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Nurse clinic versus home delivery of evidence-based community leg ulcer care: A randomized health services trial
- Margaret B Harrison†1Email author,
- Ian D Graham†2, 3,
- Karen Lorimer†4,
- Elizabeth VandenKerkhof†1,
- Maureen Buchanan1,
- Phil S Wells5, 6,
- Tim Brandys7, 8 and
- Tadeusz Pierscianowski9
© Harrison et al; licensee BioMed Central Ltd. 2008
Received: 25 April 2008
Accepted: 26 November 2008
Published: 26 November 2008
International studies report that nurse clinics improve healing rates for the leg ulcer population. However, these studies did not necessarily deliver similar standards of care based on evidence in the treatment venues (home and clinic). A rigorous evaluation of home versus clinic care is required to determine healing rates with equivalent care and establish the acceptability of clinic-delivered care.
Health Services RCT was conducted where mobile individuals were allocated to either home or nurse clinic for leg ulcer management. In both arms, care was delivered by specially trained nurses, following an evidence protocol. Primary outcome: 3-month healing rates. Secondary outcomes: durability of healing (recurrence), time free of ulcers, HRQL, satisfaction, resource use. Data were collected at base-line, every 3 months until healing occurred, with 1 year follow-up. Analysis was by intention to treat.
126 participants, 65 randomized to receive care in their homes, 61 to nurse-run clinics. No differences found between groups at baseline on socio-demographic, HRQL or clinical characteristics. mean age 69 years, 68% females, 84% English-speaking, half with previous episode of ulceration, 60% ulcers at inclusion < 5 cm2 for < 6 months. No differences in 3-month healing rates: clinic 58.3% compared to home care at 56.7% (p = 0.5) or in secondary outcomes.
Our findings indicate that organization of care not the setting where care is delivered influences healing rates. Key factors are a system that supports delivery of evidence-based recommendations with care being provided by a trained nursing team resulting in equivalent healing rates, HRQL whether care is delivered in the home or in a community nurse-led clinic.
ClinicalTrials.gov Protocol Registration System: NCT00656383
Chronic wounds are not typically seen as a pressing health care problem, yet leg ulcers comprise a common, complex, and costly condition. International studies demonstrate that leg ulcer occurrence increases with age [1–5]; chronic leg ulcers are a significant burden to both patients and the health care system [6–10]. Patients tend to receive poorly integrated services in multiple settings. Delivery of leg ulcer care through integrated, nurse-led community clinics has been enthusiastically endorsed in the UK since the early 1990s [11–17]. It was postulated that not only would clinic-based care provide social support, encourage mobility, and improve patient outcomes through improved linkages and greater consistency of treatment between specialist and district home care, it would also reduce the number of providers and specialties involved. In the influential London Riverside project, five home nursing districts, one tertiary setting, and the Charing Cross Hospital were consolidated in a health services arrangement for clinic care provision [13, 18]. A pre-post audit at 12 weeks revealed that leg ulcer healing rates improved from 22% to 69% with the new service. Subsequently two controlled studies [14, 16], one of which was randomized [14, 16], were unable to achieve such notable improvements as the Riverside project (24% to 34%, p = ns  and from 26% to 42%, p = 0.001 ).
Many countries are shifting to nurse delivered community care for the leg ulcer population despite a lack of comparison to equivalent home care. On the surface, this is an appealing trend particularly from a resource perspective. Use of community clinics transfers the time and expense of travel to individuals from home care agencies, where the nurse travels to individuals' homes. Closer examination of these studies, however, indicates an inequity between clinic and home care groups; the implementation of nurse clinics are typically characterized by more skilled provider teams and closer adherence to evidence-based recommendations than the comparator groups which often neglected to include compression therapy. If the quality of provider teams, assessment, and management were held constant, would there still be improvement with care delivered in clinics?
Canada's unique challenges necessitated comparisons of clinic-based, community nursing care to home care models. Factors such as the weather extremes, distance to health services, variant urban-rural mix in many communities, and the limited experience with nurse-run clinics have to be considered. As well, the regional and individual acceptance of such a service delivery model is unknown.
