Shirivedele et al., 2019 explain that physical activity plays an essential role in managing Type 2 Diabetes (T2D). It is one of the methods required in reducing morbidity and mortality associated with diabetes mellitus. However, several factors affect non-adherence to physical activity. Environmental social and economic factors influence the range at which people adopt physical activity as part of their daily lives. According to the World Health Organization (WHO), 420 million people had diabetes in 2016, with a global prevalence rate of 8.5%. From the estimations, the numbers are expected to rise to about 700 million people by 2040. The condition was also shown to cause a significant burden on society. The records highlighted by WHO further revealed that 90-95% of people had been affected by DM. Physical activity was identified as a primary component that could facilitate the management of the condition.
Physical activity has been impactful in addressing the rising mortality and morbidity rates associated with DM. Shiriyedeve et al., 2019 argued that, despite the recorded benefits of physical activity, most of the people with DM have failed to adhere to the Physical activity guideline as recommended by WHO. WHO has been influential in empowering communities and creating awareness on the need to integrate physical exercise as an essential context of DM’s management. In response to the rising need for physical activity guide, WHO recommended at least 150 minutes of physical exercise per week. With a moderate of 75minutes of vigorous-intensity physical activity.
Some of the trends noted with DM patients was a lack of consistency with physical activity. Studies conducted by WHO showed that most of the patients discontinued physical exercise after 3-6 months. Approximately 30-60% of people being reported physical inactivity.
Non-adherence to physical activity can be attributed to many factors. Personal and social issues have significantly contributed to the rising threats of inactivity among DM patients. According to Shivereyde 2019, the decrease in physical activity was majorly attributed to personal issues such as the exercise’s difficulty and inadequate facilities for recreation. Thus, physical inactivity has been identified as a significant risk for DM and secondary complications associated with the disease.
Abusamat et al., 2019 explain that 40.8% of people with T2D are physically inactive, and therefore, it is essential for the healthcare provided that diabetes can lead to physiological barriers to exercise. An impaired maximal and submaximal activity can be associated with a lack of exercise among patients. Furthermore, individual variations in response to physical activity have further threatened the ability of T2D patients to engage in vigorous exercise.
Lee et al., 2018 noted that over 25% of US adults age 65 years and above have a higher risk of T2D. The observation was attributed to a lack of exercise and improper planning on the type of physical activity required at their age. In many cases, the group is at high risk of physical functioning impairment and other geriatric syndromes that could limit their ability to engage in physical exercise. Lee 2018 advises that physical activity should be integrated as a core component required to manage diabetes management. It improves glycemic controls and modifies lifestyle for significant improvement of physical functioning among older adults.
The American Diabetes Association and Department of Human Health Service recommend a 150-minutes moderate exercise and a two-day strength training for adults with T2D. Recommendations for the older adults consider the physical activity’s critical physical functioning and efficiency to the recommended number of physical activities per week.
The study conducted by Smith e al., 2016 showed that physical activity improved glycemic control by 13% per week. The impact of exercise was shown to improve the livelihood of people living with diabetes mellitus. Saeedi et al. 2019 explain that T2D accounts for 90% of the total cases of diabetes. The rising trend is attributed to aging and a rapid increase in urbanization, and an obesogenic environment. The rising threats of T2D can be attributed to improper management of the condition. The effect of physical exercise was shown to have significant improvements among people with diabetes. It is one of the practices that has been applied in healthcare as part of the management strategies required to reduce incidence rates of T2D. It has also improved the management of the condition among the older generations. Lee et al. .2018 showed that physical exercise reduces the mortality rates of T2D by 60%. This was also featured through the analysis of people who adhered to the recommended exercise rates. Analysis of the new trends of T2D was also attributed to the changing trends of lifestyle and poor approaches toward the rising sedentary lifestyles that have increased the incidence rates among young people.
Prevalence ratios of urban and rural diabetes were shown to be 40% lower as compared to urban centers. WHO attributed the variations to vigorous physical activity. On the other hand, the rising rates of the condition in the urban centers were attributed to many factors, such as social issues. For instance, 45% of participants showed that a lack of recreational activities and access to community resources had negatively influenced the rates at which people engaged in physical activity. Age and sex also determined the prevalence rates across different countries.
Exercised improves blood glucose control among type 2 diabetic patients. Regular exercise has been shown to have significant benefits. It was established to reduce 60% of the risks associated with T2D. Aerobic exercise plays a vital role in increasing mitochondrial density, insulin sensitivity ad oxidative enzyme compliance. Lung function and immunity are also improved. Moderate to high volumes of aerobic activity has been shown to reduce cardiovascular and overall mortality risks associated with T2D. It also reduces insulin resistance by improving endothelial functioning. High-intensity interval training promotes oxidative capacity and insulin sensitivity, and glycemic controls among adults.
Resistance exercise has significant benefits for T2D patients. The health benefits of resistance training for adults have enhanced critical conditions that can affect the issues associated with insulin resistance. Improvement in glycemic controls has reduced instances of DM by about 60 %. The effects have been further featured by improved response and functioning of the body. It also controls blood pressure and other health issues that directly affect the livelihood of an individual.
