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National Guideline Centre (UK). Emergency and acute medical care in over 16s: service delivery and organisation. London: National Institute for Health and Care Excellence (NICE); 2018 Mar. (NICE Guideline, No. 94.)
Emergency and acute medical care in over 16s: service delivery and organisation.
Show details12. Alternatives to hospital care
12.1. Introduction
There is an increasing evidence base to support the treatment of some acute medical illnesses using ambulatory care, that is, where patients receive treatment whilst staying in their own home or care home after a clinical assessment. In addition, there is an increasing recognition that not all patients have a good experience of hospital bed based care, and that treatment in the usual place of residence would be preferable if safe to do so with an appropriate care model in place.
Whilst there are policy statements from national bodies that are supportive of greater provision of alternatives to hospital care for acute medical illness, there is current uncertainty over the most clinically and cost-effective models of alternatives to hospital care.
12.2. Review question: Does community-based intermediate care improve outcomes compared with hospital care?
For full details see review protocol in Appendix A.
12.2.1. Definitions of the different alternatives to hospital care evaluated in this review
12.2.1.1. Intermediate Care (IC)
The development of IC services was set out in 2001 within the National Service Framework for Older People. The aims of IC were stated as being to:
- promote faster recovery from illness,
- support timely discharge from hospital,
- prevent unnecessary acute hospital admission,
- maximise independent living.
The expectation was of multi-agency working based on comprehensive geriatric assessment, with short-term interventions to enable users to remain or resume living at home.
Definition of intermediate care
The definition of intermediate care provided in the Department of Health paper ‘Intermediate Care - Halfway Home’80 was used; “a range of integrated services to promote faster recovery from illness, prevent unnecessary acute hospital admission and premature admission to long-term residential care, support timely discharge from hospital and maximise independent living”. The guidance makes clear that intermediate care services involve multi-disciplinary team working. Although homecare reablement is included within intermediate care services in some areas, services that do not have a clinical health element are not included.
The National Intermediate Care Audit demonstrates that intermediate care does increase the likelihood of returning home, improve the ability to perform activities of daily living and also increases the achievement of person specific goals. However, there is significant variation in delivery between regions throughout England and unfortunately at present it is not making a difference to the whole-system due to the lack of capacity within the service.214
Classification of Intermediate Care Schemes (as taken from the Department of Health ‘Audit of Intermediate Care’, 2008)
i. Home from hospital
A home from hospital scheme generally aims to provide short-term post-discharge care at a more intensive level than would normally be provided by professionals such as District Nursing. Home from hospital schemes are generally delivered in the user’s own home and led by nursing staff, sometimes with input from medical and allied health professionals.
ii. Rapid response schemes
Rapid response schemes generally aim to support a user in their own home or other location either as a means of preventing admission or as a means of facilitating discharge from the acute hospital sector. Usually led by either a nurse or allied health professional, rapid response schemes can cover a wide range of interventions including administration of intravenous therapies, peg tube and catheter replacement, crisis psychiatric care and provide enhanced care to palliative care patients.
iii. Step up/down schemes
Step up/down schemes usually provide care in a setting other than an acute hospital and this can include a residential or, more usually, a nursing home. Time limited in nature, these schemes aim to either prevent admission to hospital, or aid in the discharge and transfer back home from hospital. Step up/down schemes can be aimed at similar patients to both rapid response and rehabilitation. However, normally the users require more intensive therapy or continuous monitoring than could be provided in their own home.
iv. Rehabilitation schemes
The delivery of community rehabilitation is cognisant with the role of intermediate care which has been promoted by the Department of Health. Rehabilitation is defined as “a process aiming to restore personal autonomy to those aspects of daily life considered most relevant by patients and service users, and their family carers” (Kings Fund, 1998). It is believed that this form of care will reduce the burden on the NHS through the promotion of independence.
Rehabilitation schemes usually provide time limited therapy for patients who require on-going allied health support (generally physiotherapy or occupational therapy) to regain maximum independence. Users of rehabilitation schemes will often have sustained some form of fracture and may also have undergone surgery. Rehabilitation schemes can be delivered by a multi-disciplinary team, but are often led by physiotherapists and/or occupational therapists. These schemes may be longer-term in nature than other types of schemes.
Rehabilitation is defined as the process of restoration of skills by a person who has had an illness or injury so as to regain maximum self-sufficiency and function in a normal or as near normal manner as possible. Rehabilitation is a process aiming to restore personal autonomy to those aspects of daily life considered most relevant to patients, service users and their carers. It can be delivered at a community hospital, residential home or within a patient’s own home.
v. Stroke schemes
Stroke schemes tend to provide a high level of support for those patients who have undergone a cerebrovascular accident (CVA) and to provide a high level of rehabilitation, usually in the users own home, to assist them in gaining an increased level of independence. Stroke schemes can be delivered by a multi-disciplinary team that includes medical, nursing, allied health and social work, and also can include the assistance of generic rehabilitation assistants (covering physiotherapy and occupational therapy). These schemes may be longer-term in nature than other types of schemes.
vi. Community hospital schemes
Community hospital schemes usually provide acute hospital ward type care, but generally under the management of GPs rather than consultants. Community hospital schemes can provide nursing, rehabilitation or step up/down type care and are generally aimed at those users who require a high level of supervision or the administration of medicines or interventions which would not be suitable for a nursing home or a users’ own home setting.
vii. Miscellaneous schemes
These schemes included a range of schemes which did not directly fit into one of the classifications previously described. They included an ED assessment team, a twilight nursing team, and a long-term behaviour support team. It could be debated whether these schemes can truly be classified as intermediate.
Within the Intermediate tier there is distinction between:
- viii.
Enabling Homecare - which provides the fundamental building block of a care system where optimised independence and choice is a primary goal. This is aimed at ensuring such skills are maintained by the individual and will be found across the whole care system including any homecare delivered as part of an intermediate tier.
- ix.
Reablement - for people with poor physical or mental health or disability where there is potential to improve independence and choice by learning or re-learning the skills necessary for daily living; and:
When referring to reablement in this context it is also helpful to distinguish between:
- Intake reablement - where all new referrals to adult social services (in particular home care) are considered for reablement; and
- Targeted reablement - where referrals to reablement are received from specific sources, normally hospital discharge or to prevent hospital admission.
- x.
Hospital-at-home care is generally defined as the community based provision of services usually associated with acute inpatient care.
“Hospital-at-home” programs are defined by the provision, in patients’ own homes and for a limited period, of a specific service that requires active participation by health care professionals. The care tends to be multidisciplinary and may include technical services, such as intravenous services.
Many disparate models have been developed under the hospital-at-home label, leading to difficulties in evaluating their effectiveness.
Key features of the Johns Hopkins “hospital-at-home” model:
- A substitutive model providing hospital-level care for patients living in a specified geographic catchment area delineated by 30 minute travel time.
- Eligible patients are those with certain acute illnesses that require hospital-level care who also meet previously validated medical eligibility criteria.
- Robust input from physicians (at least daily visits and 24 hour coverage) and nurses (initial continuous nursing care following by intermittent visits and 24 hour coverage).
- Patient retains inpatient status and the hospital or health system retains responsibility for the acute care episode.
- Care is provided in a coordinated manner similar to that in an inpatient ward.
xi. The Virtual Ward
Virtual wards are a form of preventive hospital-at-home for patients at high predicted risk of unplanned hospital admission.
A model of home-based coordinated care with the aim of reducing hospital admissions in a relatively low-cost manner. The “virtual ward” program provides multidisciplinary case management services to people who have been identified, using a predictive model, as high risks for future emergency hospitalisation. Virtual wards use the systems, staffing and daily routine of a hospital ward to deliver preventive care to patients in their own homes. The Virtual Wards work just like a hospital ward, using the same staffing, systems and daily routines, except that the people being cared for stay in their own homes throughout.
Virtual wards seek to improve integration through a number of strategies, including a shared record, multidisciplinary team meetings (“ward rounds”) and an automated alert system for informing virtual ward staff when a patient accesses another care service, such as attending local ED. Another strategy for promoting integration was to include a social worker as a core member of the virtual ward staff. In this regard, it could be argued that virtual wards are an adaptation of the public health model of chronic disease management described by Kendall and colleagues but rather than integrating health and education, virtual wards instead aim to provide patients with a well organised and coordinated service that crosses the health care and social care sectors.
Community matrons
Community matrons are highly experienced senior nurses who work closely with patients in the community to provide, plan and organise their care. They mainly work with those with a serious long term or complex range of conditions. They therefore have an important role in the management of chronic long-term disease and multi-morbidity. These patients account a large consumption of NHS resources. Clear leadership, guidance and communication between the many services which are involved in the patient care is important to avoid mishaps. Therefore, the community matron is ideally placed to deliver this with the appropriate training and support. This review will determine if increasing the remit of community matrons and increasing the number of locations where community matrons can be accessed improves patient outcomes.
12.3. Clinical evidence
We searched for systematic reviews and randomised trials comparing the effectiveness of alternatives to hospital care (hospital at home, step-up/down care, rapid response schemes and virtual wards) with hospital care to improve outcomes for patients.