To respond to this, we first undertook research to evaluate the impact of evidence-based leg ulcer care delivered with the usual model (home visiting) and clinics using a specially trained nursing team. In a one year pre-post evaluation we demonstrated improvements in 3-month healing rates from 23% to 56%, similar to rates achieved in the UK studies. Median supply costs declined from $1923 to $406 (Canadian dollars) and nursing visits reduced from 37 to 25 visits per case . In the post-implementation phase, we nested a randomized controlled trial into the design to determine the relative effectiveness and efficiency of clinic-delivered versus home-delivered care with individuals who were mobile. Both the control (home care) and experimental (clinic) arms were treated by the same team of specially trained nurses, and both followed the same evidence-based protocol for care including compression bandaging . The intent of the trial, within our larger effort of implementing evidence-based wound care, was to rigorously evaluate the setting of care in order to inform reorganization efforts as to whether community home care, clinics, or both could be options for Canadian home care authorities. The resource utilization information, albeit limited to data available from administrative sources is intended to provide foundational information for further study. This paper reports the results of that randomized trial of the effectiveness and efficiency of home versus clinic delivered care for individuals with leg ulcers.
We conducted a prospective, randomized two-arm trial to evaluate the effectiveness and efficiency of community leg ulcer clinics (intervention) with care delivered through home visiting (usual care) by comparing individual and system level outcomes, including a one year post-healing follow-up. We hypothesized that receiving care in the clinic setting would improve healing rates at 3 months (primary outcome).
Setting and sample
Admission to home care for care of a leg ulcer (an ulcer below the knee to the foot)
Having leg ulcer of venous or mixed venous and arterial etiology and eligible for compression bandaging.
Ability to travel to clinic (i.e. individuals able to travel outside their home)
No major contraindication for clinic care (i.e. domestic issues that would decrease compliance for clinic visits e.g. not being able to leave an ill spouse)
Upon referral to the regional home care service for leg ulcer care, individuals received a comprehensive, standardized clinical assessment by specially trained registered nurses. Mobile individuals, i.e. either independently mobile or requiring minimal assistance, were informed of the study and invited to participate. Consenting individuals were then randomly allocated to receive leg ulcer care in either a nurse-run clinic or in their own home. A computer-generated schedule of randomization was used to allocate participants to community clinic or home care. Allocation was sealed in opaque, serially numbered envelopes and to eliminate any possibility of bias, randomization was controlled centrally from the university research office and stratified by client status (existing client or new referral).
The same nursing team delivered care in both the home and clinic settings. Care for leg ulcer management was standardized and guided by international evidence-based recommendations [12, 21]. The leg ulcer care management protocol was developed using the Practice Guideline Evaluation and Adaptation Cycle (PGEAC) which is a process for evaluating and adapting existing practice guideline recommendations for local use [21–23]. The process involved bringing together an interdisciplinary task force comprised of clinical leaders representing home nursing, enterostomal therapy, family practice, vascular surgery, dermatology, and haematology to systematically identify and review existing leg ulcer guidelines. The task force appraised the quality of the existing recommendations using the Guidelines Appraisal Instrument [24, 25], their content, clinical utility, and feasibility of implementing the recommendations in the local context and produced a local care protocol adapted from the guidelines reviewed . We sent the draft protocol to home care nurses and family physicians for review and feedback [26, 27]. It was kept current through scheduled reviews by the task force . Agency nurses involved in the study received additional training and were familiar with the evidence for practice supporting the guideline recommendations.
Ethics, consent and random assignment to setting of care
Home care decision-makers weighed the potential risks and benefits of randomly assigning clients to setting of care and concluded that the potential benefits outweighed the risks because: 1) the duration of the study was limited, 2) flexibility was built into the study design to permit clinicians to exclude clients from clinic care if clinical or social circumstances warranted it and these would be tracked, and 3) the need for robust findings was essential to determine the value of providing leg ulcer clinic care in Canada.
Prior to their first visit, all clients meeting the criteria for clinic care were provided with a written explanation about the need and rationale for the study. At the time of intake assessment, an attending nurse verbally explained the trial and sought written informed consent. Assistance with transportation to the clinic was available in the form of taxi chits or bus tickets if required. Ethics approval was received from the Ottawa Health Research Institute Ethics Board.
Data collection and management
Baseline data collection began at the time of initial assessment through interview, clinical assessment and chart review. Socio-demographic and clinical assessment, and measurements of primary and secondary outcomes were collected at baseline. Measurement of ulcer size was repeated at 3-month intervals until complete healing, or until 12 months post study entry, whichever came first. If healing occurred between these intervals measurements were taken at that time.
