From: Using technology to deliver cancer follow-up: a systematic review
Study and location | Patient population | Intervention | Control | Length of follow up | Study outcomes | Results | Critical appraisal score |
---|---|---|---|---|---|---|---|
Beaver et al., 2009 Manchester, UK [11] | 374 breast cancer patients | Telephone follow up by specialist nurses | Usual hospital care | 24 months (mean) | Psychological morbidity | Equivalence trial - : no difference between the two groups | Study Quality – 8/10 |
Participant’s needs for information | External validity – 2/3 | ||||||
Participant’s satisfaction | Internal Validity (bias) – 6/7 | ||||||
Clinical Investigations ordered | Internal Validity (selection bias) – 6/6 | ||||||
Time to detection of recurrent disease | Power – 1/1 (Total – 23/27) | ||||||
Beaver et al., 2009 (Economic evaluation) Manchester, UK [25] | 374 breast cancer patients | Cost minimization analysis of RCT above | - | 24 months (mean) | Primary: NHS resource use | Telephone follow-up more costly (mean difference £55 but telephone patients had lower personal costs (mean difference £47) | No score as cost analysis |
Secondary: patient, carer and productivity courses | |||||||
Davison and Degner, 2002 Vancouver, Canada [15] | 749 breast cancer patients | Computer programme providing information and assisting decision making | Standard care only- asked about decision making before clinic appointment | One clinic visit | Involvement in decision making | Women in the intervention group reporting playing a more passive role. | Study Quality – 6/10 |
Patient satisfaction | Patient satisfaction was high in both groups | External validity – 2/3 | |||||
Internal Validity (bias) – 5/7 | |||||||
Internal Validity (selection bias) – 4/6 | |||||||
Power – 0/1 (Total – 17/27) | |||||||
Harrison et al., 2011 Sydney, Australia [21] | 75 patients with colorectal cancer | 5 telephone calls from a specialist colorectal nurse in 6 months after discharge | Standard care | 6 months | Unmet supportive care needs | No difference between the groups for unmet needs and health service utilization | Study Quality – 8/10 |
Health service utilization | Quality of life scores higher in the intervention group at 6 months | External validity – 2/3 | |||||
Quality of life | Internal Validity (bias) – 5/7 | ||||||
Internal Validity (selection bias) – 6/6 | |||||||
Power – 0/1 (Total – 21/27) | |||||||
Hegel et al., 2010 New Hampshire, USA [16] | 31 Breast cancer patients | 6 weekly session of telephone delivered problem solving occupational therapy | Usual care | 12 weeks | Primary outcome: feasibility of conducting the trial | Overall positive outcomes | Study Quality – 8/10 |
Secondary outcomes: functional, quality of life and emotional status | External validity – 3/3 | ||||||
Internal Validity (bias) – 5/7 | |||||||
Internal Validity (selection bias) – 6/6 | |||||||
Power – 0/1 (Total – 20/20) | |||||||
Kearney et al., 2008 Stirling, Scotland [12] | 112 cancer patients | Mobile phone-based remote monitoring during chemotherapy | Standard care | 16 weeks | Chemotherapy related morbidity – 6 common symptoms, nausea, vomiting, fatigue, mucositis, hand-foot syndrome and diarrhoea | Higher reports of fatigue in the control group and lower reports of hand-foot syndrome in the control group | Study Quality – 8/10 |
External validity – 1/3 | |||||||
Internal Validity (bias) – 5/7 | |||||||
Internal Validity (selection bias) – 6/6 | |||||||
Power – 0/1 (Total – 20/27) | |||||||
Kimman et al., 2011 Maastricht, Netherlands [17] | 299 women with breast cancer | Nurse led telephone follow up or | Hospital follow up or hospital follow up plus EGP | 18 months | Health related quality of life (HRQoL) | No difference between the two groups | Study Quality – 8/10 |
Nurse led telephone follow up plus educational group programme (EGP) | Secondary measures included role and emotional functioning and feelings of control and anxiety | External validity – 2/3 | |||||
Internal Validity (bias) – 5/7 | |||||||
Internal Validity (selection bias) – 6/6 | |||||||
Power – 1/1 (Total – 22/27) | |||||||
Kimman et al., 2011 Maastricht, Netherlands [27] | 299 women with breast cancer | Nurse led telephone follow up or Nurse led telephone follow up plus educational group programme (EGP) | Hospital follow up or hospital follow up plus EGP | 18 months | Quality adjusted life gain (QALYs) | Hospital follow-up plus EGP resulted in the highest QALYs but has the highest costs. Next best in terms of costs and QALYs was nurse led telephone follow up plus EGP | No score as cost analysis |
Incremental cost-effectiveness ratios (ICERs) | |||||||
