Table 2.
Study | Functional status at baseline (functional status during adjuvant therapy if reported) |
Comorbid condition at baseline | Toxicity/adverse effect | Supportive care where reported | Global or overall QoL scores (scale range) |
Global or overall QoL scores Adjuvant chemotherapy and/or radiotherapy |
Findings of global or overall QoL (Other QoL domains/subscales if reported) |
Authors’ conclusions | ||
Baseline | In the middle | At the time of completion | Follow-up period | |||||||
Mean±SD No. of participants |
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Arraras 2008a16 | KPS mean 94.9 During therapy: KPS decreased from baseline to last dose of RT (mean difference 4.7 (0–100) but returned to baseline 6 weeks after RT) |
Limiting comorbidity 62.5% | At last day of RT: Levels 2–3 skin toxicity 8.4% Level 2 dysphagia 4.2% Level 2 fatigue 4.2% Level 2 pain 2.1% |
NR | Global QoL (0–100) 59.5±12 n=48 |
56.4±11.2 n=48 |
66.5±14.8 (6 weeks after RT) n=46 |
|
|
|
Browall 200817 | NR | one or two comorbidity 61% ≥3 comorbidities 3% |
NR | NR17 | Global QoL (0–100) 76±20 n=39 |
60±23 n=35 | 61±22 n=32 | 70±24 (4 months after CT and about 7 weeks after RT) n=30 |
|
|
Crivellari 200018 | ECOG ≤2 for participants to be eligible | No specific data reported for those 58 participants who completed baseline QoL measurement | Grade 3 haematological toxicity 9.2% Other grade 3 toxicity 6.6% |
NR | Perceived adjustment to chronic illness QoL (0–100) Median 59 n=58 (CMF plus tamoxifen) |
Median 68 n=55 |
Median 82 (18 months after first day of CT) n=55 |
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|
|
Dees 200019 | NR | NR | Neutropenic complications and alteration in cardiac function were not significantly age related, no clinically significant age-related trends in toxicity | Overall QoL (0–10) 7.65±0.88 n=11 |
6.63±1.48 n=7 |
(authors mentioned to collect data at 2 and 6 months after completing CT, but they did not report the results/data) |
|
|
||
Hurria 200620 | NR | CCI mean 3 | Grade 3 or 4 haematological toxicity 27% Grade 3 or 4 non-haematological toxicity 31% |
NR | Overall QoL (0–148) 116 (no information on SD) n=49 |
116 (no information on SD) n=49 | 119 (no information on SD) (6 months post-CT) n=48 |
|
|
|
Kornblith 201121 | ECOG 0–2 for participants to be eligible Grade 0–1, 96% Grade 2, 4% |
0 comorbidity 4.9% 1 comorbidity 11.4% 2–3 comorbidities 21.1% 4–10 comorbidities 16.3% |
Participants treated with capecitabine has significantly fewer adverse effects during and at the completion of CT | NR | Global QoL (0–100) 75.4±18.3 n=170 (standard CT) 76.5±18.7 n=156 (capecitabine) |
63.1±18.4 n=150 (standard CT) 73.1±17.6 n=137 (capecitabine) |
63.2±17.3 n=153 (standard CT) 75.8±17.5 n=136 (capecitabine) |
78.8±17.8 n=141 (standard CT) (12 months post-CT) 77.4±17.6 n=137 (standard CT) (18 months post-CT) 77.2±17.6 n=137 (standard CT) (24 months post-CT) 77.3±18.0 n=127 (capecitabine) (12 months post-CT) 78.2±17.1 n=114 (capecitabine) (18 months post-CT) 76.5±17.7 n=109 (capecitabine) (24 months post-CT) |
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|
Watters 200322 | Baseline KPS—NR During therapy: KPS declined during and by the completion of CT, but did not differ from baseline at follow-up |
NR | NR | NR | Global QoL (0–100) 78±16 n=20 |
77±14 n=20 |
66±20 n=20 |
73±22 (6 months post-CT) n=20 |
|
|
Perrone 201523 | ECOG Grade 0, 83% Grade 1, 17% |
No comorbidity 60% 1 comorbidity 31% ≥2 comorbidities 8% |
Severe (grade >2) haematological toxicity was suffered by 70% of participants with CMF and 9% with docetaxel, while severe non-haematological toxicity was reported in 19% participants with CMF and 28% with docetaxel | G-CSF and erythropoietin were used according to standard guidelines. G-CSF was also recommended for prophylaxis when grade ≥2 neutropaenia occurred | No information on mean or median n=252 | No information on mean or median |
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|
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Gállego Pérez-Larraya 201124 | Baseline: KPS <70 for participants to be eligible During therapy: 33% improved their KPS by ≥10, before disease progression |
NR | Grade 3 or 4 haematological toxicity 25% Most adverse events were mild or moderate According to MMSE, Patient’s cognitive function improved over time |