Quality assurance procedures ensured the integrity of the trial [29–31]. Aspects of data management were elaborated in a detailed protocol manual for the study team. A log record was maintained to track the status of participants throughout the duration of the trial. Once recruited, participants were assigned a code number used on all subsequent documentation to ensure confidentiality. Withdrawals from either arm of the study were monitored and reasons documented. Data were analyzed using SPSS (version 12) software. Case records (10%) were randomly selected to assess data entry accuracy every 3 months.
The primary outcome for the trial was healing at 3 months. Other healing outcomes were reduction in size and sustainability of healing. These measures were chosen based on clinical feasibility and to allow comparisons to other leg ulcer studies in the literature. 'Healed' was defined as re-epithelialisation of all ulcers . The 3 month timeframe to healing continues to be used in many studies  and is encouraged by international practice guidelines as it serves as a useful quality outcome [33, 34]. Ulcer size was assessed by calculating ulcer area (cm2). The line of epithelium was traced on acetate with an indelible pen and the ulcer area calculated using computer planimetry. This method to serially measure ulcer size has been shown to be reliable and valid [33, 35–37]. As with our previous studies, attending nurses are alerted to report to the trial office (phone number is on chart) when an ulcer has healed so that the date of healing can be noted in the tracking database. This is typically the point when individuals come off of service and if there was any concerns a further visit was set-up with the clinical leader of the service. It was not possible to conduct blinded outcome assessment at the point of care given the provider would already know which setting care was being received. Additional independent, blinded visits at a separate location, given the dispersal of individuals in the community would have been prohibitive. Sustainability of healing was assessed by the time to first recurrence after the ulcer healed, and time free of ulcers during the 12-month follow-up from admission.
Pain and health related quality of life were assessed using the McGill Short Form Pain Questionnaire (SF-MPQ) [38–40], and the Medial Outcomes Study Short-Form Health Survey [41, 42]. The SF-MPQ is designed to assess the multi-dimensional nature of the pain experience and has been demonstrated to be a reliable, valid and consistent measure, and it has been used in studies of patients with leg ulcers [14, 43, 44]. The Short Form Health Survey measures self-reported aspects of HRQOL, including physical function, role physical, bodily pain, general health, vitality, social function, role emotional and mental health. Two component scores, the Physical and Mental Component Summaries, are standardized to a mean of 50, with a score above 50 representing better than average function and below 50 poorer than average. The pain and HRQL instruments were selected based on our previous work[43, 44] and that of Walters et al. [10, 45]. In the Walters study, the SF-36, EuroQol (EQ), SF-MPQ and the Frenchay Activities Index (FAI) were evaluated with 233 individuals on three occasions over one year. The SF-MPQ was more responsive than the other instruments and detected changes at the 3-month and 12-month follow-up. Based on these results it was recommended that SF-MPQ be used to evaluate outcomes of interventions with a short-term follow-up (three months), and that SF-36 be used for 12-month follow-up with or without the SF-MPQ. From the SF-36 a shorter 12-question version (SF-12) has been developed and evaluated [41, 46] with the Physical and Mental Component Scores correlating very highly with the SF-36 version (Medical Outcomes Trust source pages). Thus we opted to use the shorter SF-12 to reduce the burden of response as we have found in previous studies it took 5–8 minutes to complete compared to 11 minutes for the SF-36. Canadian normative data were used for comparison purposes with the SF-12 .
Satisfaction with care was assessed through two surveys administered at the 3-month point. This provided data on individual's perceptions of the impact of the leg ulcer on their personal lives and the satisfaction with the care they received in either the clinic or home setting.
Basic resource use for an episode of ulcer care (referral to healing) related to the both clinic and home setting were assessed including; number and weekly frequency of visits, all supplies and materials provided through the home care authority. The Practice Audit Tool, used in our previous work, captures supplies (bandaging and dressing) and nursing visits for the clinic or home care. Acquisition costs of the different bandage systems and other supplies was calculated from the retail prices quoted by the manufacturers. Expenditures differ depending on setting of care for both the system and the patients and families. Given this a comprehensive economic analysis would require a societal, rather than sector, perspective. In such an analyses, all expenditures such as travel time to provide or receive care (nurse and patient), vehicle allowances for nurses, overhead of the community located leg ulcer clinic settings (rent, utilities, reception, etc.), and family expenditures related to leg ulcer care (time off work, travel, out-of-pocket expenses etc.) would be required. It was beyond the scope of this trial to assess all the indirect and direct costs related to home and clinic care. Basic resource data on an episode of care (admission to discharge) collected in this trial may provide the basis in planning for a full economic analysis or modeling study.
