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EN
While numerous studies have examined correlates of physical activity, less attention has been given to identifying the rural/urban differences in the strength of the relationship between physical activity and health. The main objective of the current study was to analyze relationships between physical activity, sedentary behavior, and the health of rural and urban adolescents. Cross-sectional data on physical activity (Moderate-to-Vigorous Physical Activity, MVPA), sedentary behavior (watching TV and using a computer), self-rated general health, and mental health (General Health Questionnaire, GHQ-12) was assessed through a questionnaire in the sample of 600 Polish adolescents aged 13 years. Pearson χ2, t-Student tests and hierarchical regression analyses were used to compare differences by place of residence. No rural/urban differences in physical activity levels and self-rated health were found. Rural boys spent more time watching TV and urban adolescent males spent more time using a computer. Urban girls were more affected by stress than rural. Physical activity was an important predictor of self-assessed health (8% of variance) and mental health (4% of variance) of adolescents living in rural areas. The results show that physical activity level is an important predictor of rural adolescents’ health and particular attention must be paid to promoting physical activities in rural environments.
EN
Objectives Heavy vehicle transport workers have a high risk of obesity and obesity-related disorders including cardiovascular disease and diabetes. Sedentary nature of their work makes a healthy work and lifestyle balance difficult to achieve. Educational interventions that promote behavioral changes have been shown to be effective in various group settings. The aims of this study were to determine the prevalence of metabolic risk factors among a population of urban bus drivers; to deliver a 3-month educational intervention specifically tailored for the workplace environment of transport workers; and to evaluate the efficacy of the intervention through quantitative measurements and qualitative feedback. Material and Methods Thirty-three bus drivers from depots in south Queensland were recruited for the study. Baseline metabolic data were collected through anthropometric measurements, blood collection and diet/lifestyle questionnaires. Metabolic risk factors that were analyzed included: waist circumference, blood pressure, fasting glucose, blood triglycerides and high density lipoprotein cholesterol (HDL-C). Three interactive seminars were delivered over a 3-month period. At the end of the period, data collection was repeated. Results At the commencement of the study, 35% of the participants exhibited ≥ 3 of the metabolic risk factors that characterize metabolic syndrome. This is higher than the reported prevalence in the general Australian population (22.1%). A total 21 of the 33 participants remained committed to the intervention and provided pre and post intervention data. Of these, 28% (N = 6) showed a decrease in one or more of the risk factors associated with metabolic syndrome. There was a significant increase in the average HDL-C after the intervention. Qualitative feedback indicated that the workers benefited from the program, especially regarding their awareness of the risks associated with their profession. Conclusions This pilot study demonstrates that lifestyle education seminars specifically tailored for the workplace can have an impact on the health behaviors of transport workers.
EN
Objectives: Activities of daily living are currently the simplest form of activity. For many people this is the only activity in which they participate. In this connection, it is important to determine the level of physical activity connected with daily habits including occupational activities. The main goal of the presented study has been to assess the level of activities of daily living in different age groups and its differentiation by season and working (WD) and non-working days (NWD). Material and Methods: The study group (urban citizens, N = 106) was divided into young (Y) (N = 40), middle-aged (M) (N = 38), and senior (S) (N = 28) participants. The daily step number on 7 consecutive days during 4 seasons between June 2012 and 2013 was counted objectively using pedometers. The long-form of the International Physical Activity Questionnaire (IPAQ) was completed each season as a subjective assessment. Results: The daily step number for the whole group for the year was (median) 6615 (range: 3648–10 709), fewer than recommended. The median (Me) was highest in group M (Me = 6994, range: 3648–10 709) followed by Y (Me = 6957, range: 4094–10 321) and S (Me = 5469, range: 3743–8955). The lowest daily step number occurred in winter (M = 6208, Y = 6063, S = 5242), and the highest in spring (Y = 7385) or summer (M = 7717; S = 6095). All groups had a greater daily step number on WDs compared to NWDs (Y: 8411 vs. 5744, M: 7612 vs. 5839, S: 6327 vs. 4580; p < 0.01 for all). Pedometer-tracked values did not correlate with the IPAQ results. Conclusions: Activity level in Polish urban society is low, especially on NWDs and in colder months. The daily number of steps is highest in the middle-aged group, which may be connected with working status. Objective methods are recommended for assessing physical activity level. Int J Occup Med Environ Health 2018;31(1):47–54
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