Thirty four randomised controlled trials were identified that compared alternatives to hospital care with hospital care. We identified 3 Cochrane reviews evaluating different alternatives to hospital care. All the reviews were assessed for relevance to the review protocol and methodology and were adapted and updated as part of this systematic review. The classification of interventions of the studies included in the Cochrane reviews did not match the definitions of interventions pre-specified by the guideline committee. We re-classified the studies included in the Cochrane reviews according to the definitions of the interventions (see section 12.2.1). Data for the studies presented in the Cochrane reviews has been included in the analysis. We have updated the Cochrane reviews with randomised controlled trials found from the search.
The studies have been classified in 2 strata- admission avoidance and early discharge. Admission avoidance is a service that provides active treatment by health care professionals outside hospital for a condition that otherwise would require acute hospital in-patient admission. Early discharge is a service that provides active treatment by health care professionals outside hospital for a condition that otherwise would require continued acute hospital in-patient care.
Within each strata, the studies have been grouped according to the type of service provided: hospital at home led by primary care, hospital at home led by secondary care, hospital at home led by primary and secondary care, step-up/down care and virtual wards.
12.3.1. Individual patient data (IPD) analysis
Two Cochrane reviews that met the protocol criteria for the alternatives to hospital care review (1 in the strata for early discharge and 1in the strata for admission avoidance) presented IPD analysis as well as RCT level meta-analysis.
Details of analyses presented in both Cochrane reviews are:
- Review strata 1 –Admission avoidance: Cochrane review on hospital at home admission avoidance. The review includes 10 trials.
- 4 trials were included in the IPD analysis (hazard ratios and log hazard ratios presented for 2 of our protocol outcomes; mortality and admissions).
- All 10 trials were included in the RCT meta-analysis. The RCT meta-analyses included RCT data from the 4 trials included in the IPD meta-analysis.
- Review strata 2- Early discharge: Cochrane review on hospital at home early discharge. The review includes 26 trials.
- 13 trials were included in the IPD analysis (hazard ratios and log hazard ratios presented for 2 of our protocol outcomes; mortality and admissions).
- All 26 trials were included in the RCT meta-analysis. The RCT meta-analyses included RCT data from the 13 trials included in the IPD meta-analysis.
The results of the IPD analysis have been presented as part of this evidence review (see section D.3, Appendix D).
See also the study selection flow chart in Appendix B, study evidence tables in Appendix E, forest plots in Appendix D, GRADE tables in Appendix G and excluded studies list in Appendix H.
12.3.2. Summary of included studies
Following is a summary of the number of studies included for each of the interventions:
- Hospital at home (led by primary care):
- Number of studies identified in Cochrane reviews: 10.
- Number of studies identified from search: 4.
- Hospital at home (led by secondary care):
- Number of studies identified in Cochrane reviews: 4.
- Number of studies identified from search: 3.
- Hospital at home (led by primary and secondary care):
- Number of studies identified in Cochrane reviews: 7.
- Number of studies identified from search: 1.
- Virtual wards:
- Number of studies identified in Cochrane reviews: 0.
- Number of studies identified from search: 2.
- Step up/down care:
- Number of studies identified in Cochrane reviews: 0.
- Number of studies identified from search: 5
See Table 2 below for details of the PICO characteristics of the studies included in the review.
Narrative findings
Length of hospital stay
Cotton 200067
Mean length of initial admission (range) for the early discharge group 3.2 (1-16) and for conventional management 6.1 (1-13).
Richards 2005242
The median number of days to discharge in the home group was 4 (range: 1-14), compared with 2 (range, 0-10) in the hospital group (p=0.004).
Wilson 1999312
Analyses by intention to treat showed significantly shorter stays in care for the hospital at home group than for the hospital group (median initial stay, 8 days versus 14.5 days, p=0.026); median total days of care in 3 months, 9 days versus 16 days, p=0.031.
Donald 199589
At 6 months the hospital at home total days in hospital (after study entry) of 22.5 (IQR 5-30) and the control group a mean number of days of 20.2 (IQR 8-27).
Applegate 199016
The mean length of stay in the geriatric assessment unit was 23.6 (+/-13.2) days. For the high risk stratum, the average stay was 28.6 (+/-14.4days) and for the lower risk stratum it was 21.1 (+/-11.9) days.
Zimmer 1985325
Mean length of hospital stay during first 6 months for intervention (n=81) was 12.6 days and for control was 14.3 days.
Emergency department visits
Aiken 20066
In the 6 months prior to the onset of PhoenixCare intervention, PhoenixCare participants averaged 0.12 emergency department visits per month (SD=0.18). Control participants averaged 0.11 emergency department visits per month (SD=0.02). This level of utilisation remained essentially unchanged during the intervention, with averages of 0.11 (SD=0.34) and 0.10 (SD=0.31) visits per month for Phoenix Care and control participants, respectively.
Zimmer 1985325
Mean ED visits per patient per month for days at risk in the first 6 months of study; intervention (n=81) 0.26 and control (n=75) 0.05.
Quality of Life
Applegate 199016
The group assigned to the geriatric assessment unit had significantly more improvement (p<0.05) than the control group in regard to 3 basic self-care activities (bathing, dressing and the ability to transfer) during the 6 months after randomisation.
Patient satisfaction
Richards 2005242
Patient satisfaction with medical and nursing care was high in both groups, but significantly higher in the home care group (p=0.001). In the home care group, all patients reported that they were ‘very happy’ with their care. In the hospital care group, 60% were ‘very happy’, 32% ‘quite happy’ and 8% ‘neither happy nor unhappy’.
Wilson 2002314
Patient satisfaction was greater with Hospital at Home than with hospital. Reasons included a more personal style of care and a feeling that staying at home was therapeutic. Carers did not feel that Hospital at Home imposed an extra workload.
Skwarska277
Replies to the questionnaires on satisfaction with the service were received from 69% of the patients treated at home, 95% of whom said they were ‘completely satisfied’ with the services and 90% felt they had been cared for just as well or better at home than they would have been in hospital.
Young 2007322
The reported patient satisfaction was similar for both groups. At 1 week after hospital discharge, the community hospital group showed greater satisfaction with the statement ‘I am happy with the amount of recovery I have made’ (odds ratio=2.12, 95% CI=1.30-3.46; p=0.004).
Zimmer 1985325
Mean unadjusted patient satisfaction scores at 6 months for the community palliative group was 95.0 (n=31; p=not statically significant) and for the control group 89.3 (n=22; p=not statically significant).
Carer satisfaction
Donald 199589
There were 13 HAH carers and 7 control group carers, all of whom were interviewed at each assessment. A large majority of carers were happy with the timing of discharge. Questions ratings carer’s opinions of how good they were at the caring role, and how well they were coping, were answered similarly with 2 HAH carers and 1 control group carer admitting difficulties in coping. No clear differences between the groups emerged, but the numbers were small.
Carer stress
Tibaldi 2009296
The level of stress of the caregiver was high on admission in both groups but more severe in caregivers of Geriatric Home Hospital Service (relative stress scale score, 25.4 [16.6] versus 17.1 [10.8] in the general medical ward group; p=0.003).
12.4. Economic evidence
Twelve economic evaluations, published in 13 papers, relating to hospital-at-home, virtual wards and step-up/step down community care have been included in this review.7,23,102,118,202,204,229,235,242,288,292,296,304 One study204 was relevant to all 3 of these strata.
These are summarised in the economic evidence profile tables (Table 4, to Table 10) and the economic evidence tables in Appendix E.
One study239 of hospital-at-home was excluded due to very serious limitations and three more17,165,225 were selectively excluded because there was better quality evidence available. One paper relating to step-up/step-down interventions was identified but was excluded due to the availability of more applicable evidence.221 Another paper relating to virtual wards was identified but excluded due to serious limitations.186 All of these are listed in Appendix H, with reasons for exclusion given.
The economic article selection protocol and flow chart for the whole guideline can found in the guideline’s Appendix 41A and Appendix 41B.
12.5. Evidence statements
12.5.1. Clinical
Strata – Early discharge
Six studies comprising 591 people evaluated the role of hospital at home led by primary care in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested that hospital at home led by primary care may provide a benefit in reduced admissions (6 studies, low quality), presentations to ED (1 study, moderate quality), hospital length of stay (1 study, moderate quality), quality of life (various scores reported total of 5 studies, low to moderate quality) and patient satisfaction (continuous outcome: 2 studies, high quality and dichotomous; 1 study, moderate quality). The evidence suggested that there was no effect on mortality (5 studies, low quality) and there was a possible reduction in carer satisfaction (1 study, moderate quality) in hospital at home led by primary care compared to hospital care.
One study comprising 197 people evaluated the role of hospital at home led by secondary care in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested that hospital at home led by secondary care may provide a benefit in reduced re-admissions (1 study, very low quality). There was a possible increase in mortality (1 study, very low quality) in hospital at home led by secondary care compared to hospital care.
