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physical education --- physical activity --- health --- exercise --- quality of life --- sports

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Title in English: Physical activity as an effective means of non-pharmacological care in oncology. Much of the existing research confirms the assumption that regular physical activity can play a crucial role in nonpharmacological therapy and quality of life management in cancer survivors. The treatment of oncological diseases itself brings about numerous undesirable side effects, such as cardiotoxicity, anxiety, depression, sarcopenia, polyneuropathy, cancer fatigue and sleep disorders. Regular physical activity is associated with significant benefits for health including a lower risk of developing certain types of tumours and elimination of the accompanying undesirable effects of oncological treatment. A number of epidemiological studies found a correlation between regular physical activity and lower mortality linked to oncological diseases. The minimal amount of the activity needed to gain this benefit has not been established, however, the recommendations of ACSM indicate that at least 150 minutes of moderate physical activity are needed per week. Physical exercise as nonpharmacological treatment is a domain of cancer survivors therapy whose aim is to incorporate targeted controlled exercise programmes into the overall treatment plan of the patients. Exercise programmes can be performed both in the duration of the illness as well as in the period prior to the treatment or in the course of adjuvant antitumour treatment (including chemotherapy) and in survivors. When prescribing physical activity it is necessary to take current health condition of the patient into account including their comorbidities, age or the level of physical fitness. If controlled physical activity is to become an indispensable part of oncological treatment it will be necessary to prove the therapy is safe and cost-effective.

Oncology --- physical activity --- nonpharmacological therapy --- cancer --- quality of life

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Cardiovascular responses to physical and/ or mental stressors has been a topic of great interest for some time. For example, significant changes of cardiovascular control and reactivity have been highlighted as important mechanisms for the protective effect of exercise as a simple and effective, non medical therapy for many pathologies. However, despite the great number of studies performed to date (e.g. >54,000 entries in Pubmed for “cardiovascular stress”), important questions of the role stress has on cardiovascular function still remain. For instance, What factors account for the different cardiovascular responses between mental and physical stressors? How do these different components of the cardiovascular system interact during stress? Which cardiovascular responses to stress are the most important for identifying normal, depressed, and enhanced cardiovascular function? Can these stress-induced responses assist with patient diagnosis and prognosis? What impact does physical fitness have on the relationship between cardiovascular function and health? The current topic examined our current understanding of cardiovascular responses to stress and the significant role that physical fitness has on these responses for improved function and health. Manuscripts focusing on heart rate variability (HRV), heart rate recovery, and other novel cardiovascular assessments were especially encouraged.

stress --- Cardiovascular Diseases --- Exercise --- Physical Fitnes --- physical activity

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Cardiovascular responses to physical and/ or mental stressors has been a topic of great interest for some time. For example, significant changes of cardiovascular control and reactivity have been highlighted as important mechanisms for the protective effect of exercise as a simple and effective, non medical therapy for many pathologies. However, despite the great number of studies performed to date (e.g. >54,000 entries in Pubmed for “cardiovascular stress”), important questions of the role stress has on cardiovascular function still remain. For instance, What factors account for the different cardiovascular responses between mental and physical stressors? How do these different components of the cardiovascular system interact during stress? Which cardiovascular responses to stress are the most important for identifying normal, depressed, and enhanced cardiovascular function? Can these stress-induced responses assist with patient diagnosis and prognosis? What impact does physical fitness have on the relationship between cardiovascular function and health? The current topic examined our current understanding of cardiovascular responses to stress and the significant role that physical fitness has on these responses for improved function and health. Manuscripts focusing on heart rate variability (HRV), heart rate recovery, and other novel cardiovascular assessments were especially encouraged.

stress --- Cardiovascular Diseases --- Exercise --- Physical Fitnes --- physical activity

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horses --- females --- Oestrous cycle --- diagnosis --- faeces --- Sex hormones --- physical activity