NR | No information on mean or median n=59 | 1.4 points increase per month n=35 |
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Keime-Guibert 200725 | Baseline KPS ≥70 for participants to be eligible During therapy: KPS declined over time |
NR | No severe adverse effects related to RT | Corticosteroids and anticonvulsant agents, physical and psychological support, management by a palliative care team | Global QoL (0–100) 62.9±3.4 n=35 (supportive care+RT) |
55.6±3.9 n=NR |
58.8±4.5 (~3 months post-RT) n=26 |
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|
|
Minniti 200926 | Baseline: KPS ≥60 for participants to be eligible KPS median 70 KPS did not change significantly during the study period |
Diabetes 19% out of 43 Hypertension 33% out of 43 Cardiovascular disease 16% out of 43 |
Grade 2–3 confusion and/or somnolence during or after RT 14% out of 43 Grade 3–4 haematological during CT 28% out of 43 (which led to the early discontinuation of CT in half of participants) Moderate-to-severe fatigue 35% out of 43, nausea 10% out of 43, constipation 22% out of 43, skin rash 9% out of 43 |
Anticonvulsants and dexamethasone | Global QoL (0–100) 58.3±3.7 n=36 |
54.3±5.1 (completion of RT) n=36 57.9±6.8 (mid-CT; RT followed by CT) n=36 |
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|
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Minniti 201327 | KPS ≥60 for participants to be eligible KPS median 70 |
NR | NR | NR | Global QoL (0–100) 61.5±20.8 n=65 |
60.0 (no information on SD) (1 month after RT and concomitant temozolomide) n=53 72.0 (no information on SD) (6 month from the start of RT) n=27 |
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Mohile 201128 | NR | NR | NR | NR | Overall QoL (0–10) 2.07 (no information on SD) n=368 |
2.37 (no information on SD) n=368 |
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|
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Arraras 2008b29 | KPS mean 96.1 | NR | NR | NR | Global QoL (0–100) 66.8±17.9 n=137 |
66.7±20.9 n=132 |
71.3±18.6 (1.5 months after completion of RT) n=126 |
|
|
|
Bouvier 200830 | NR | NR | NR | NR | Global QoL (0–100) 60 (no information of SD) n=11 |
No information on mean or median | No information on mean or median |
|
|
|
Chang 201231 | ECOG Grade 0, 4.9% Grade 1, 63.4% Grade 2, 31.7% (data for the original sample of 82) |
CACI ≤7, 75.6% ≥8, 24.4% (data for the original sample of 82) |
Grade 3 or 4 haematological toxicity <1% Grade 3 hand-foot syndrome 25.6% (data for the original sample of 82) |
NR | Global QoL (0–100) 59 (no information of SD) n=57 |
No information on mean or median n=55 | No information on mean or median (3–6 months after completion of CT) n=48 |
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|
|
Caffo 200332 | NR | NR | The mean no. of daily stools progressively increased during the treatment | Participants experiencing grade 3–4 diarrhoea were given loperamide with adequate water and saline support. If loperamide was ineffective, treatment with octreotide was planned | Overall QoL (daily card) (1 – 4) (No data reported for EORTC) 2.11±0.75 n was not reported |
2.46±0.67 n was not reported |
2.55±1.05 n was not reported |
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Park 201333 | ECOG 0–1 for participants to be eligible | 0 comorbidity 71.2% Any comorbid conditions 28.8% |
Grade 3 neutropaenia 39.4%, anaemia 4.5%, thrombocytopaenia 1.5% | NR | Global QoL (0–100) 53 (no information of SD) n=66 |
No information on mean or median (after second cycle of CT) n=63 |
No information on mean or median (after fourth cycle of CT) n=60 |
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|
*Significant difference reported by the study authors (P<0.05).
ADLs, activities of daily living; BMI, body mass index; BOMC, Blessed Orientation-Memory-Concentration test; CACI, Charlson-Age Comorbidity Index; CCI, Charlson Comorbidity Index; CT, chemotherapy; ECOG, Eastern Cooperative Oncology Group; GDS, Geriatric Depression Scale; IADLs, instrumental activities of daily living; KPS, Karnofsky Performance Status Scale; MMSE, Mini-Mental State Examination; NCI CTC, National Cancer Institute Common Toxicity Criteria; NR, not reported; OARS, Older American Resources and Services Questionnaire; RT, radiotherapy.