From data collected in our initial prevalence study, 20% of cases had healed within a 3-month period, comparable to rates of ulcer healing reported in the literature. Thus sample size was based on detecting a difference of 20% in 3-month healing rates in favour of the clinic setting. We expected the absolute rate of healing in the clinic group at 3-months to be 40%, a figure falling between the extremes (20%–89%) for 3-month healing rates in previously reported leg ulcer clinic studies [11, 13]. To detect a 20% difference, with a power of 80% at a significance level of .05 (two-tailed), 100 patients per group was required.
The primary data analysis was based on 'intention to treat'. The proportion of individuals in each group healed at 3 months (91 days) and recurrence rates were compared using Chi squared tests. Mean number of visits for the ulcer episode (admission to discharge), weeks on service, visits per week were calculated for the home and the clinic groups. Mean differences in health status outcomes (SF-12, pain) and resource variables were compared between the treatment arms of the trial using the independent t-test of either the pooled or separate variance estimates as appropriate. Variables with a non-normal distribution were analyzed with the appropriate non-parametric procedures, Mann-Whitney for unpaired data and Wilcoxon for paired data.
Comparison of the baseline characteristics of the study population and those allocated to clinic care and home care groups
(n = 126)
(n = 65)
(n = 61)
Etiology of leg Ulcer
• Duration < 6 months, Ulcer size < 5 cm2
• Duration > 6 months, Ulcer size < 5 cm2
• Duration < 6 months, Ulcer size > 5 cm2
• Duration > 6 months, Ulcer size > 5 cm2
Ulcer Size (cm 2) (median, range)
(.04 – 116.6)
Mean Age (years)
(n = 58)1
(n = 52)1
• Mental Component
• Physical component
Diathesis in years
Duration at initial assessment in weeks
Description of the evidence-based protocol delivered in the clinic care and home care groups
(n = 65)
(n = 61)
Comprehensive Clinical Assessment
• Venous disease*
• Mixed Disease*
Healing, quality of life, and pain outcomes for those receiving an evidence-based protocol for leg ulcer care in either a nurse clinic or home care setting
(n = 60)1
(n = 60)2
• 3-month (91 days)
Recurrence rate in one year
(n = 52)3
(n = 49)4
• No pain
(n = 52)3
(n = 46)5
• Mental Component
• Physical Component
Pain and health-related quality of life
At 3 months, the majority of the clinic group (63%) reported 'no pain' compared to 52% of the home care group with no statistically significant differences between the groups on their pain assessments. Health related quality of life scores physical (PCS) and mental component scores (MCS) were not statistically different between the groups. In comparison to baseline, the clinic group improved more on the MCS (from 48.4 to 53.9) than the home care group (50.9 to 51.8).
Individual's satisfaction with care
Comparison at 3 month of the individuals perception of personal issues related to leg ulcer and satisfaction with care between those allocated to clinic care and home care groups
(n = 54)
(n = 48)
ISSUES (n = 102)
Some problems walking about
Some problems with washing, dressing self
Some problems performing my usual activities
Not anxious or depressed
SATISFACTION (n = 97)
(n = 51)
(n = 46)
• Waiting less than 30 minute
• Waiting 30 minutes – 1 hour
• Waiting 1–2 hours
Very/quite Satisfied with information
Very/quite Satisfied with treatment last 12 weeks
Very/quite Satisfied with nurses' skill
Recommend/highly recommend care you receive to others
Resource utilization and costs by study group
Home (n = 65)
Clinic (n = 61)
Nursing Visits for episode of Leg Ulcer Care
Weeks on Service
Visits per Week
Nursing Cost for Episode of Care of Leg Ulcer Client
Cost of Wound Supplies for Episode of Care
In this community trial, people with leg ulcers who were mobile were randomized to receive care in either their homes or in a nurse-led clinic. Care was delivered by the same specially trained team of nurses in both settings guided by an evidence-based protocol for assessment and management. Healing at 3-months and recurrence were comparable and not statistically different between the clinic (58.3% healed, 24.6% recurred) and home care group (56.7%, 21.5% recurred). Both groups had relatively high healing rates at 3 months compared to what has been reported in the literature which is likely due to the organization and consistency in delivery of evidence-based care in both settings.
