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How walking affects the human body

Homepage Articles How walking affects the human body

How walking affects the human body

What are the benefits of walking regularly, and how does it affect the human body? These include walking, which is definitely an underrated form of exercise. According to the World Health Organization (WHO), to stay healthy and fit, you should spend at least 300 minutes a week doing moderate-intensity physical activity.

Table of Contents

1. Walking helps with stress

In addition, during walks, endorphins are released that improve mood. It is worth turning your mind away from the daily worries and trying to calm down (A. Krzyzanowska 2013). It is a method that allows you to achieve inner peace, improve overall well-being (both mental and physical), as well as reduce stresses. The best solution is to walk in nature, for example, in parks, in the forest by the lake.

2. Walking helps keep the nervous system in good shape

Their task is to regulate the processes of differentiation and survival of neurons in the nervous system, which causes them to directly affect the memory and absorption of important information in a person's memory (A. Losy 2012). Phillips et al. 2014) and Parkinson's (L.F. Regular walking increases the concentration of catecholamine including dopamine, which affects the concentration and course of learning and memory processes (D. Adcock 2010). In the memory of important person information, the activity of the person is also affected by subcutaneous activity, and therefore the memory expenditure of both adrenal glands and noradrenhal glands increases. In the study of older people, the researchers observed that in 2011 the results of the study were improved faster than those of older individuals, including those of the age group A. R. J. W. Schollheim, who had a positive effect on the physical and mental health of people during the treatment of neurological disorders (J. Wollett, 2011).

3. Walking strengthens the immune system

In addition to improving fitness, it has been shown that the immunity of the subjects is also enhanced, which has contributed to a decrease in the number of illnesses or colds or their absence (G. Gałuszka 2016).

4. Walking as a form of cardiovascular disease prevention

Hillman et al., 2014). 2016; Ch.H. Regular moderate physical activity in the form of walking can have positive effects in the context of cardiovascular disease prevention, as: reduces the likelihood of coronary heart disease by losing extra-programmed kilograms, improving blood pressure control, and having a positive effect on lipid and carbohydrate economy; improves the functioning of the cardiovasculaire system, including the frequency of cardiac arrhythmias (both peripheral and exertional), increases the risk of anemia during exercise, and improves heart rate and strain functioning;

5. Walking supports the process of reducing adipose tissue

Unfortunately, it is often the only activity during the day that discourages further exercise, resulting in a decrease in physical activity. For example, walking can increase calorie deficits by about 2002000 kcal per day! Very often people think that when they train in the gym they are able to burn a large pool of calories. It is often their only activity in the day. It's worth remembering that during stagnation they also add an extra unit to the reduction, e.g. in the form of walking, which will certainly bring the expected effects.

6. Walking improves the quality of sleep

For 12 weeks, participants walked systematically. Wang, S. Similar findings were documented in an earlier study in which researchers tested the effects, including observing that regular physical activity in the form of walking with a hook positively affected sleep quality among subjects (S. Yu 2015). The study involved 54 healthy adults aged 1936 years. Significant improvement in sleep quality was shown in people who walked regularly throughout the experiment period (F. Boros 2021). Nordic Walking on sleep in older people. Park, s.

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Ahlskog J.E. et al., Physical Exercise as a Preventive or Disease-Modifying Treatment of Dementia and Brain Aging, „Mayo Clinic Proceedings” 2011, 86(9), 876–884.
Gałuszka G., Gałuszka E., Nordic Walking – aktywność ruchowa jako forma higienicznego trybu życia, „Ubezpieczenia w Rolnictwie – Materiały i Studia” 2016, 58, 54–72.
Hillman Ch.H. et al., Effects of the FITKids Randomized Controlled Trial on Executive Control and Brain Function, „Pediatrics” 2014, 134(4), 1063–1071.
Kalinowska-Lyszczarz A., Losy J., The Role of Neurotrophins in Multiple Sclerosis—Pathological and Clinical Implications, „International Journal of Molecular Science” 2012, 13(1), 13713–13725.
Krzyżanowski A., Krzyżanowska A., Aktywna relaksacja formą redukcji stresu u dziecka w wieku przedszkolnym, „Przegląd Terapeutyczny” 2013, 9–10, epub.
Park S., Yu S., The effects of Nordic and general walking on depression disorder patients’ depression, sleep, and body composition, „Journal of physical therapy science” 2015, 27(8), 2481–2485.
Phillips C. et al., Neuroprotective effects of physical activity on the brain: a closer look at trophic factor signaling, „Frontiers in Cellular Neuroscience” 2014, 8, 170.
Piepoli M.F. et al., Wytyczne ESC dotyczące prewencji chorób układu sercowo-naczyniowego w praktyce klinicznej w 2016 roku. Szósta Wspólna Grupa Robocza Europejskiego Towarzystwa Kardiologicznego i innych towarzystw naukowych ds. prewencji sercowo-naczyniowej w praktyce klinicznej (złożona z przedstawicieli 10 towarzystw i zaproszonych ekspertów). Dokument opracowano przy szczególnym udziale European Association for Cardiovascular Prevention and Rehabilitation (EACPR), „Kardiologia Polska” 2016, 74(9), 821–936.
Razgado-Hernandez L.F. et al., The Transfection of BDNF to Dopamine Neurons Potentiates the Effect of Dopamine D3 Receptor Agonist Recovering the Striatal Innervation, Dendritic Spines and Motor Behavior in an Aged Rat Model of Parkinson’s Disease, „PLoS One” 2015, 10(2), epub.
Shohamy D, Adcock R.A., Dopamine and adaptive memory, „Trends in Cognitive Sciences” 2010, 14(10), 464–472.
Wang F., Boros Sz., The effect of daily walking exercise on sleep quality in healthy young adults, „Sport Sciences for Health” 2021, 17, 393–401.