Other types of physical exercise have also improved the management of T2D. For instance, group exercise interventions have been beneficial to different communities. It has ensured that the participants remain motivated to achieve weekly exercise goals. Exercise has also been shown to reduce the rates of falls by 28-29%. Benefits of alternative training, such as yoga, have improved blood composition and reduced neuropathic symptoms associated with diabetes mellitus.
Hamasaki et al., 2016 noted that physical activity imp[roves glycemic control and reduces other secondary diseases risks. The mortality rates of T2D has also been reduced through regular exercises. Therefore, moderate to average physical activity is recommended to manage the condition. Without a proper plan for physical activity, T2D patients can become physically weaker, making it challenging to engage in the recommended exercises. According to Hamasaki 2016, walking was the most preferred form of physical exercise. With 30 minutes of walking daily, patients with T2D showed a reduced risk of T2D of about 50%. Walking further reduced the mortality rates of the conditions. Other studies showed that physical activity, including non-resistance, contributed to the well-being of the overall health of an individual
Exercise therapy is a necessary intervention required for the management of diabetes. The American College of Sports and American Diabetes Association have raised different guidelines that can improve the livelihoods of T2D patients. on the other hand, recommended intensity and duration of the exercise is essential in observing the required precautions and limits of the exercise. Intensive exercise could present a physical burden on diabetic patients. The situation could further lead to cessation of exercise therapy since most of them have lower physical performance threshold as compared to healthy individuals. Furthermore, the T2D patients have lower energy
expenditure, and the duration of physical exercise should be monitored to improve strengths
Hamasaki 2016 noted that 40% of patients were found to engage in physical exercise therapy. 28.2% of patients in the US achieved the goals of the recommended physical activity. The study conducted by Hamsaki showed that individuals 90 minutes per week exercise reduced risks of all-cause mortality, and life expectancy increased by three years. Therefore, T2D patients need to moderate the level of exercise, especially those that require excessive energy.
Maintaining the rate of daily physical activity is essential in maintaining a consistent trend that yields outstanding results. The metabolic equivalent of physical activity is essential in determining the level of oxygen intake per minute. Identifying with the recommended values of metabolic rates is critical in determining the intensity of physical exercise recommended for diabetic patients.
The Diabetes Prevention Program provides a standard lifestyle recommendation that aims to improve lifestyle modification by reviewing empowering T2D patients to engage more regularly in walking and improve diets. After a follow-up of 6 years, the study showed that T2D was significantly reduced by 46%. The improvements were featured among different groups of participants who performed 30-minute cycling on weekends and 20-minute walking in the evenings. The study’s findings showed that physical activity interventions reduced the risks of diabetes by 67.4% percent. The improvements were more notable when dietary interventions were applied as part of the prevention program strategies.
Investigation on the intervals of walking further showed different improvements among T2D patients. For instance, interval walking improved maximal oxygen consumption, body composition, and glycemic controls. The findings showed that visceral fats were decreased by 10.6%. On the other hand, fasting insulin decreased by 19.5%. Moreover, the mean glucose concentrations similarly decreased by 8.5%; Therefore, interval walking was shown to have significant improvements among the T2D patients. The author, therefore, recommends that the amount duration and intensity of exercise should be considered in identifying the recommended physical activity for the T2D patients. Moreover, the mode of physical activity also need t to be considered in determining the efficiency of the program,
Gardening, Housework, and other domestic activities are essential in improving physical activity. The activities are majorly beneficial to older adults. A population-based cross-sectional study conducted by Hamasaki 2016 showed that 79.7% of individuals engaged in walking, 68.7% involved in housework activities, while 64.8% engaged in gardening. The glycemic controls were also noted among patients engaging in domestic physical exercise. There were approximately 30% lower mortality risks for every physical activity conducted per day. Moderate-intensity exercise played an essential role in n improving healthy living. The duration of the physical activity also played an essential role in determining the range at which the effect was felt among the older T2D patients. Approximately 20%-30% of patients with CKD benefited from interval walking, and this was featured by improved glucose tolerance and achievements of appropriate glycemic controls.
Non-exercise activity thermogenesis(NEAT) has also played an important role in the management of obesity among diabetic patients. Implementation of the programs revealed positive outcomes among T2D patients. The interventions showed a decreased weight loss of 7%. The program’s effects were also facilitated by dietary interventions that aimed to control the amount of food intake and monitor different trends on how the body responded. Therefore, the intervention has been influential in reducing adverse outcomes associated with obesity.
Walking is one of the most effective methods of preventing T2D and reducing other critical health conditions. It improves insulin sensitivity. The prevention program has also ensured that the T2D people guideline in physical exercise. Daily physical activity has also reduced the incidence of obesity and improved alchemic control among T2D patients. T2D patients should take daily exercise. However, a well-designed program should be applied to ensure that the affected groups achieve outstanding outcomes.