In our first study using a pre-post design, we demonstrated the feasibility and acceptance of using an evidence-based protocol. Results indicated that the implementation of evidence-based care with a specially trained team was related to a more than doubling of healing at 3-months and savings in terms of nursing time and supplies. Further, this randomized health services trial provides the first comprehensive evaluation of clinic versus home care in a Canadian context. Unlike the UK studies, we found similar outcomes in healing regardless of venue of care provided that the quality of care is similar. This is due to the organization of care in home and clinic being similar in the current study whereas, the home delivered care was more varied in the previous trials. We conclude that organization of care is more important than setting with the key elements being: an explicit evidence-based protocol, specially trained nurses with enough wound practice to maintain skills, accessible equipment (e.g. dopplers, high compression bandages), and administrative support for a longer first visits to complete a comprehensive initial assessment and development of a care plan. Given this, health service planners and decision-makers could offer community leg ulcer care in either a clinic or home setting and expect good results if the team follows an evidence protocol and are specially trained. Such an option is important in the Canadian environment because factors such as, the size of the population, urban-rural mix, as well as feasibility to set-up clinics in a region is quite variable. Practically speaking, clinic care has the advantage of readily available supplies that may hasten immediate implementation of care once the comprehensive assessment is complete compared to the home setting where supplies may have to be ordered and delivered, resulting in a delay in implementation of the treatment plan. With nursing hours typically considered a scarce resource and with increasing pressure on home care resources to take on more, authorities might consider offering able clients the option to attend clinics to access care.
An interesting phenomenon discovered during this trial was that, although there was enthusiasm to participate in a wound study with one-year follow-up commitment, many participants expressed strong preferences with 54% of these preferring home delivered care and 46% preferring clinic delivered care. In total, 40% of potential trial participants were excluded from randomization due to stated preference. A future study will examine if after adjustment for co-morbid conditions, and severity and duration of ulcer, whether populations with stated treatment preferences have better outcomes regardless of treatment selected.
Limitations of the study
Our trial has some limitations. First, it might be considered a limitation that nurses providing care were involved in the collection of data. Blinding the nurse to the setting was obviously not feasible and once bandages were applied it would have been excessively intrusive (and monumentally expensive) to remove them solely for the purpose of an outcome assessment. On the other hand, our small team of dedicated specially trained nurses, ensured expert, quality outcome assessments by measuring healing in a rigorous and consistent manner regardless of setting.
Secondly, due to an unexpected expression of strong preference for either clinic or home-delivered care the trial resulted in being underpowered, however given the observed difference in rate of healing between the two arms (1.6%). Assuming this difference is clinically significant (which most would agree it is not), the trial would have required a sample size of approximately 15,000 per arm to detect this difference. Even if the current trial continued until the predicted sample size was achieved (100 per arm) and the remaining ~40 patients per arm that were recruited during this period, demonstrated a 20% rate of healing in the clinic and a 40% rate of healing in the home, the final healing rates of ~52% for clinic and ~45% for home, would not be statistically significant. The 1.6% difference obtained in our study is nowhere near the 20% difference anticipated based on previous studies. Further, if this difference was considered clinically important, which arguably it is not, we would have needed ~800/arm to demonstrate it. So although sample size was not achieved, we were able to demonstrate that there were no significant differences in healing rates between the two groups and it will hopefully provide data for others to use in developing sample sizes for future wound studies.
Thirdly, patient preference may have an impact on the type of health services provided in a geographical area. It will be important for future studies to systematically monitor the reasons for an individual's stated preference to be treated in either the home or at a clinic. In general, comments indicated that many patients preferred clinic because it gave them a specific appointment time versus not knowing when the nurse was going to arrive at their home, particularly for employed patients. For some, the clinic provided an outing with social contact that would otherwise not be available to them, while others felt it too difficult to make the arrangements required to visit the clinic, including transportation, parking and distance to walk. However, many of the factors that lead to a stated preference (e.g., mobility, employment, social contact) also introduce bias into the sample, therefore future studies are necessary to examine the impact of preference on outcome. Finally, our study took place in two regions within southeastern Ontario that included both urban and rural components, and a culturally mixed population. These populations may not be representative of other areas where high density or more homogenous populations are found.
