BACKGROUND: Current guidelines encourage adults to perform regular physical activity (PA) for optimal health, yet the majority of adults fail to meet the guidelines. One explanation for the difficulty in adding PA to meet recommended levels is an internal PA control center that may result in a compensatory lowering of normal activity levels after "added activity" sessions during the day. The purpose of this study was to test the compensation hypothesis by assessing PA on days of "added" PA among adults. METHODS: Twenty middle-aged adults recorded daily step counts, in addition to step counts and minutes of basketball play. To test for compensation, step counts on non basketball days were compared with steps counts on basketball days (excluding basketball steps). RESULTS: No significant differences (F = 0.711) were found between groups. In summary, no compensatory decrease in PA was identified on basketball participation days in this population. When steps in basketball were added, differences (P = .01) in daily step counts existed between basketball days (mean = 15,568) and non basketball days (mean = 8,408). CONCLUSION: These results suggest that "added" PA (basketball) does not result in compensatory reductions in typical daily PA on days of "added" activity for the population studied.
BACKGROUND: Current guidelines encourage adults to perform regular physical activity (PA) for optimal health, yet the majority of adults fail to meet the guidelines. One explanation for the difficulty in adding PA to meet recommended levels is an internal PA control center that may result in a compensatory lowering of normal activity levels after "added activity" sessions during the day. The purpose of this study was to test the compensation hypothesis by assessing PA on days of "added" PA among adults. METHODS: Twenty middle-aged adults recorded daily step counts, in addition to step counts and minutes of basketball play. To test for compensation, step counts on non basketball days were compared with steps counts on basketball days (excluding basketball steps). RESULTS: No significant differences (F = 0.711) were found between groups. In summary, no compensatory decrease in PA was identified on basketball participation days in this population. When steps in basketball were added, differences (P = .01) in daily step counts existed between basketball days (mean = 15,568) and non basketball days (mean = 8,408). CONCLUSION: These results suggest that "added" PA (basketball) does not result in compensatory reductions in typical daily PA on days of "added" activity for the population studied.
Authors: Mindy M Pike; Aseel Alsouqi; Samuel A E Headley; Katherine Tuttle; Elizabeth Elspeth Evans; Charles M Milch; Kelsey Anne Moody; Michael Germain; Thomas G Stewart; Loren Lipworth; Jonathan Himmelfarb; T Alp Ikizler; Cassianne Robinson-Cohen Journal: Kidney Int Rep Date: 2020-06-15
Authors: Erik A Willis; Stephen D Herrmann; Jeffery J Honas; Jaehoon Lee; Joseph E Donnelly; Richard A Washburn Journal: Med Sci Sports Exerc Date: 2014-12 Impact factor: 5.411