Five studies comprising 895 people evaluated the role of hospital at home led by both primary and secondary care in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence showed that hospital at home led by primary and secondary care provided a benefit in reduced admissions (5 studies, moderate quality), and carer satisfaction (1 study, moderate quality). The evidence suggested that there was no effect on mortality (4 studies, very low quality). There was an increase in re-admissions (1 study, moderate quality) and length of stay (1 study, moderate quality) in hospital at home led by both primary and secondary care compared to hospital care. Evidence on quality of life showed no difference in 1 study and an improvement in another study (both moderate quality). Similarly, patient satisfaction in 1 study showed no difference the other showed an improvement (both high quality).
Three studies comprising 1008 people evaluated the role of step-up/down care in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested that step-up/down care may provide a benefit in reduced mortality (3 studies, low quality) and readmissions compared to hospital care. There was a suggested increase in length of stay (2 studies, very low quality) in step-up/down care compared to hospital care.
One study comprising 57 people evaluated the role of virtual wards in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested that virtual wards may provide a benefit in reduced mortality (1 study, very low quality). The evidence suggested that there was no effect on quality of life (1 study, moderate quality) in virtual wards compared to hospital care.
Strata – Admission avoidance
Four studies comprising 571 people evaluated the role of hospital at home led by primary care in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested that hospital at home led by primary care may provide a benefit in reduced mortality (2 studies, moderate quality) and quality of life on SF-12 physical scores ((1 study, moderate quality). The evidence suggested that there was no effect on days to discharge (1 study, low quality). There was an increase in readmissions under 30 days (2 studies, high quality), adverse events (1 study, low quality) and reduced patient satisfaction (1 study, high quality) in hospital at home led by primary care compared to hospital care. No difference was identified for admissions over 30 days (2 studies, low quality) and quality of life on SF-12 mental scores (1 study, low quality).
Four studies comprising 329 people evaluated the role of hospital at home led by secondary care in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested that hospital at home led by secondary care may provide a benefit in reduced mortality (4 studies, low quality), reduced admissions after 30 days (3 studies, low quality), improved patient satisfaction (1 study, high quality) and quality of life (3 different scores reported, low to moderate quality). The evidence suggested that there was increased length of stay (2 studies, low quality) in hospital at home led by secondary care compared to hospital care.
Two studies comprising 252 people evaluated the role of hospital at home led by both primary and secondary care in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested that hospital at home led by primary and secondary care may provide a benefit in improved patient satisfaction (1 study, low quality), carer satisfaction (1 study, high quality) and reduced adverse events (1 study, low quality). There was a possible increase in mortality (1 study, low quality), admissions (2 studies, low quality) and reduced quality of life (1 study, moderate quality) in hospital at home led by both primary and secondary care compared to hospital care.
One study comprising 155 people evaluated the role of step-up/down care in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested step-up/down care may provide a benefit in reduced mortality (1 study, moderate quality) and length of stay (1 study, low quality) compared to hospital care.
One study comprising 1920 people evaluated the role of virtual wards in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested that virtual wards provide a benefit in reduced mortality (1 study, low quality), reduced re-admissions (1 study, high quality) and presentations to ED (1 study, high quality) compared to hospital care.
12.5.2. Economic
Four cost-effectiveness analyses and one cost-utility analysis found that hospital at home led by secondary care dominated inpatient care. One cost analysis found it to be cost saving (cost difference: £600 per patient) and one cost effectiveness analysis showed that inpatient care was more costly and more effective (£46,000 per extra patient with no decline in respiratory function). These studies were assessed as partially applicable with potentially serious limitations.
One cost-utility analysis found that inpatient care was not cost effective at a threshold of £20,000 per QALY compared with hospital at home led by primary care but it was cost-effective at a threshold of £30,000 per QALY gained (ICER:£24,000 per QALY gained). One cost-effectiveness analysis found that inpatient care was dominated. One cost-effectiveness analysis found that inpatient care was more effective but more costly (£4,000 per adverse event avoided). These studies were assessed as partially applicable with potentially serious limitations.
One cost-effectiveness analysis found that hospital at home led by both primary and secondary care dominated inpatient care. This study was assessed as partially applicable with potentially serious limitations.
One cost-utility analysis found that step up/step down was cost effective compared with inpatient care (ICER: £16,300 per QALY gained). One cost comparison study found that it was cost saving (cost difference: £115 per patient). These studies were assessed as partially applicable with potentially serious limitations.
One cost comparison study found that virtual wards are cost saving (cost difference: £404 per patient). This study was assessed as partially applicable with potentially serious limitations.
One cost comparison study found that rapid response and early supported discharge was cost saving (cost difference: £116 per patient). This study was assessed as partially applicable with potentially serious limitations.
12.6. Recommendations and link to evidence
Recommendations |
|
Research recommendations | - |
Relative values of different outcomes |
Quality of life, mortality, avoidable adverse events, patient and/or carer satisfaction and number of admissions to hospital were considered by the committee to be critical outcomes. Number of GP presentations, readmission, length of hospital stay and number of presentations to the Emergency Department were considered by the committee to be important outcomes. |
Trade-off between benefits and harms |
This review examined evidence for the following interventions:
There was evidence from 36 RCTs comparing hospital at home (led by primary care, secondary care or both primary and secondary care), step-up/down care and virtual wards. The studies were categorised into 2 strata: hospital at home services focussing on early discharge and hospital at home services focussing on admission avoidance. Within each category, the evidence was classified into hospital at home led by primary care, hospital at home led by secondary care, hospital at home led by primary and secondary care, step up/down care and virtual wards. Stratum – Early discharge Hospital at home led by primary care Six studies evaluated hospital at home led by primary care compared to usual hospital care. The evidence suggested that hospital at home led by primary care may provide a benefit in reduced admissions, presentations to ED, hospital length of stay, quality of life and patient satisfaction. The evidence suggested that there was no effect on mortality and there was reduced carer satisfaction in hospital at home led by primary care compared to usual hospital care. No evidence was identified for avoidable adverse events, GP presentations or readmissions. Hospital at home led by secondary care Two studies evaluated hospital at home led by secondary care compared to usual hospital care. The evidence suggested that hospital at home led by secondary care may provide a benefit in reduced re-admissions. However, there was a possible increase in mortality. No evidence was identified for avoidable adverse events, quality of life, patient satisfaction, length of stay, length of stay in programme, presentation to ED, admissions and GP presentations. Hospital at home led by both primary and secondary care Five studies evaluated hospital at home led by both primary and secondary care compared to usual hospital care. The evidence showed a benefit in reduced admissions, and carer satisfaction compared to hospital care. The evidence suggested that there was no effect on mortality. There was an increase in re-admissions (30 days) and length of stay (days in treatment) in hospital at home led primary and secondary care compared to usual hospital care. Evidence on quality of life and on patient satisfaction was either neutral or suggested a trend for improvement. No evidence was identified for avoidable adverse events, length of stay in programme, presentation to ED and presentation to GP. Step-up/down care Three studies evaluated step-up/down care compared to hospital care. The evidence suggested that step-up/down care may provide a benefit in reduced mortality and readmissions compared to hospital care. There was a suggested increase in length of stay (initial inpatient days) in step-up down care compared to hospital care. No evidence was identified for avoidable adverse events, quality of life, patient satisfaction, length of stay in programme, number of presentations to ED, number of GP presentations and admissions. Virtual wards One study evaluated virtual wards compared to hospital care. The evidence suggested