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ORIGINAL ARTICLES

Perceived needs for different components in a rehabilitation program among cancer survivors with chronic fatigue compared to survivors without chronic fatigue

, , , , , , & show all
Pages 245-253 | Received 09 Sep 2016, Accepted 21 Nov 2016, Published online: 11 Jan 2017

Figures & data

Figure 1. Flow chart of the study.

Figure 1. Flow chart of the study.

Figure 5. Proportions of CF and NCF participants perceived need for number of components in a rehabilitation program (n = 552)

Figure 5. Proportions of CF and NCF participants perceived need for number of components in a rehabilitation program (n = 552)

Figure 6. (a) Physical component score (PCS) among CF and NCF participants within different need for number of components in a rehabilitation program. (b) Mental component score (MCS) among CF and NCF participants within different need for number of components in a rehabilitation program (n = 525).

Figure 6. (a) Physical component score (PCS) among CF and NCF participants within different need for number of components in a rehabilitation program. (b) Mental component score (MCS) among CF and NCF participants within different need for number of components in a rehabilitation program (n = 525).

Table 1. Characteristics of the participants (n = 564).

Figure 2. (a) Prevalence of chronic fatigue (CF) and demographical and medical variables associated with CF (vs. not CF) (n = 564). Numbers may not add up to 564 because of missing data. cOR crude odds ratio. *Mixed group including gynecological cancer (n = 44), lung cancer (n = 26), neuroendocrine tumor (n = 24), head and neck cancer (n = 18), lymphoma (n = 16), brain cancer (n = 15), myeloma (n = 13), sarcoma (n = 6), leukemia (n = 7), cancer of the urinary tract (n = 5), testicular cancer (n = 1) and others (n = 10). **Systemic treatment including chemotherapy and/or hormone therapy ± surgery and/or radiotherapy. Non-systemic treatment including surgery and/or radiotherapy. (b) Prevalence of chronic fatigue (CF) and comorbidity and lifestyle variables associated with CF (vs. not CF) (n = 564). Numbers may not add up to 564 because of missing data. cOR crude odds ratio. BMI: body mass index; PA: physical activity. *PA guidelines include at least 150 minutes of moderate intensity PA or 75 minutes of high intensity PA per week.

Figure 2. (a) Prevalence of chronic fatigue (CF) and demographical and medical variables associated with CF (vs. not CF) (n = 564). Numbers may not add up to 564 because of missing data. cOR crude odds ratio. *Mixed group including gynecological cancer (n = 44), lung cancer (n = 26), neuroendocrine tumor (n = 24), head and neck cancer (n = 18), lymphoma (n = 16), brain cancer (n = 15), myeloma (n = 13), sarcoma (n = 6), leukemia (n = 7), cancer of the urinary tract (n = 5), testicular cancer (n = 1) and others (n = 10). **Systemic treatment including chemotherapy and/or hormone therapy ± surgery and/or radiotherapy. Non-systemic treatment including surgery and/or radiotherapy. (b) Prevalence of chronic fatigue (CF) and comorbidity and lifestyle variables associated with CF (vs. not CF) (n = 564). Numbers may not add up to 564 because of missing data. cOR crude odds ratio. BMI: body mass index; PA: physical activity. *PA guidelines include at least 150 minutes of moderate intensity PA or 75 minutes of high intensity PA per week.

Figure 3. Multivariate regression analyses (n = 544). aOR adjusted odds ratio. *Mixed group including gynecological cancer (n = 44), lung cancer (n = 26), neuroendocrine tumor (n = 24), head and neck cancer (n = 18), lymphoma (n = 16), brain cancer (n = 15), myeloma (n = 13), sarcoma (n = 6), leukemia (n = 7), cancer of the urinary tract (n = 5), testicular cancer (n = 1) and others (n = 10). **Systemic treatment including chemotherapy and/or hormone therapy ± surgery and/or radiotherapy. Non-systemic treatment including surgery and/or radiotherapy.

Figure 3. Multivariate regression analyses (n = 544). aOR adjusted odds ratio. *Mixed group including gynecological cancer (n = 44), lung cancer (n = 26), neuroendocrine tumor (n = 24), head and neck cancer (n = 18), lymphoma (n = 16), brain cancer (n = 15), myeloma (n = 13), sarcoma (n = 6), leukemia (n = 7), cancer of the urinary tract (n = 5), testicular cancer (n = 1) and others (n = 10). **Systemic treatment including chemotherapy and/or hormone therapy ± surgery and/or radiotherapy. Non-systemic treatment including surgery and/or radiotherapy.

Figure 4. Proportions of CF and NCF participants perceived need for different components in a rehabilitation program.

Figure 4. Proportions of CF and NCF participants perceived need for different components in a rehabilitation program.

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