training can increase the volume of high intensity physical activities, however it is associated with compensatory decrease in lower intensity physical activities. To achieve effective personalized exercise program, individuality in compensatory behavior should be recognised. Key PointsStructured NW or RT training does not increase the volume of total physical activity.NW intervention can increase the volume of higher intensity activities.The increased in volume of LTPA induced by the structured NW and RT interventions was associated with the decreased volume of NLTPA.Entities:
Keywords: Nordic walking; energy expenditure; glucose intolerance; resistance training; thermogenesis
Year: 2014 PMID: 25435776 PMCID: PMC4234953
Source DB: PubMed Journal: J Sports Sci Med ISSN: 1303-2968 Impact factor: 2.988