BACKGROUND: Sedentary time is independently associated with an increased risk of metabolic disease. Worksite interventions designed to decrease sedentary time may serve to improve employee health. OBJECTIVE: The purpose of this study is to test the feasibility and use of a pedal exercise machine for reducing workplace sedentary time. METHODS: Eighteen full-time employees (mean age+SD 40.2+10.7 years; 88% female) working in sedentary occupations were recruited for participation. Demographic and anthropometric data were collected at baseline and 4 weeks. Participants were provided access to a pedal exercise machine for 4 weeks at work. Use of the device was measured objectively by exercise tracking software, which monitors pedal activity and provides the user real-time feedback (eg, speed, time, distance, calories). At 4 weeks, participants completed a feasibility questionnaire. RESULTS: Participants reported sitting 83% of their working days. Participants used the pedal machines an average of 12.2+6.6 out of a possible 20 working days and pedalled an average of 23.4+20.4 min each day used. Feasibility data indicate that participants found the machines feasible for use at work. Participants also reported sedentary time at work decreased due to the machine. DISCUSSION: Findings from this study suggest that this pedal machine may be a feasible tool for reducing sedentary time while at work. These findings hold public health significance due to the growing number of sedentary jobs in the USA and the potential of the device for use in large-scale worksite health programmes.
BACKGROUND: Sedentary time is independently associated with an increased risk of metabolic disease. Worksite interventions designed to decrease sedentary time may serve to improve employee health. OBJECTIVE: The purpose of this study is to test the feasibility and use of a pedal exercise machine for reducing workplace sedentary time. METHODS: Eighteen full-time employees (mean age+SD 40.2+10.7 years; 88% female) working in sedentary occupations were recruited for participation. Demographic and anthropometric data were collected at baseline and 4 weeks. Participants were provided access to a pedal exercise machine for 4 weeks at work. Use of the device was measured objectively by exercise tracking software, which monitors pedal activity and provides the user real-time feedback (eg, speed, time, distance, calories). At 4 weeks, participants completed a feasibility questionnaire. RESULTS:Participants reported sitting 83% of their working days. Participants used the pedal machines an average of 12.2+6.6 out of a possible 20 working days and pedalled an average of 23.4+20.4 min each day used. Feasibility data indicate that participants found the machines feasible for use at work. Participants also reported sedentary time at work decreased due to the machine. DISCUSSION: Findings from this study suggest that this pedal machine may be a feasible tool for reducing sedentary time while at work. These findings hold public health significance due to the growing number of sedentary jobs in the USA and the potential of the device for use in large-scale worksite health programmes.
Authors: Liza S Rovniak; Christopher N Sciamanna; Daniel R George; Melissa Bopp; Lan Kong; Ding Ding Journal: J Prim Care Community Health Date: 2015-12-30
Authors: Todd M Manini; Lucas J Carr; Abby C King; Simon Marshall; Thomas N Robinson; W Jack Rejeski Journal: Med Sci Sports Exerc Date: 2015-06 Impact factor: 5.411
Authors: Lee E F Graves; Rebecca C Murphy; Sam O Shepherd; Josephine Cabot; Nicola D Hopkins Journal: BMC Public Health Date: 2015-11-19 Impact factor: 3.295