The results from this health services trial differ from previous reports which have concluded that clinic care is superior to home care at improving leg ulcer healing. Organization of care, rather than setting is the crucial factor. We found that when quality wound care was supported with a service model, i.e. following evidence-based recommendations, and being delivered by a well-trained, dedicated nursing team, that similar healing results can be attained whether the leg ulcer care is delivered in the home or in a nurse clinic. Our data also suggests that a significant proportion of patients have preferences for care in both settings. The trial provides the first Canadian data on this health services issue and from a planning perspective, if feasible in a region, health authorities should consider both settings in order to provide mobile individuals with choice. Future research will be needed to investigate the relative efficiencies of clinic care compared to usual home care with particular attention to local environment, the various economies of scale (large, medium and small health regions), population dispersion between urban and rural, numbers of nursing agencies and nurse providers contracted to deliver wound care, organization of primary care and referral patterns and other important contextual factors.
We are indebted to the many individuals with leg ulcers who gave generously of their time to participate in the study. The research was made possible through the ongoing support of local nurses in the wound care services and their unwavering dedication to producing evidence for best practice. We also gratefully acknowledge Elaine Friedberg for trial coordination, Monica Prince and Meg Carley for data management and analysis support, and Val Angus for assistance in preparation of this manuscript.
The study was funded by a grant from the Medical Research Council (#MOP-42497, now the Canadian Institutes of Health Research). During the time of this study M.B. Harrison and I.D. Graham held research personnel awards from the Ontario Ministry of Health and the Canadian Institutes of Health Research respectively.
- Andersson E, Hansson C, Swanbeck G: Leg and foot ulcer prevalence and investigation of the peripheral arterial and venous circulation in a randomised elderly population. An epidemiological survey and clinical investigation. Acta Derm Venereol. 1993, 73 (1): 57-61.PubMedGoogle Scholar
- Baker SR, Stacey MC, Jopp-McKay AG, Hoskin SE, Thomspon PJ: Epidemiology of chronic venous ulcers. British Journal of Surgery. 1991, 78: 864-7. 10.1002/bjs.1800780729.View ArticlePubMedGoogle Scholar
- Callam MJ, Harper DR, Dale JJ, Ruckley CV: Chronic ulcer of the leg: clinical history. British Medical Journal. 1987, 294 (1): 1389-91.View ArticlePubMedPubMed CentralGoogle Scholar
- Cornwall JV, Dore CJ, Lewis JD: Leg ulcers: epidemiology and aetiology. British Journal of Surgery. 1986, 73: 693-6. 10.1002/bjs.1800730905.View ArticlePubMedGoogle Scholar
- Graham ID, Harrison MD, Nelson EA, Lorimer K, Fisher A: A systematic review of prevalence studies of lower limb ulceration. Advance Skin Wound Care. 2003, 16 (6): 305-16. 10.1097/00129334-200311000-00013.View ArticleGoogle Scholar
- Franks P, McCullagh L, Moffatt CJ: Assessing quality of life with chronic venous leg ulceration using the MEdical Outcomes Short Form-36 questionnaire. Ostomy Wound Management. 2003, 49: 26-37.Google Scholar
- Jull A, Walker A, Hackett M, et al: Leg Ulceration and perceived health: A population base case-control study. Age Aging. 2004, 33 (3): 236-41. 10.1093/ageing/afh087.View ArticleGoogle Scholar
- Korn P, Patel S, Heller J, et al: Why insurers should reimburse patients for compression stocking in patients with chronic venous stasis. Journal of Vascular Surgery. 2002, 35: 950-7. 10.1067/mva.2002.121984.View ArticlePubMedGoogle Scholar
- Laing W: Chronic venous diseases of the leg. 1992, London UK, Office of Health Economics, Ref Type: GenericGoogle Scholar