that virtual wards may provide a benefit in reduced mortality compared to hospital care but there was no effect on quality of life. No evidence was identified for avoidable adverse events, patient satisfaction, length of hospital stay, length of stay in programme, number of presentation to ED, number of admissions to hospital, number of GP presentation and readmission. Stratum – Admission avoidance There was variation in how these diverse admission avoidance schemes operated. Some schemes admitted patients directly from the community and some from the emergency department. The majority of the trials included in the admission avoidance strata recruited elderly patients with medical events like stroke and COPD requiring admission to hospital. The committee considered that avoiding readmission was likely to be particularly important for people with chronic conditions as in this group hospital admission might have a disproportionately adverse effect on psychological wellbeing and independence. Hospital at home led by primary care Four studies evaluated the role of hospital at home led by primary care in adults and young people at risk of an AME, or with a suspected or confirmed AME. The evidence suggested that hospital at home led by primary care may provide a benefit in reduced mortality and quality of life on SF-12physical scores. The evidence suggested that there was no effect on days to discharge. There was an increase in readmissions under 30 days, adverse events and reduced patient satisfaction in hospital at home led by primary care compared to hospital care. No difference was identified for admissions over 30 days and quality of life on SF-12 mental scores. Hospital at home led by secondary care Four studies evaluated hospital at home led by secondary care compared to hospital care. The evidence suggested that hospital at home led by secondary care may provide a benefit in reduced mortality, admissions (>30 days), improved patient satisfaction and quality of life compared to hospital care. The evidence suggested that there was increased length of stay in hospital at home led by secondary care compared to hospital care. No evidence was identified for avoidable adverse events, length of stay in programme, number of presentations to ED, number of GP presentations and readmission. Hospital at home led by both primary and secondary care Two studies evaluated hospital at home led by both primary and secondary care compared to hospital care. The evidence suggested that hospital at home led by primary and secondary care may provide a benefit in improved patient satisfaction, carer satisfaction and reduced adverse events compared to hospital care. There was a possible increase in mortality, admissions (>30 days) and reduced quality of life in hospital at home led by primary and secondary care compared to hospital care. No evidence was identified for length of stay, length of stay in programme, number of presentations to ED, number of GP presentation and readmission. Step-up down care One study evaluated step-up/down care compared to hospital care. The evidence suggested step-up/down care may provide a benefit in reduced mortality and length of stay compared to hospital care. No evidence was identified for avoidable adverse events, quality of life, patient satisfaction, length of stay in programme, number of presentations to ED, number of GP presentations and readmissions. Virtual wards One study evaluated virtual wards compared to hospital care. The evidence suggested that virtual wards provide a benefit in reduced mortality, reduced re-admissions (30 days) and presentations to ED compared to hospital care. No evidence was identified for avoidable adverse events, quality of life, patient satisfaction, length of hospital stay, length of stay in programme, number of admissions to hospital and number of GP presentations. Rapid response schemes No evidence was available to evaluate rapid response schemes. Overall The committee chose to recommend alternatives to hospital care given the potential benefits in patient and carer satisfaction, facilitation of early discharge and prevention of hospital admission, if there is a discussion of the potential benefits and risks with the patient and their carer. The committee also concluded that RCT evidence supported the concept that, with appropriate patient selection, hospital at home schemes could be considered safe. The committee discussed what type of alternatives to hospital care should be recommended: hospital at home, community-based intermediate care or community-based care. This review did not search for data that specifically compared different schemes. The committee agreed that service development would need to be undertaken collaboratively between primary and secondary care. The committee noted that ‘hospital-at-home’ was not easily defined and that there were some regions in which community-based intermediate care could differ. Therefore, the committee chose to recommend community-based intermediate care generally, rather than specifying the precise content of the various interventions. The committee also noted that there were many different schemes and with different names, which could be confusing for the patient as well as the service provider. It was however felt that, despite this, if one concentrated on what each individual scheme provided to the patient then they were very similar. They generally involved nurses and/or therapists with medical support providing nursing care, rehabilitative therapy, education and support to a patient in the community with an aim to promote independence, prevent admission and facilitate discharge. Indeed, it was felt that if the names of the services were simplified under 1 heading, it would be much easier to understand and the focus could be on the level of support and care the patient required. The committee wished to clarify that community-based care should only be provided where equivalent care could be provided in a non-hospital based setting and following appropriate risk stratification using appropriate diagnostics, clinical presentation, patient preference, history and safety netting. The committee noted that there were some groups of people (for example, people with life threatening conditions such as acute myocardial infarction) in whom the provision of care in a non-hospital based setting was not appropriate in the acute stage. |
Trade-off between net effects and costs |
Hospital at home Eleven economic evaluations were included covering the 3 models of hospital at home (secondary care-led, primary care-led and mixed model). This evidence consistently showed that hospital at home schemes can be provided at a lower cost for a variety of patient groups. Seven studies showed that hospital at home was dominant when compared to inpatient care, where it appeared to improve outcomes as well as lower costs. This was the case for all three of the full economic evaluations of interventions combining both admission avoidance and early discharge. In the remaining three studies, the health benefit for hospital care was small and did not appear to be cost effective. Cost savings were greatest for those interventions that included admission avoidance. The committee highlighted the importance of assessing patients’ risk before referring them to be cared for under a hospital-at home service, which was in line with the inclusion criteria of the included studies. The committee also highlighted the importance of providing 24-hour access to care for hospital-at-home patients as currently available hospital-at-home services differ in terms of the hours that they operate. For example, the committee noted that most of the included studies provided 24-hour access to the service, either in person or via phone. The provision of these services across a 24 hour, 7-day period may affect cost in terms of both staff costs as well as its impact on patients’ safety and efficacy. Anecdotally, the committee noted that many schemes provided extended day hours or 24 hours a day but services are shared with other out-of-hour services. Step up/step-down models One economic evaluation showed that care in a community hospital was cost effective compared to inpatient care, at a cost of £16,400 per QALY gained, which is below the NICE threshold. A cost simulation study showed that long-term costs were lower but it would take more than 5 years to break even because of the time taken to build up credibility and reach optimal scale. Virtual wards One cost simulation study showed that long-term costs were lower but it would take about 5 years to break even. Rapid response schemes A cost simulation study showed that long-term costs were lower but it would take more than 5 years to break even. |
Quality of evidence |
Overall, the quality of the evidence was graded from very low to high. Evidence was downgraded and this was mainly due to risk of bias, imprecision and inconsistency. The economic evidence for hospital at home was rated as partially applicable with potentially serious limitations, since QALYs were rarely measured, only two studies were set in the UK and the effectiveness evidence was not based on a systematic review. |
Other considerations |
