Showing 4 results for Physical Activity
Motefaker M, Sadrbafghi S.m, Rafiee M, Bahadorzadeh L, Namayandeh S.m, Karimi M, Abdoli A.m,
Volume 65, Issue 4 (7-2007)
Abstract
Background: Following socioeconomic development, the amount of physical inactivity among a given population has typically increased. Physical inactivity is a risk factor for cardiovascular disease. The purpose of this study is to measure the prevalence of physical inactivity among the urban adult population of Yazd, Iran.
Methods: This cross-sectional study was carried out on an urban population of 1500 employed persons over the age of 20 years via cluster sampling. We use the IPAQ (International Physical Activity Questionnaire) to evaluate physical activity levels. We evaluated the subjects according to their level of fitness, attitude toward physical activity and physical activity levels.
Results: According to the fitness information provided by the participants, 2.1% were weak, 10% were moderately fit, 39.9% were fit, and 48% very fit. Regarding the attitudes of the participants toward physical activity, 1% was unfavorable, 32.4% were partly favorable, and 67.7% were favorable. Concerning the intensity of physical activity, 67.3% persons were inactive, 15% were sufficiently active, and 17.7% were highly active. After adjustment for age, 65.8% were inactive, 13.8% were sufficiently active, and 19.8% were highly active. According to gender, 81.6% of men were inactive, as were 54.4% of women. Inactivity according to age was as follows: 57.8% of the 20-24 year old, 66.9% of those aged 30-44 years, 70.4% of the 45-59 year olds, and 68.4% of those over the age of 60. Furthermore, physical inactivity was more prevalent in the higher socioeco-nomic group.
Conclusion: The level of physical activity in urban population of Yazd is low. High risk is associated with employment, retirement, high socioecono-mic class and higher levels of education.
Ziaee V, Fallah J, Rezaee M, Biat A,
Volume 65, Issue 8 (11-2007)
Abstract
Background: As future health care providers, medical students should be aware of the relationship between health and physical fitness, giving them an advantage toward attaining proper physical fitness. The exercise and fitness habits of first-year medical students in Iran are not known. This study examines the relationship between the body mass index (BMI) of an unselected group of first-year medical students and their personal physical fitness.
Methods: In this cross-sectional study, 513 first-year medical students were evaluated. BMI, skin folds (triceps, biceps, suprailiac and subscapular) and physical fitness were assessed in all students. Fitness was evaluated by the Eurofit test, which included body composition, cardiovascular endurance, flexibility, muscular endurance, muscular strength, power, balance and agility. The software SPSS (version 11) and Pearson's correlation were used for statistical analysis.
Results: The group surveyed was 67.8% female and 32.2% male, and 97.2% were entering medical school in 2004. The mean weight of the students was 60.1 kg, mean height was 163.9 cm and the mean BMI was 22.3 kg/m2. Underweight status (BMI<20) was observed in 27.1% of the subjects, 16.1% were overweight (2530). Overweight and obesity in males was higher than in females. The total physical fitness score in female students was better than that of male students. We found a negative correlation between physical fitness and weight, BMI, body fat and wrist to hip ratio in both genders. In addition, a positive correlation exits between hip circumference and physical fitness in both groups.
Conclusions: This study suggests that academically competitive premedical students may not be involved in physical activity. Medical students should be encouraged to maintain a good BMI and perform physical exercise.
Mehdi Nikseresht , Mahmoud Nikseresht , Valiolla Dabidy-Roshan ,
Volume 75, Issue 12 (3-2018)
Abstract
Background: Cardiovascular diseases are the leading cause of human mortality worldwide. Myocardial ischemia is a type of cardiovascular disease that increases with age spread. Therefore, the purpose of this study was to compare non-invasive myocardial ischemia in patients with heart problems in different age groups.
Methods: This study is a causal-comparative study was conducted from July to October 2016 in the University of Mazandaran. One hundred and seventy-five (age=45-59 years) and 124 (age=60-77 years) men with heart problem participated in this study. The questionnaires of Rose angina pectoris (for assessing the risk of ischemic myocardium), lifestyle and physical activity level were completed by the participants. In addition, the anthropometric characteristics, blood pressure and peak oxygen uptake (VO2peak) of the participants were measured.
Results: The risk of myocardial ischemia in men aged 60-77 years was significantly higher than men aged 45-59 years (P=0.049). Men aged 60-77 years were significantly lower in good indices (physical activity level, VO2peak and more lifestyle indices) and higher in bad indicators (waist/hip ratio, body shape index, ankle systolic blood pressure, brachial systolic and diastolic blood pressure) than men aged 45-59 years (P<0.031, for all variables). Also, there was no significant difference in the risk of ischemia between groups, when they were similar in physical activity level.
Conclusion: It seems that the higher risk of myocardial ischemia in men aged 60-77 years, as compared to men aged 45-59 years, might be related to aging process and imbalance in the risk factors. Promoting physical activity can favorably affect the risk of myocardial ischemia in the middle-aged or elderly men. It is concluded that physical activity effectively decreased the risk of myocardial ischemia.
Hasan Asadi Gandomani , Abdorreza Naser Moghadasi , Mohammad Ali Sahraian , Sharareh Eskandarieh,
Volume 79, Issue 12 (3-2022)
Abstract
Background: The onset of primary progressive multiple sclerosis (PPMS) can be triggered by sun exposure and physical activity. The present study aimed to determine the risk of sun exposure and physical activity in PPMS development.
Methods: The case-control study recruited PPMS cases and healthy controls from the general population from September 2019 to September 2020 in Tehran, Iran. The selection of sex-matched controls from the same source population of cases was performed. Sun exposure was assessed in terms of exposure time in two age groups of 13-19 years and over 20 years in winter and summer.
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Results: This study examined 146 PPMS cases and 294 controls. The sun exposure in summer in the age group 13-19 was negatively associated with the incidence of the disease (OR=0.68 (CI=0.57-0.82)). This relationship was also observed in the groups of men (OR=0.55 (CI=0.40-0.74)) and women (OR=0.70 (CI=0.53-0.91)). Exposure to sunlight in winter in the age group 13-19 was negatively associated with the incidence of the disease (OR=0.28 (CI=0.19-0.42)). In the group over 20 years, sun exposure was negatively associated with disease incidence in summer (OR=0.49 (CI=0.36-0.66)). Exposure to sunlight on average in winter in the age group over 20 years was negatively associated with the incidence of the disease (OR=0.14 (CI=0.07-0.28)) which in the male group OR=0.12 (0.04-0.32)) and women (OR=0.06 (CI=0.02-0.21)) were seen. Regarding physical activity, only physical activity above 4000 MET per week in the group of women was negatively associated with the incidence of the disease (OR=5.30 (CI=1.05-26.59), but in other groups, this negative relationship was not observed.
Conclusion: Exposure to sunlight in winter and summer had a negative relationship with the incidence of the disease. Physical activity was only negatively associated with the incidence of the disease in very high doses and women.
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