An interventional study of Exercise intervention for cancer patients to increase physical activity during chemotherapy in Cancer, sponsored by Turku University Hospital. Completed at 1 site in Finland. Open to participants aged 18 Years to 70 Years. Per ClinicalTrials.gov, last updated 2022-11-02.
Sponsored by Turku University Hospital · Not applicable, Interventional, and Health services research
Exhausting chemotherapy, adverse effects of chemotherapy and a lack of information on the benefits of physical exercise are the among the reasons for reduced physical exercise among cancer patients during chemotherapy courses. According to best current knowledge only about 10% of cancer patients in Finland are physically active during cancer treatment. In addition, only 20-30% are physically active after recovery from the treatments (Pylkkänen, 2015). There is only little awareness about the benefits of physical activity during cancer treatments. The purpose of the exercise intervention study is to increase the physical activity of patients who are on chemotherapy.
The study is a pilot trial and has no control group. Internationally, exercise interventions have been studied among cancer patients on treatment for decades. The American College of Sports Medicine (ACSM) recommends that cancer patients should have 150 minutes of endurance exercise per week and at least two bouts of muscle strength exercise per week. Consequently, the exercise intervention study will have a combination of muscle power and endurance training. To reach the weekly recommended level of exercise, the cancer patients in the study will additionally have a weekly home training program containing preferentially endurance training. A literature search shows that no studies on exercise interventions during cancer treatment have been published in Finland. Thus, this thesis carries the wider implication of increasing the general knowledge on the importance of physical activity of cancer patients.
The duration of the exercise intervention is eight (8) weeks. There will be guided endurance and muscle power training two (2) time weekly. The participants will also be provided with one training program per week for use at home. Data on training at home and other items of physical activity is recorded in a diary. Before the intervention is started, an oncologist will examine the participants condition before brisk physical activity is started. Safety is an important consideration and a nurse will examine the patients before each bout of exercise. A nurse will be present during the entire time of the exercise. A physician is always available for consultations by phone.
Before the intervention starts, baseline measurements will be made in the laboratories of physical exercise in the Tyks Hospital and the Turku University of Applied Sciences. At baseline, endurance, muscle power, balance and body composition will be evaluated and recorded. Endurance will be measured with a submaximal treadmill test. Muscle power will be assessed by a dynamic elevation test, hand pressure test, the lower extremities by repeated squatting-standing and by rising to stand on the toes. Balance is measured in the specific sway platform (one leg and both legs standing). The patients will be asked to fill questionnaires on quality of life (QLQ-c30) and fatigue (FACIT-F) before and after the intervention. The patients will fill in their exercise diaries from the very moment their participation has been decided until the end of the intervention. After exercise intervention the patients also fill the feedback-questionnaire.
Turku University Hospital is the lead sponsor of 280 studies on the registry; 65 are open to participants now.
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The duration of the exercise intervention is eight (8) weeks. There will be guided endurance and muscle power training two (2) time weekly. The participants will also be provided with one training program per week for use at home. Data on training at home and other items of physical activity is recorded in a diary.
Behavioral: Exercise intervention for cancer patients to increase physical activity during chemotherapy
The duration of the exercise intervention is eight (8) weeks. There will be guided endurance and muscle power training two (2) time weekly. The participants will also be provided with one training program per week for use at home.
physical activity changes in diary
Does this exercise intervention model works for cancer patients to increase the amount of physical activity and to achieve the cancer patients exercise recommendations? (especially home-exercising)
Time frame: 0 and 8 weeks,
questionnaire-feedback from cancer patients
Does this exercise intervention model works for cancer patients to change the amount of physical activity? Patients subjective feedback about the first exercise group model in special health care. The questions are formed in quantitative way.
Time frame: 0 and 8 weeks
Quality of life questionnaire (EORTC QLQ-c30)
Does the guided exercise intervention (physical activity) affect the patients quality of life during chemotherapy? The scales and single-item measures range in score from 0 to 100. High score for a functional scale represents a high / healthy level of functioning, a high score for the global health status / QoL represents a high QoL, but a high score for a symptom scale / item represents a high level of symptomatology / problems. The scale consists of three different part.
Time frame: 0 and 8 weeks
Fatigue questionnaire (FACIT-F)
Does the guided exercise intervention (physical activity) affect the patients fatigue during chemotherapy? The score range: 0-52 points. The bigger points the worse fatigue or more symptoms.
Time frame: 0 and 8 weeks
Body composition in cancer patients general view (In-Body-device)
Does exercise intervention (physical activity) cause changes in the body composition of cancer patients on chemotherapy? The device measures body mass index, fluid, fat and muscle changes. We follow up the changes in general view.
Time frame: 0 and 8 weeks
Endurance (submaximal treadmill test)
Does exercise intervention (physical activity) cause changes in endurance of cancer patients on chemotherapy?
Time frame: 0 and 8 weeks
Functional muscle power test - dynamic elevation test for upper arms
Does exercise intervention (physical activity) cause changes in muscle power of cancer patients on chemotherapy?
Time frame: 0 and 8 weeks
Functional muscle power test - hand pressure test
Does exercise intervention (physical activity) cause changes in muscle power of cancer patients on chemotherapy?
Time frame: 0 and 8 weeks
Functional muscle power test - the lower extremities by repeated squatting-standing
Does exercise intervention (physical activity) cause changes in muscle power of cancer patients on chemotherapy?
Time frame: 0 and 8 weeks
Functional muscle power test - the lower extremities by rising to stand on the toes
Does exercise intervention (physical activity) cause changes in muscle power of cancer patients on chemotherapy?
Time frame: 0 and 8 weeks
Functional muscle power test - plank-test for the body
Does exercise intervention (physical activity) cause changes in muscle power of cancer patients on chemotherapy?
Time frame: 0 and 8 weeks
Balance -tests in specific sway-platform (standing with both legs and only one leg in sway-platform)
Does exercise intervention (physical activity) cause changes in the balance of cancer patients on chemotherapy?
Time frame: 0 and 8 weeks
Plan to share: No
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Turku University Hospital