The committee highlighted that they were aware of observational studies of alternatives to hospital care but wished to prioritise the inclusion of higher quality, RCT evidence for inclusion in the review. The committee emphasised that where possible, decisions about treatment location should be made collaboratively with the patient. It was noted that patient acceptability would need to be determined on a case by case basis. It is important that patients should be involved in discussions of risks and benefits. Overall it was felt the provision of intermediate care as an alternative to hospital admission should be supported and developed in view of the evidence reviewed. It also fits with the NHS Five Year Forward View by providing more care in the community, but supported by primary and secondary care in an integrated way. The health economic data suggests that this model of care may be cost saving which is another important issue for the NHS in the ensuing years. Although it is likely that in the initial phase in development or expansion of schemes they may be costlier and will take some years to break even, and then become cost saving as some of the economic evidence showed. One barrier to the development of this model of care could be the conflict between primary and secondary care. The skills and resources of both sectors and the third sector (voluntary) will need to be harnessed for such models of care to work. It is also important that areas of good practice are shared. Simplification of delivery of intermediate care would also be of use; rather than focussing on the title of the service, it would be better if the needs of the patient are the focus of delivery of care. This would probably allow services between regions to be compared with each other and benchmarking of services. The National Audit of Intermediate Care214 defines intermediate care in 4 categories:
|
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Appendices
Appendix A. Review protocol
Table 11Review protocol: Alternatives to hospital care
Review question | Alternatives to hospital care |
---|---|
Guideline condition and its definition | Acute Medical Emergencies. Definition: a medical emergency can arise in anyone, for example, in people without a previously diagnosed medical condition, with an acute exacerbation of underlying chronic illness, after surgery or after trauma. |
Objectives | To determine if wider provision of community-based intermediate care prevents people from staying in hospitals longer than necessary while not impacting on patient and carer outcomes. |
Review population | Adults and young people (16 years and over) with a suspected or confirmed AME or patients at risk of AME. |
Adults (17 years and above). Young people (aged 16-17 years). | |
Line of therapy not an inclusion criterion. | |
Interventions and comparators: generic/class; specific/drug (All interventions will be compared with each other, unless otherwise stated) |
Hospital at home; hospital at home led by primary care. Hospital at home; hospital at home led by secondary care. Step up/down care; step up/down care. Rapid response schemes. Virtual wards. Hospital-based care/services. Usual Care. |
Outcomes |
|
Study design | Systematic reviews (SRs) of RCTs, RCTs, observational studies only to be included if no relevant SRs or RCTs are identified. |
Unit of randomization | Patient. |
Crossover study | Permitted. |
Minimum duration of study | Not defined. |
Stratification |
Early discharge. Admission avoidance. |
Reasons for stratification | Each of them targets a separate outcome: early discharge would be primarily aimed at reducing length of stay, while admission avoidance would be primarily aimed at reducing hospital admission. Also, the population would be different as the admission avoidance group could be managed at home for the whole episode of care (they could be cared for at home from the start) while the early discharge group needs to be “stabilised” at hospital first then discharged. |
Subgroup analyses if there is heterogeneity |
|
Search criteria |
Databases: Medline, Embase, the Cochrane Library. Date limits for search: none. Language: English. |
Appendix B. Clinical article selection
Appendix C. Forest plots
C.1.1. Early discharge
C.1.2. Admission avoidance
C.1.3. Individual patient data analyses
Appendix D. Clinical evidence tables
D.1.1. Cochrane Review
Download PDF (400K)
Hospital at home (Primary Care)
Download PDF (249K)
Hospital at Home (Secondary Care)
Download PDF (261K)
D.2. Hospital at Home (Primary & Secondary Care)
Download PDF (220K)
Appendix E. Economic evidence tables
E.1. Hospital at Home
E.1.1. Admission avoidance
Download PDF (439K)
E.1.2. Early discharge
Download PDF (315K)
E.1.3. Both admission avoidance and early discharge
Download PDF (364K)
E.2. Step-up/Step-down
Download PDF (328K)
E.3. Virtual wards
Download PDF (305K)
E.4. Rapid response
Download PDF (298K)
Appendix F. GRADE tables
Table 12Clinical evidence profiles- Alternatives compared with hospital care
Quality assessment | No of patients | Effect | Quality | Importance | ||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|
No of studies | Design | Risk of bias | Inconsistency | Indirectness | Imprecision | Other considerations | Alternatives | Hospital care | Relative (95% CI) | Absolute | ||
Mortality - early discharge - Hospital at home led by primary care | ||||||||||||
5 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None |
17/309 (5.5%) | 6.9% | RR 0.9 (0.47 to 1.71) | 7 fewer per 1000 (from 37 fewer to 49 more) |
⨁⨁◯◯ LOW | CRITICAL |
Length of stay (initial inpatient days) - early discharge - Hospital at home led by primary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None | 121 | 101 | - | MD 2.44 lower (3.34 to 1.54 lower) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Admissions - early discharge - Hospital at home led by primary care | ||||||||||||
6 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | serious1 | None |
96/317 (30.3%) | 36.7% | RR 0.92 (0.73 to 1.15) | 29 fewer per 1000 (from 99 fewer to 55 more) |
⨁⨁◯◯ LOW | IMPORTANT |
Presentations to ED - early discharge - Hospital at home led by primary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None |
11/121 (9.1%) | 20.8% |
RR 0.44 (0.22 to 0.86) | 116 fewer per 1000 (from 29 fewer to 162 fewer) |
⨁⨁⨁◯ MODERATE | IMPORTANT |
Quality of life (high score is good) - early discharge - HAH led by primary care (SGRQ; change score; reversed) | ||||||||||||
2 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None | 151 | 131 | - | MD 3.49 higher (0.38 lower to 7.36 higher) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Quality of life (higher values better QoL) - early discharge - HAH led by primary care (COOP chart; change score; reversed) | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None | 38 | 37 | - | SMD 0.17 higher (0.29 lower to 0.62 higher) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Patient Satisfaction (continuous-higher values more satisfied) - early discharge - Hospital at home primary care | ||||||||||||
2 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | no serious imprecision | None | 150 | 135 | - | SMD 0.25 higher (0.01 to 0.48 higher) |
⨁⨁⨁⨁ HIGH | CRITICAL |
Patient satisfaction (dichotomous) - early discharge - Hospital at home led by Primary care | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | no serious imprecision | None |
25/27 (92.6%) | 88.9% | RR 1.04 (0.88 to 1.24) | 36 more per 1000 (from 107 fewer to 213 more) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Carer satisfaction (dichotomous) - early discharge - Hospital at home led by primary care | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | no serious imprecision | None |
18/20 (92.6%) | 92.9% | RR 0.97 (0.79 to 1.19) | 28 fewer per 1000 (from 195 fewer to 177 more) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Quality of life (high score is good) - early discharge - HAH led by primary care (EQ-5D; change score) | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | serious1 | None | 54 | 47 | - | MD 0.04 higher (0.07 lower to 0.16 higher) |
⨁⨁◯◯ LOW | CRITICAL |
Mortality - early discharge - Hospital at home led by secondary care | ||||||||||||
1 | randomised trials | very serious2 | no serious inconsistency | no serious indirectness | very serious1 | None | 2/13 (15.4%) | 11.1% | RR 1.38 (0.22 to 8.59) | 42 more per 1000 (from 87 fewer to 842 more) |
⨁◯◯◯ VERY LOW | CRITICAL |
Re-Admissions early discharge- Hospital at home led by secondary care | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | very serious1 | None | 1/42 | 12.7% | RR 0.50 (0.05 to 5.31) | 64 fewer per 1000 (121 fewer to 547 more) |
⨁◯◯◯ VERY LOW | IMPORTANT |
Mortality - early discharge - Hospital at home led by both primary and secondary care | ||||||||||||
4 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | very serious1 | None |
56/476 (11.8%) | 14% | RR 1.02 (0.72 to 1.44) | 3 more per 1000 (from 39 fewer to 62 more) |
⨁◯◯◯ VERY LOW | CRITICAL |
Readmissions (30 days) - early discharge - Hospital at home led by both primary and secondary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None |
30/143 (21%) | 12.7% | RR 1.66 (0.97 to 2.83) | 84 more per 1000 (from 4 fewer to 232 more) |
⨁⨁⨁◯ MODERATE | IMPORTANT |
Admissions - early discharge - Hospital at home led by both primary and secondary care | ||||||||||||
5 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | no serious imprecision | None |
99/448 (22.1%) | 20% | RR 0.94 (0.74 to 1.2) | 12 fewer per 1000 (from 52 fewer to 40 more) |
⨁⨁⨁◯ MODERATE | IMPORTANT |
Length of stay (days in treatment) - early discharge - Hospital at led by primary and secondary care (Better indicated by lower values) | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None | 143 | 142 | - | MD 3.1 higher (1.81 to 4.39 higher) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Carer satisfaction (dichotomous) - early discharge - Hospital at home led by both primary and secondary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None |
46/69 (66.7%) | 41.4% | RR 1.61 (1.14 to 2.28) | 253 more per 1000 (from 58 more to 530 more) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Patient Satisfaction (continuous-higher values more satisfied) - early discharge - Hospital at home led by primary and secondary care | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | no serious imprecision | None | 140 | 141 | - | SMD 0.25 higher (0.01 to 0.48 higher) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Quality of life (high score is good) - early discharge - HAH led by primary and secondary care (final score; SF-36; physical) | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | no serious imprecision | None | 121 | 120 | - | MD 0.4 higher (2.2 lower to 3 higher) |
