Background The influence of lifestyle factors on the quality of life, incidence and tumor recurrence has been evaluated in several studies and is gaining increasing importance in cancer research. However, the extent of the influence of such lifestyle factors on the quality of life of cancer patients remains largely unclear, as does the number of patients actually pursuing these lifestyle changes. The purpose of this study was to examine the prevalence and predictors of lifestyle changes in patients with gynecological cancer. Methods The survey consisted of a pseudonymous questionnaire that was conducted from January to May 2014 via a telephone interview with 141 patients with a gynaecological malignancy who had undergone surgery at our Department of Gynaecology and Obstetrics. Lifestyle factors (diet, physical activity, stress level, alcohol and nicotine consumption) prior to and after the diagnosis of cancer were evaluated. Results 89% (n = 125) of the patients reported lifestyle changes after being diagnosed with cancer. There was a significant association between the implementation of lifestyle changes and age as well as the use of complementary medicine. Nutrition: 66% of the patients (n = 93) consumed more fruit and vegetables and 65% ate less meat (n = 92). Physical activity: 37% (n = 52) reported no change in their exercise routine, 36% (n = 51) described a decrease, 27% (n = 38) an increase in their physical activity. Subjective feeling of stress: 77% of the patients (n = 108) described a reduction in their perceived level of stress. Nicotine consumption: 63% (n = 12) of the 19 patients who were smokers at the time of the diagnosis quit or reduced smoking thereafter. Alcohol consumption: 47% (n = 61/129) of the patients reduced their alcohol consumption. Conclusions Most of the patients from our study group implemented lifestyle changes after being diagnosed with cancer. Prospective randomized trials are needed in order to determine the benefit of lifestyle changes (physical activity, dietary habits and stress reduction) for cancer survivors. The potential impact of lifestyle on the quality of life and the trajectory of the disease should be discussed with all oncological patients.

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Background: Complementary and alternative medicine (CAM) use is common among cancer patients. Data indicated that CAM use correlates with younger age, higher education levels, higher income, and less physician consultations. However, non-CAM use and predictors for non-CAM use are less clear among breast and gynecological cancer patients. Objectives: The purpose of this study was to determine the prevalence of non-CAM use and to investigate factors that might influence non-CAM use. Methods: The survey was conducted in breast cancer patients from January to May 2013 and in gynecological cancer patients from January to May 2014 with 2 pseudoanonymous questionnaires: one for CAM users (109 questions) and one for non-CAM users (85 questions). The survey was conducted via a telephone interview with 333 patients. Eligible participants were women with breast cancer (n = 285) and gynecological cancer (n = 291) who had undergone surgery at the Department of Gynecology and Obstetrics at the Technical University Munich, Germany, in the years 2012 (breast cancer) and 2011-2013 (gynecological cancer). Descriptive statistics were generated to determine patterns of non-CAM use. Univariable analysis was used to detect patient characteristics associated with noninterest in the different CAM therapies. Results: A total of 333 of 576 patients participated in the survey (58%). Fifty-eight percent (n = 192/333) were diagnosed with breast cancer and 42% (n = 141/333) with gynecological cancer. The overall prevalence of non-CAM use was 42% (n = 139/333). Eighty-one percent (n = 112/139) of the non-CAM users stated to have received no recommendation for CAM use, although 53% (n = 73/139) would have liked to receive information from their physician. As reasons for the nonuse of CAM therapies, 76% (n = 106/139) nonusers declared that they did not believe CAM use was necessary since the conventional therapy was considered sufficient, 44% (n = 61/139) reported a lack of information, 31% (n = 43/139) a fear of fraud, and 22% (n = 31/139) a fear of interactions and side effects of CAM. Sixty-eight percent (n = 95/139) of the patients stated that they would resort to CAM if the disease progressed while only 27% (n = 37/139) would still not use any CAM with progression of disease. Five percent (7/139) did not give any information regarding possible future CAM use with disease progression. Seventy-three percent (n = 102/139) would both welcome more physicians with qualifications in complementary medicine and supported an integration of CAM into our health care system. Furthermore, statistically significant correlations between patients' sociodemographic characteristics and their nonuse of complementary therapies were identified. Conclusions: Our data demonstrate a high overall interest in CAM even in non-CAM D.P. and C.W. contributed equally to this study as first authors.

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Our data demonstrates a high overall interest in CAM in patients with gynecological cancer. Health care professionals should be aware of this in order to be able to better address their patients´ needs. In the interest of the patients’ overall well-being and safety, it is necessary to explore the use of CAM with cancer patients, educate them about potentially beneficial therapies even in the light of the limited available evidence and to work towards an integrated model of health-care.