Kimman et al., 2010 Maastricht, Netherlands [13] | 299 women with breast cancer | Nurse led telephone follow up or | Hospital follow up or hospital follow up plus EGP | 12 months | Patient satisfaction | Increased patient satisfaction with access to care in telephone follow-up group. No significant influence on general patient satisfaction, technical competence or inter-personal aspects | Study Quality – 9/10 |
Nurse led telephone follow up plus educational group programme (EGP) | External validity – 2/3 | ||||||
Internal Validity (bias) – 5/7 | |||||||
Internal Validity (selection bias) – 5/6 | |||||||
Power – 1/1 (Total – 22/27) | |||||||
Kroenke et al., 2010 Indiana, USA [26] | 405 cancer patients | Centralized telecare management by a nurse-physican specialist team coupled with home-based symptom monitoring by interactive voice recording or internet | Usual care | 12 months | Depression Pain | Improvements in pain and depression for the intervention group | Study Quality – 8/10 |
External validity – 2/3 | |||||||
Internal Validity (bias) 6/7- | |||||||
Internal Validity (selection bias) – 6/6 | |||||||
Power – 1/1 (Total – 23/27) | |||||||
Marcus et al., 2009 Colorado, USA [18] | 304 breast cancer patients | 16 session telephone counselling post treatment | Resource directory for breast cancer was given to each patient | 18 months | Distress | No difference for distress and depression | Study Quality – 8/10 |
Depression | Need for clinical referral – depression and distress reduced by 50% in the intervention group for dichotomized end points | External validity – 2/3 | |||||
Sexual dysfunction | Effects found for personal growth and sexual dysfunction in the intervention group | Internal Validity (bias) – 5/7 | |||||
Personal growth | Internal Validity – 5/6 (selection bias) | ||||||
Power – 0/1 (Total – 20/27) | |||||||
Matthew et al., 2007 Toronto, Canada [20] | 152 prostate cancer patients | PDA survey followed by paper | Paper followed by PDA survey | 30 mins | Survey was monitoring health-related quality of life but outcomes looked at assessment of data quality and feasibility | Internal consistency similar | Study Quality – 8/10 |
PDA followed by PDA survey. (3 groups) | Test re-test reliability confirmed | External validity – 3/3 | |||||
Data from two modalities strongly correlated. | Internal Validity (bias) – 5/7 | ||||||
Fewer missed items for the PDA | Internal Validity (selection bias) – 5/6 | ||||||
More preferred using the PDA or had no preference. PDA found easy to use | Power – 0/1 (Total – 21/27) | ||||||
Age did not correlate with difficulty using PDA | |||||||
Sandgren et al., 2003 North Dakota, USA [19] | 222 women with breast cancer | 6×30 min telephone therapy sessions that involved either cancer education or emotional expressions | Standard care | 5 months | Perceived control | Cancer education group reported greater perceived control compared to standard care | Study Quality – 7/10 |
Mood | |||||||
Quality of life | No difference for mood or quality of life | External validity – 2/3 | |||||
Internal Validity (bias) – 5/7 | |||||||
Internal Validity (selection bias) – 6/6 | |||||||
Power – 1/1 (Total – 21/27) | |||||||
Sikorski et al., 2009 Michigan, USA [22] | 486 cancer patients | Automated voice response symptom reporting | Nurse assisted symptom management via the telephone | 6 telephone contacts over 8 weeks | Severity of cancer symptom at intake interview and at first intervention contact | Patient in the AVR group reported more severe symptoms. There was a variation with age with older patients reporting more severity of symptoms to the nurse | Study Quality – 9/10 |
External validity - 2/3 | |||||||
Internal Validity (bias) – 5/7 | |||||||
Internal Validity (selection bias) – 6/6 | |||||||
Power – 0/1 (Total – 22/27) | |||||||
Sikorskii et al., 2007 Michigan, USA [23] | 435 cancer patients | Automated telephone symptom management | Nurse-assisted symptom management | 10 weeks | Severity of cancer symptoms, demographic data and co-morbidities | Reduction in symptom severity in both groups. Lung cancer patients with greater symptom severity withdrew from the ATSM group | Study Quality – 8/10 |
External validity – 2/3 | |||||||
Internal Validity (bias) – 5/7 | |||||||
Internal Validity (selection bias) – 6/6 | |||||||
Power – 1/1 (Total – 22/27) | |||||||
Yun et al. 2012 Seoul, Korea [24] | 273 cancer patients | Internet based, individually tailored cancer related fatigue education program | Usual care | 12 weeks | Level of fatigue | Education group reported a reduction in fatigue, decrease in HADS anxiety score, increase in global QoL score and emotional, cognitive and social functioning of EORTIC QLQ-C30 | Study Quality – 8/10 |
Quality of Life, Anxiety and depression | External validity – 1/3 | ||||||
Internal Validity (bias) – 4/7 | |||||||
Internal Validity (selection bias) – 6/6 | |||||||
Power – 1/1 (Total – 20/27) |