⨁⨁⨁⨁ HIGH | CRITICAL |
Patient satisfaction (dichotomous) - early discharge - Hospital at home led by both primary and secondary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None |
93/112 (83%) | 72.5% | RR 1.15 (1 to 1.32) | 109 more per 1000 (from 0 more to 232 more) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Quality of life (high score is good) - early discharge - HAH led by primary and secondary care (final score; SF-36; mental) | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | no serious imprecision | None | 121 | 120 | - | MD 1.3 higher (1.55 lower to 4.15 higher) |
⨁⨁⨁⨁ HIGH | CRITICAL |
Mortality - early discharge - Step up/down care | ||||||||||||
3 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | serious1 | None |
124/542 (22.9%) | 21.5% | RR 0.88 (0.71 to 1.1) | 26 fewer per 1000 (from 62 more to 22 more) |
⨁⨁◯◯ LOW | CRITICAL |
Length of stay (initial inpatient days) - early discharge - Step up/down care (Better indicated by lower values) | ||||||||||||
2 | randomised trials | serious risk of bias2 | very serious3 | no serious indirectness | serious1 | None | 258 | 260 | - | MD 3.59 higher (1.23 to 5.95 higher) |
⨁◯◯◯ VERY LOW | CRITICAL |
Readmissions - early discharge - Step up/down care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None |
14/72 (19.4%) | 35.7% | RR 0.54 (0.31 to 0.96) | 164 fewer per 1000 (from 14 fewer to 246 fewer) |
⨁⨁⨁◯ MODERATE | IMPORTANT |
Mortality- early discharge- virtual wards | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | serious1 | None |
3/29 (10.3%) | 14.3% | RR 0.72 (0.18 to 2.95) | 40 fewer per 1000 (from 117 more to 279 more) |
⨁⨁◯◯ VERY LOW | CRITICAL |
Quality of life -early discharge- virtual wards (EQ-5D summary index; change score) | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | no serious imprecision | None | 29 | 28 | - | MD 0.00 higher (0.15 lower to 0.15 higher) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Mortality - Admission avoidance - Hospital at home led by primary care | ||||||||||||
2 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None |
26/149 (17.4%) | 30.9% | RR 0.82 (0.53 to 1.29) | 56 fewer per 1000 (from 145 fewer to 90 more) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Admissions(>30 days) - Admission avoidance - Hospital at home led by primary care | ||||||||||||
2 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None |
23/125 (18.4%) | 10.3% | RR 1.29 (0.73 to 2.29) | 30 more per 1000 (from 28 fewer to 133 more) |
⨁⨁◯◯ LOW | IMPORTANT |
Adverse events - Admission avoidance - Hospital at home led by primary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None |
10/24 (41.7%) | 32% | RR 1.3 (0.62 to 2.73) | 96 more per 1000 (from 122 fewer to 554 more) |
⨁⨁◯◯ LOW | CRITICAL |
Days to discharge (hazard ratio) - Admission avoidance - Hospital at Home Primary Care (Hazard Ratio) | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None |
0/98 (0%) | 0% | HR 0.95 (0.71 to 1.27) | - |
⨁⨁◯◯ LOW | IMPORTANT |
Patient satisfaction (dichotomous) - Admission avoidance - Hospital at home led by Primary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | no serious imprecision | None |
87/91 (95.6%) | 98.9% | RR 0.97 (0.92 to 1.02) | 30 fewer per 1000 (from 79 fewer to 20 more) |
⨁⨁⨁⨁ HIGH | CRITICAL |
Readmissions (< 30 days) - Admission avoidance - Hospital at home led by primary care | ||||||||||||
2 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | no serious imprecision | None | 15/145 | 10.3% | RR 4.68 (1.53 to 14.31) | 114 more per 1000 (from 16 more to 413 more) |
⨁⨁⨁⨁ HIGH | IMPORTANT |
Quality of life (high score is good) - Admission avoidance - HAH led by primary care (final score; SF-12; mental) | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None | 24 | 25 | - | MD 0.6 lower (5.46 lower to 4.26 higher) |
⨁⨁◯◯ LOW | CRITICAL |
Quality of life (high score is good) - Admission avoidance - HAH led by primary care (final score; SF-12; physical) | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None | 24 | 25 | - | MD 3.6 lower (8.78 lower to 1.58 higher) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Mortality - Admission avoidance - Hospital at home led by secondary care | ||||||||||||
4 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None |
21/163 (12.9%) | 15% | RR 0.8 (0.47 to 1.35) | 30 fewer per 1000 (from 80 fewer to 53 more) |
⨁⨁◯◯ LOW | CRITICAL |
Admissions(>30 days) - Admission avoidance - Hospital at home led by secondary care | ||||||||||||
3 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | serious1 | None |
40/126 (31.7%) | 50% | RR 0.56 (0.42 to 0.75) | 220 fewer per 1000 (from 125 fewer to 290 fewer) |
⨁⨁◯◯ LOW | IMPORTANT |
Length of stay (days in treatment) - Admission avoidance - Hospital at home led by secondary care (Better indicated by lower values) | ||||||||||||
2 | randomised trials | serious2 | serious4 | no serious indirectness | no serious imprecision | None | 85 | 87 | - | MD 4.69 higher (2.86 to 6.52 higher) |
⨁⨁◯◯ LOW | IMPORTANT |
Quality of life (high score is good) - Admission avoidance - HAH led by secondary care (change score; SF-36; mental) | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | serious1 | None | 37 | 34 | - | MD 1.2 higher (1.46 lower to 3.86 higher) |
⨁⨁◯◯ LOW | CRITICAL |
Patient satisfaction (dichotomous) - Admission avoidance - Hospital at home led by secondary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | no serious imprecision | None |
49/52 (94.2%) | 88.5% | RR 1.07 (0.95 to 1.2) | 62 more per 1000 (from 44 fewer to 177 more) |
⨁⨁⨁⨁ HIGH | CRITICAL |
Quality of life (high score is good) - Admission avoidance - HAH led by secondary care (NHP, change score; reversed) | ||||||||||||
2 | randomised trials | no serious risk of bias | serious5 | no serious indirectness | no serious imprecision | None | 100 | 105 | - | MD 1.13 higher (0.29 to 1.97 higher) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Quality of life (high score is good) - Admission avoidance - HAH led by secondary care (change score; SF-36; physical) | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | serious1 | None | 37 | 34 | - | MD 1.4 higher (2.38 lower to 5.18 higher) |
⨁⨁◯◯ LOW | CRITICAL |
Adverse events - Admission avoidance - Hospital at home led by both primary and secondary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None |
6/51 (11.8%) | 16.3% | RR 0.72 (0.27 to 1.93) | 46 fewer per 1000 (from 119 fewer to 152 more) |
⨁⨁◯◯ LOW | CRITICAL |
Admissions(>30 days) - Admission avoidance - Hospital at home led by both primary and secondary care | ||||||||||||
2 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None |
44/151 (29.1%) | 22.1% | RR 1.14 (0.74 to 1.74) | 31 more per 1000 (from 57 fewer to 164 more) |
⨁⨁◯◯ LOW | IMPORTANT |
Mortality - Admission avoidance - Hospital at home led by both primary and secondary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None |
9/100 (9%) | 8% | RR 1.12 (0.36 to 3.47) | 10 more per 1000 (from 51 fewer to 198 more) |
⨁⨁◯◯ LOW | CRITICAL |
Patient Satisfaction (continuous-higher score is good) - Admission avoidance - Hospital at home led by primary and secondary care (reversed scale) | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None | 40 | 20 | - | SMD 1.98 higher (1.33 to 2.64 higher) |
⨁⨁◯◯ LOW | CRITICAL |
Carer satisfaction (continuous) - Admission avoidance - Hospital at home led by primary and secondary care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | no serious imprecision | None | 28 | 13 | - | SMD 1.55 higher (0.8 to 2.29 higher) |
⨁⨁⨁⨁ HIGH | CRITICAL |
Quality of life (high score is good) - Admission avoidance - HAH led by primary and secondary care (SGRQ; change score; reversed) | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None | 34 | 16 | - | MD 2.83 lower (11.75 lower to 6.09 higher) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Length of stay (initial inpatient days) - Admission avoidance - Step up/down care (Better indicated by lower values) | ||||||||||||
1 | randomised trials | serious2 | no serious inconsistency | no serious indirectness | serious1 | None | 78 | 77 | - | MD 4.1 lower (8.58 lower to 0.38 higher) |
⨁⨁◯◯ LOW | IMPORTANT |
Mortality - Admission avoidance - Step up/down care | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | serious1 | None |
8/78 (10.3%) | 20.8% | RR 0.49 (0.22 to 1.09) | 106 fewer per 1000 (from 162 fewer to 19 more) |
⨁⨁⨁◯ MODERATE | CRITICAL |
Mortality - Admission avoidance - Virtual wards | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | very serious1 | None |
40/958 (4.2%) | 4.9% | RR 0.85 (0.56 to 1.28) | 7 fewer per 1000 (from 22 fewer to 14 more) |
⨁⨁◯◯ LOW | CRITICAL |
Readmissions (30 days) - Admission avoidance - Virtual wards | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | no serious imprecision | None |
182/961 (18.9%) | 21.3% |
RR 0.89 (0.74 to 1.06) | 23 fewer per 1000 (from 55 fewer to 13 more) |
⨁⨁⨁⨁ HIGH | IMPORTANT |
Presentations to ED - Admission avoidance - Virtual wards | ||||||||||||
1 | randomised trials | no serious risk of bias | no serious inconsistency | no serious indirectness | no serious imprecision | None |
270/961 (28.1%) | 29.6% |
RR 0.95 (0.82 to 1.09) | 15 fewer per 1000 (from 53 fewer to 27 more) |
⨁⨁⨁⨁ HIGH | IMPORTANT |
- 1
Downgraded by 1 increment if the confidence interval crossed 1 MID point, and downgraded by 2 increments if the confidence interval crossed 2 MID points.
- 2
Downgraded by 1 increment if the majority of the evidence was at high risk of bias, and downgraded by 2 increments if the majority of the evidence was at very high risk of bias.
- 3
Downgraded by 1 or 2 increments because heterogeneity, I2=92%, unexplained by sub-group analysis.
- 4
Downgraded by 1 or 2 increments because heterogeneity, I2=88%, unexplained by sub-group analysis.
- 5
Downgraded by 1 or 2 increments because heterogeneity, I2=50%, unexplained by sub-group analysis.