- Walters SJ, Morell CJ, Dixon S: Measuring health-related quality of life in patients with venous leg ulcers. Quality of Life Research. 1999, 8 (4): 327-36. 10.1023/A:1008992006845.View ArticlePubMedGoogle Scholar
- Castineira F, Fisher H, Coleman D, Grace PA, Burke P: The Limerick Leg ulcer project: Early results. Irish Journal of Medical Science. 1999, 168 (1): 17-20. 10.1007/BF02939574.View ArticlePubMedGoogle Scholar
- Lambourne L, Moffat C: Clinical audit and effective changes in leg ulcer service. Journal of Wound Care. 1996, 5 (8): 348-52.PubMedGoogle Scholar
- Moffat CJ, Franks PJ, Oldroyd MI, et al: Community clinics for leg ulcers and impact on healing. British Medical Journal. 1992, 305: 1389-92.View ArticleGoogle Scholar
- Morrell CJ, Walters SJ, Dixon S, et al: Cost effectiveness of community leg ulcer clinics: Randomised controlled trial. British Medical Journal. 1998, 316 (7261): 1487-91.View ArticlePubMedPubMed CentralGoogle Scholar
- Scriven JM, Hartshorne T, Bell PRF, Naylor AR, London NJM: Single-visit venous ulcer assessment clinic: The first year. British Journal of Surgery. 1997, 84 (9): 334-6. 10.1002/bjs.1800840319.View ArticlePubMedGoogle Scholar
- Simon DA, Freak L, Kinsella A, et al: Community leg ulcer clinics: A comparative study in two health authorities. British Medical Journal. 1996, 312: 1648-51.View ArticlePubMedPubMed CentralGoogle Scholar
- Stevens J, Franks P, Harrington M: A community/hosptial leg ulcer service. Journal of Wound Care. 1997, 6 (2): 62-8.PubMedGoogle Scholar
- Moffatt CJ, Oldroyd MI: A pioneering service to the community: The Riverside Community Leg Ulcer Project. Prof Nurse. 1994, 9 (7): 486-490 passim.PubMedGoogle Scholar
- Hampton S, Lindsay E: Empowering patients to take control of leg ulcer treatment through individualised management. Journal of Wound Care. 2005, 14 (5): 238-40.View ArticlePubMedGoogle Scholar
- Harrison MB, Graham ID, Lorimer K, Friedberg E, Pierscianowski T, Brandys T: Leg-ulcer care in the community, before and after implementation of an evidence-based service. Canadian Medical Association Journal. 2005, 172 (11): 1447-52. 10.1503/cmaj.1041441.View ArticlePubMedPubMed CentralGoogle Scholar
- Graham ID, Harrison MD, Brouwers M: Evaluating and adapting practice guidelines for local use: A conceptual framework. Clinical Governance in Practice. Edited by: Pickering S, Thompson J. 2003, London: Harcourt PublishersGoogle Scholar
- Graham ID, Lorimer K, Harrison MB, Pierscianowski T: Evaluating the quality of international clinical practice guidelines for leg ulcers: Preparing for a Canadian adaptation. Canadian Association of Enterostomal Therapy Journal. 2000, 19 (3): 15-31.Google Scholar
- Graham ID, Harrison MB: Evaluation and adaptation of clinical practice guidelines. Evidence Based Nursing. 2005, 8 (3): 68-72. 10.1136/ebn.8.3.68.View ArticlePubMedGoogle Scholar
- Cluzeau FA, Littlejohns P, Grimshaw JM, Feder G, Moran SE: Development and application of a generic methodologyto assess the quality of clinical guidelines. International Journal for Quality in Health Care. 1999, 11 (1): 21-8. 10.1093/intqhc/11.1.21.View ArticlePubMedGoogle Scholar
- The AGREE Research Trust website. WWW. 2007, [http://www.agreetrust.org/]
- Graham ID, Harrison MB, Shafey M, Keast D: Involving family physicians in evidence-based planning for community leg ulcer care: The results of two surveys. Canadian Family Physician. 2001Google Scholar
- Graham ID, Harrison MB, Moffat C, Franks P: Leg ulcer care: Nursing attitudes and knowledge. Canadian Nurse. 2001, 97 (3): 19-24.PubMedGoogle Scholar
- Graham ID, Harrison MB, Lorimer K, et al: Adapting National and International leg ulcer practice guidelines for local use: The Ontario Leg Ulcer Community Care Protocol. Advances in Skin & Wound Care. 2005, 18 (6): 307-18. 10.1097/00129334-200507000-00011.View ArticleGoogle Scholar
- Gilliss CL, Kulkin IL: Monitoring nursing interventions and data collection in a randomized clinical trial. Western Journal of Nursing Research. 1991, 13 (3): 416-22. 10.1177/019394599101300312.View ArticlePubMedGoogle Scholar