Appendix G. Excluded clinical studies
Table 13Studies excluded from the clinical review
Reference | Reason for exclusion |
---|---|
Abernethy 20132 | Data presented ‘per patient’ and not overall |
Abou el senoun 2014 3 | Incorrect population and intervention. Planned home versus hospital management for women with preterm pre-labour rupture of membranes |
Adib-hajbaghery 2013 4 | Incorrect intervention. Effect of post-discharge follow-up on re-admission of patients with heart failure |
Adler 19785 | Not relevant: patients following elective surgery |
Aimonino 20009 | Conference abstract; later published as Ricauda 2004240 |
Aimonino 20018 | Patients not treated for acute medical emergency (advanced dementia patients) |
Alder 197810 | Incorrect population- Patients following elective surgery (hernia and varicose veins) |
Allen 199911 | Not RCT; description of a website |
Anderson 2000A12 | Included in community rehab review |
Anderson 2002B13 | Not RCT; Systematic review |
Anderson 2002A14 | No clinical outcomes; Costs only |
Andrei 201115 | Abstract |
Anonymous 1982B1 | Not relevant comparison |
Armstrong 2008B17 | Not RCT; Retrospective single arm study |
Askim 200918 | conference abstract |
Aujesky 201119 | RCT but no community care (self- administered injections) |
Avlund 200220 | Incorrect intervention. comprehensive geriatric assessment with follow-up by interdisciplinary geriatric team after discharge from hospital compared to existing discharge procedures |
Bajwah 201522 | Not relevant intervention. Palliative care for patients with advanced fibrotic lung disease. Study to be considered for community palliative review |
Bai 201321 | Not RCT; systematic review |
Bakken 201224 | No RCT; not relevant |
Balaban 200825 | Incorrect intervention. The study evaluated a discharge transfer intervention designed to improve communication between inpatient and outpatient care teams. |
Barnes 200326 | Not RCT; review |
Beech 200427 | Not RCT; service evaluation |
Bernhaut 200228 | Not RCT, service evaluation |
Bethell 199029 | Not substitute for usual care; control group received no intervention, only advice what exercises they could do by themselves |
Beynon 200930 | Not RCT; literature review |
Biese 201431 | Incorrect intervention-post-discharge telephone call follow-up by a nurse among older adults discharged home from the emergency department |
Blackburn 200032 | Not RCT; not relevant; costs only |
Blair 201133 | Not RCT; systematic review |
Board 200034 | Not relevant; costs only |
Booth 200435 | Not relevant; patients following bypass surgery |
Boston 200136 | Not RCT; prospective non-randomised comparative study |
Boter 2004 37 | Incorrect intervention. Study to be considered in the community nursing review. |
Bowman 199839 | Not RCT; review |
Brooks 200240 | Not RCT; retrospective case study |
Brooks 200341 | Not RCT; retrospective documentary analysis |
Brunner 200842 | Not RCT; other experimental design |
Bryan 201043 | Not RCT; literature review |
Buus 201344 | Protocol only; no study data |
Campbell 200145 | No clinical outcomes; costs only |
Caplan 200648 | Included in community rehab review |
Caplan 201249 | Not RCT; systematic review |
Caplan 200450 | Comparison is not hospital-based care |
Carroll 200551 | Not RCT; review |
Cassel 201052 | Not RCT; review |
Chan 201153 | Not RCT; Cochrane review, but NO included studies as none met the criteria |
Chan 201354 | Not RCT; Cochrane review, but NO included studies as none met the criteria |
Chappell 199355 | Not relevant; retrospective cost analysis |
Chard 200656 | Not RCT; review |
Chen 2012A57 | Not relevant; costs associated with acquired brain injury |
Chumbler 201558 | Not relevant intervention -multifaceted stroke tele-rehabilitation intervention on falls-related self-efficacy and satisfaction with care. Study to be considered in the community rehab review |
Coast 59 | Not relevant; majority of patients with trauma and elective surgery |
Cobelli 199660 | Not RCT; review |
Coburn 198961 | Not RCT; quasi-experimental; cost |
Cohen 199462 | Not RCT; review |
Colprim 201264 | Not RCT; quasi-experimental study |
Colprim 201463 | Not RCT; prospective cohort study |
Conley 201665 | Systematic review- screened for relevant references |
Cowie 201469 | Not RCT; economic analysis |
Craig 201470 | Not RCT; review |
Crawford-Faucher 201071 | Not RCT; systematic review - screened for relevant references |
Crotty 200275 | RCT but not relevant as trauma patients only (hip fracture) |
Crotty 200073 | Not RCT; audit of trauma patients |
Crotty 2000A72 | RCT but not relevant as trauma patients only (hip fracture) |
Crotty 200374 | RCT but not relevant as trauma patients only |
Cunliffe 200276 | Not RCT; qualitative study; abstract only |
Dalal 200377 | Not RCT; non-randomised prospective study |
Daly 201378 | Intervention incorrect. Set in outpatient setting |
Deutsch 200681 | Not RCT; retrospective study |
Dey82 | RCT; but unpublished data only. We have no access to paper and information in Cochrane review (Hospital at home early discharge) is insufficient to categorise the intervention |
Dias 2013 84 | RCT but not relevant (does not compare to inpatient rehabilitation) |
Dickson 199985 | Letter to the editor |
DiMartino 86 2014 | Not RCT; systematic review- screened for relevant references |
Dolansky 201087 | Not RCT |
Dombi 200988 | Not RCT; commentary on costs |
Donaldson 198290 | Not RCT; retrospective study |
Donath 200191 | Not RCT; Commentary |
Donlevy 1996A92 | Not relevant; article is on cross-training to provide care at home on discharge |
Donnelly 200293 | Included in community rehab review |
Dorney-Smith 201194 | Not RCT; case study of the cost of nurse-led hostels for the homeless |
Dow 200495 | Not RCT; case study |
Dow 200796 | Not RCT; qualitative study |
Duffy 201097 | RCT but wrong comparison (control group not in hospital) |
Dyar 201298 | Incorrect intervention. Only discussions of end of life |
ECHEVARRIA 201699 | Systematic review- checked for relevant references |
Eldar 2000A100 | Not RCT; review |
Elder 2001101 | Not RCT; literature review |
Emme 2014103 | RCT; but no relevant outcomes |
Emme 2014A104 | RCT; but no relevant outcomes |
Eron 2004105 | Not RCT; no data |
Feltner 2014106 | Not RCT; systematic review |
Fenton 1984107 | Incorrect intervention- cost- effectiveness of home and hospital psychiatric treatment |
Franklin 2012108 | Not relevant intervention- multifactorial cardiac rehabilitation programme for MI patients. Study to be considered for community rehab review |
Gaspoz 1994111 | Not RCT; prospective cohort study |
Ghanem 2010112 | Not relevant intervention -home based pulmonary rehab programme for COPD. Study to be considered in community rehab review |
GJELSVIK 2014113 | Study already included in the community rehab evidence review |
Gladman 1994114 | Not relevant intervention -follow-up of a controlled trial of domiciliary stroke rehabilitation (DOMINO Study). Study to be considered for community rehab review |
Glasby 2008115 | Not RCT; qualitative study |
Glick 1998116 | Not relevant – observing outcome of aneurysmal subarachnoid haemorrhage |
Gobbi 2004117 | Not RCT; and not relevant |
Gracey 1992119 | Not RCT; case studies |
Graham 2013120 | Not RCT; description of organisation of rehabilitation services |
Grande 2004121 | RCT on bereavement. Not relevant. |
Graverholt 2014 122 | Not RCT; review |
Greer 2012123 | Intervention incorrect and no outcomes that match protocol |
Gregory 2010124 | Not RCT; Cross-sectional study |
Gregory 2009125 | Not RCT; retrospective study |
Griffiths 2000128 | Not RCT; exploratory analyses |
Griffiths 2005131 | Not RCT; systematic review- screened for relevant references |
Griffiths 2001127 | RCT but not relevant comparison; both arms in-patient care (nurse led versus consultant managed) |
Griffiths 2006A126 | Not RCT; review |
Griffiths 2006130 | Not RCT; review |
Griffiths 2000A129 | RCT but not relevant comparison (in-patients only) |
Gunnell 2000132 | Not relevant; majority of patients with trauma and elective surgery |
Hackett 2002133 | Not relevant intervention -home based rehab for stroke patients. Study to be considered in community rehab review |
Hamlet 2010134 | Not RCT; uses secondary data. Focus is telemedicine |
Hannan 2003135 | Not RCT |
Hansen 1992136 | Incorrect intervention. The study evaluated a model for follow-up by home visits after discharge from hospital of persons aged 75 years or more. |
Hardy 2001137 | Not RCT; description of a service; and mainly trauma patients |
Hansen 1992136 | Cochrane excluded list: Hospital at home early discharge (study did not evaluate hospital at home, but a model for follow-up visits at home after discharge from hospital) |
Hauser 1991139 | Not RCT; retrospective study |
Herr 2012143 | Not RCT; retrospective study |
Heseltine 2001144 | Not RCT; review on cost |
Hernandez 2015142 | Not relevant intervention -community-based integrated care in frail COPD patients. Study included in the Integrated care review |
Hill 1978146 | RCT but not relevant to today’s approach of managing MI as thrombolytic therapy made admission necessary (Cochrane) |
Hill 2013145 | Incorrect intervention. The study aimed to evaluate the effect of providing tailored falls prevention education for older patients in hospital |
Hofstad 2014147 | Not relevant intervention. Study included in early supported discharge review |
Hudson 2013148 | Incorrect intervention; preparation of caregivers for home palliative acre with education and discussion |
Hudson 2013149 | Incorrect intervention; preparation of caregivers for home palliative acre with education and discussion |
Hughes 1990150 | RCT but has wrong comparison (not in hospital) |
Hunger 2015151 | Not relevant intervention- nurse based case management for aged myocardial infarction patients. Study to be considered in the nurse led review. |
Huo 2014152 | Not RCT; retrospective study. No outcomes of interest |
Hwang 2013153 | Not RCT; observational study. Large sample, but set in Taiwan |
Indredavik 1999155 | Included in community rehab review |
Indredavik 2008156 | RCT but no relevant outcomes |
Jackson 2012157 | Not relevant intervention -in-home, tele-rehabilitation programme for intensive care unit survivors. Study to be considered in community rehab review |
Jakobsen 2013158 | Methodology of RCT only |
Jolly 2005161 | RCT but study aborted prematurely due to language barriers with participants. No data |
Jones 1999162 | Costs only |
Jones 2014163 | Not RCT; case study with little data |
Kenny 2002166 | Not RCT and not relevant |
Kinley 2014167 | Not RCT; retrospective observational study |
Konrad 2012168 | Not RCT; retrospective study |
Koopman 1996169 | RCT but excluded as home care was self-administered |
Kornowski 1995170 | Not RCT; observational study |
Kortke 2006171 | Not RCT; open clinical study (non-randomised) |
Korzeniowska-Kubacka 2014172 | Not RCT; prospective observational study |
Langhorne 2000174 | Cochrane systematic review withdrawn from publication and superseded by Shepperd 2008271 |
Langhorne 2005175 | Not RCT; review |
Lappegard 2012176 | Not RCT; retrospective study |
Last 2000177 | Not RCT, service description |
Langhorne 2000174 | Paper withdrawn from publication |
Leon 2011179 | RCT, but patient group and outcomes not relevant (stable HIV patients) |
Leppert 2014180 | Not RCT |
Latour 2006178 | Not relevant intervention. Study evaluated the impact of post-discharge, nurse-led, home-based case management intervention. Study to be considered in community nurse review |
Lewis 2007182 | Not RCT; commentary |
Lewis 2011183 | Not RCT; research protocol only |
Lewis 2012185 | Not RCT; commentary/conceptual paper |
Lewis 2013184 | Not RCT; case studies without data |
Lewis 2013186 | Not RCT; propensity matched controls study based on observational study data |
Lim 2003187 | RCT but not relevant comparison |
Linertova 2011188 | Not RCT; Systematic review- screened for relevant references |
Leung 2015181 | Incorrect study design- quasi experimental study (RCT evidence available) |
Liu 2014189 | Not relevant intervention-home-based pulmonary rehabilitation for patients with chronic obstructive pulmonary disease. Study to be considered for community rehab review. |
Martin 1994190 | Wrong comparison |
Mason 2003191 | Not RCT; description of a service |
Mather 1976192 | No description of the type of service patients at home received (excluded by Cochrane too) |
Matukaitis 2005193 | Not RCT. Pilot study and no comparison study |
Mayhew 2006194 | Not RCT; health economics only |
Mayo 1998195 | Conference abstract of study protocol only; duplicate of full paper Mayo 2000196 |
McKegney 1981197 | No outcomes of interest |
McNamee 1998198 | Health economic evaluation |
McWhinney 1994199 | No outcome data reported. Authors describe the challenges of conducting a trail in this area |
Melin 1992200 | Not relevant: patients with long-term care needs were recruited. Hospital at Home was substitute for long-term care and not necessarily in-hospital |
Melin 1993201 | Cost evaluation |
Meyer 2009203 | Not RCT; case studies |
Muijen 1992205 | RCT but patients treated for acute, severe mental illness (psychiatric ward versus home); not relevant to AME guideline |
Murphy 2005206 | Not relevant intervention -home exercise programme immediately after hospitalisation for an exacerbation of COPD. Study to be considered in the community rehab review. |
Mussi 2013207 | Not relevant intervention-educative nursing intervention composed of home visits and phone calls. Study to be considered for inclusion in community nursing review |
Nicholson 2001215 | Health economics only |
Nissen 2007217 | Not in English (Danish) |
Nordly 2014218 | Protocol only; no study data |
Nyatanga 2014219 | Not RCT; commentary/conceptual paper |
Palmer Hill 2000224 | Not relevant: patients recovering from knee replacement |
Pandian 2013226 | Trial register only; no data |
Pandian 2014227 | Conference abstract |
Patel 2004228 | Health economic evaluation |
Penque 1999230 | Not RCT; retrospective study |
Pittiglio 2011231 | Not RCT; not relevant |
Plochg 2005232 | Not RCT; process evaluation |
Pozzilli 2002233 | RCT BUT not relevant (Multiple Sclerosis patients) |
Prior 2012 234 | Not RCT |
Puig-Junoy 2007235 | Health economic evaluation |
Qaddoura 2015236 | Systematic review. Checked and ordered relevant references |
Ram 2009237 | Cochrane review- all 7 studies in the review have been included in our evidence review. |
Raphael 2015238 | Incorrect study design. Observational study (RCT evidence available) |
Richards 1998 244 | Not relevant; majority of patients with trauma and elective surgery |
Richards 1998A243 | Not relevant; correction to excluded trial with majority of patients with trauma and elective surgery |
Richardson 2001 245 | Health economic evaluation |
Robinson 2009246 | Not RCT; description of new model of acute care |
Rodriguez-Cerrillo 2010248 | Not RCT; Non-randomised prospective study |
Rodriguez-Cerrillo 2012A247 | Not RCT; no comparison group to home treatment |
Round 2004250 | Not RCT; prospective cohort study |
Rosbotham-Williams 2002249 | Not RCT; review |
Rout 2011251 | Not RCT; review |
Rowley 1984252 | Not RCT. No comparison group |
Ruckley 1978253 | Not relevant: patients following elective surgery |
Rudkin 1997254 | No service provided in community |
Santana 2016255 | Study considered for inclusion in the community rehab review |
Sartain 2002256 | Paediatric patient population |
Saysell 2004257 | Not RCT; pilot study of intermediate palliative care in care home |
Schachter 2014258 | Not RCT; study protocol only |
Scheinberg 1986259 | RCT but does not state what the control group intervention is |
Schneller 2012260 | Not RCT; case study |
Schraibman 2001262 | Incorrect intervention. Home versus in-patient treatment for deep vein thrombosis |
Schou 2014261 | RCT; but no relevant outcomes |
Scott 2010263 | Not RCT; literature review |
Senaratne 1999264 | Cost evaluation |
Shepperd 2005270 | Cochrane review updated in 2008 (Shepperd 2008 which is included in our evidence review) |
Shepperd 2016274 | Cochrane review- relevant references ordered |
Subirana Serrate 2001283 | Not RCT; health economics evaluation |
Shepperd 1998269 | Not RCT; systematic review |
Shepperd 2005A266 | Not RCT; editorial |
Shepperd 2009A272 | Not RCT; systematic review- screened for relevant references |
Shepperd 1998A267 | Costs only; no clinical outcomes |
Sidebottom 2015275 | In-patient care only considered. No alternative. |
Sinclair 2005276 | Not relevant intervention - home-based nurse intervention after suspected myocardial infarction. Study to be considered for community nursing review |
Stephenson 1984278 | Not RCT; conceptual paper |
Steventon 2012279 | Not RCT; retrospective analysis |
Stewart 1999280 | RCT but control group not in hospital. |
Stromberg 2003282 | RCT but only nurse-led follow up appointments in hospital. No actual community care given |
Suijker 2012284 | Protocol only; incorrect intervention |
Suwanwela 2002285 | RCT but not comparable to UK setting as home treatment was managed by Red Cross Volunteers and family members (Thailand) |
Teng 2003287 | Health economic evaluation |
Tibaldi 2004295 | RCT but no relevant outcomes (carer stress data incomplete) |
Tistad 2015297 | Non-RCT; observational |
Thomas 1999290 | conference abstract |
Thorne 2001291 | Not RCT; service description |
Trappes-Lomax 2006298 | RCT but comparison group not appropriate; did not receive ‘usual’ hospital care. |
Upton 2014299 | No RCT; not relevant |
Utens 2010301 | Study protocol of RCT only |
Walshe 2010 308 | Not RCT; review of qualitative papers |
Wakefield 2008307 | RCT but all self-care; wrong comparison |
Widen Holmqvist 1996310 | Health economic evaluation |
Widen Holmqvist 1995309 | Not RCT; observational study |
Widen-Holmqvist 1998311 | Superseded by Thorsen 2005293, 2006294 and Von Koch 2000306,2001305 |
Winkel 2008315 | Not RCT; systematic review- screened for relevant references |
Wolfe 2000316 | RCT but excluded from Cochrane because intervention does not substitute for inpatient care; not valid comparison |
Woodend 2008317 | RCT but wrong control group; both at home with no actual care provided. |
Woodhams 2012318 | Not RCT; literature review |
Young 2003B320 | Not RCT; audit |
Young 2005B321 | Not RCT; quasi-experimental study |
Young 2010B319 | RCT but not relevant outcomes |
Young 2010323 | Incorrect intervention; not palliative |
Ytterberg 2009324 | conference abstract |
Appendix H. Excluded economic studies
Table 14Studies excluded from the economic review
Reference | Reason for exclusion |
---|---|
Step-up/step-down | |
Armstrong 200817 | This study was selectively excluded as it was a partial economic evaluation only looking at costs, based on non-randomised, non-UK evidence. Given that RCTs and UK evidence were included in the review it was felt more applicable evidence was available to inform the review. |
Kameshwar 2016165 | This study was selectively excluded as it was a partial economic evaluation only looking at costs, based on non-randomised non-UK evidence. Given that RCTs and UK evidence were included in the review it was felt more applicable evidence was available to inform the review. |
O’Reilly 2006221 | This study was assessed as partially applicable with minor limitations. However, given that a more applicable UK analysis by O’Reilly 2008220 was available, this study was selectively excluded. |
Palmieri 2013225 | This study was selectively excluded as it was a partial economic evaluation only looking at costs, based on non-randomised non-UK evidence. Given that RCTs and UK evidence were included in the review it was felt more applicable evidence was available to inform the review. |
Raphael 2005239 | This study was assessed as partially applicable with very serious limitations. The study was a partial economic evaluation only looking at costs, based on non-randomised, observation evidence of a very small cohort of patients. |
Virtual wards | |
Lewis 2013186 | This study was assessed as partially applicable with serious limitations. The study is a case-control comparative costing study. QALYs were not used as an outcome and the follow-up was very short (6 months) and does not capture all the difference in costs. The intervention as defined by the study protocol was virtual wards, however, the authors report that after the initial pilot, the service delivered was actually case management rather than virtual wards, so it was difficult to ascertain the nature of the intervention. The comparator used for the controls was not clearly specified. |
Footnotes
- a
NICE has published guidelines on transition between inpatient hospital settings and community or care home settings for adults with social care needs and intermediate care including reablement
- Alternatives to hospital care - Emergency and acute medical care in over 16s: se...Alternatives to hospital care - Emergency and acute medical care in over 16s: service delivery and organisation
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