- Kirchhoff KT, Dille CA: Issues in intervention research: Maintaining integrity. Applied Nursing Research. 1994, 7 (1): 32-8. 10.1016/0897-1897(94)90018-3.View ArticlePubMedGoogle Scholar
- Rabeneck L, Viscoli CM, Horwitz RJ: Problems in the conduct and analysis of randomized clinical trials. Archives of Internal Medicine. 1992, 152: 507-12. 10.1001/archinte.152.3.507.View ArticlePubMedGoogle Scholar
- Edwards H, Courtney M, Finlayson K, et al: Chronic venous leg ulcers: effect of a community nursing intervention on pain and healing. Nurs Stand. 2005, 19 (52): 47-54.View ArticlePubMedGoogle Scholar
- RCN Institute. Clinical Practice Guidelines: The management of patients with venous leg ulcers. Recommendations for assessment, compression therapy, cleansing, debridgement, dressing, contact sensitivity, training/education and quality assurance. 1998, York, UK: Centre for Evidence Based Nursing, University of YorkGoogle Scholar
- SIGN Quick Reference Guide: Chronic Leg Ulcer Guideline: The care of patients with chronic leg ulcer. Scottish Intercollegiate Guidelines Network. 1998, qrg26-[http://www.sign.ac.uk/guidelines/published/index.html]Google Scholar
- Ahroni JH, Boyko EJ, Pecoraro RE: Reliability of computerized wound surface area determinations. Wounds: A compendium of clinical research and practice. 1992, 4 (4): 133-7.Google Scholar
- Etris MB, Pribble J, LaBrecque J: Evaluation of two wound measurement methods in a multicenter, controlled study. Ostomy Wound Management. 1994, 315: 576-80.Google Scholar
- Liskay AM, Mion LC, Davis BR: Comparison of two devices for wound measurement. Dermatology Nursing. 1993, 5 (6): 437-40.PubMedGoogle Scholar
- Melzack R: The McGill Pain Questionnaire: Major properties and scoring methods. Pain. 1975, 1 (3): 277-99. 10.1016/0304-3959(75)90044-5.View ArticlePubMedGoogle Scholar
- Melzack R: The short-form McGill pain questionnaire. Pain. 1987, 30: 191-7. 10.1016/0304-3959(87)91074-8.View ArticlePubMedGoogle Scholar
- Melzack R, Katz J: The McGill pain questionnaire: Appraisal and current status. Handbook of Pain Assessment. Edited by: Turk DC, Melzack R. 1992, New York, NY: Guilford Press, 152-68.Google Scholar
- Ware JE, Kosinski M, Keller SD: A 12-item short-form health survey – construction of scales and preliminary tests of reliability and validity. Med Care. 1996, 34 (3): 220-3. 10.1097/00005650-199603000-00003.View ArticlePubMedGoogle Scholar
- Jenkinson C, Layte R, Jenkinson D, et al: A shorter form health survey: can the SF-12 replicate results from the SF-36 in longitudinal studies?. Journal of Public Health Medicine. 1997, 19: 179-96.View ArticlePubMedGoogle Scholar
- Nemeth KA, Graham ID, Harrison MB: The measurement of leg ulcer pain: Identification and appraisal of pain assessment tools. Advances in Skin & Wound Care. 2003, 16 (5): 260-7. 10.1097/00129334-200309000-00017.View ArticleGoogle Scholar
- Nemeth KA, Harrison MB, Graham ID, Burke S: Pain in pure and mixed aetiology venous leg ulcers: a three-phase point prevalence study. Journal of Wound Care. 2003, 12 (9): 336-40.View ArticlePubMedGoogle Scholar
- Walters SJ, Morrell CJ, Dixon S: Measuring health-related quality of life in patients with venous leg ulcers. Qual Life Res. 1999, 8 (4): 327-336. 10.1023/A:1008992006845.View ArticlePubMedGoogle Scholar
- Jenkinson C, Layte R, Jenkinson D, et al: A shorter form health survey: can the SF-12 replicate results from the SF-36 in longitudinal studies?. Journal of Public Health Medicine. 1997, 19: 179-96.View ArticlePubMedGoogle Scholar
- Hopman WM, Towheed T, Anastassiades T, et al: Canadian normative data for the SF-36 health survey. Canadian Medical Association Journal. 2000, 163 (3): 265-71.PubMedPubMed CentralGoogle Scholar
- The pre-publication history for this paper can be accessed here:http://www.biomedcentral.com/1472-6963/8/243/prepub
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