Abstract:This qualitative study interviewed general practitioners, patients, and FLS clinicians and identified key challenges facing stakeholders seeking to improve post-fracture osteoporosis care. Local policies and care pathways as an initial strategy may address information and service delivery issues across the acute-primary care divide. Introduction Fracture liaison services (FLS) can be effective for secondary fracture prevention, but long-term adherence to therapies remains suboptimal. Few studies have explored … Show more
“…As an illustration of this barrier, an investigation from New South Wales, Australia, interviewed FLS clinicians, general practitioners, and patients regarding FLS programs and transitions from inpatient to primary care 31 . Because both the FLS program clinicians and primary care providers followed these patients and because communication between groups was poor, neither was certain who was responsible for longitudinal bone health.…”
Section: Barriers and Challenges For Multidisciplinary Pfcpmentioning
» Numerous healthcare roles can be valuable and effective participants in postfracture care programs (PFCPs) and can also serve effectively as program liaisons/champions.» Greatest success seems to have been achieved when a single entity provides cohesive and consistent training, coordination, shared goals, and accountability for program sites and site leaders.» Few PFCPs have solved what seems to be the fundamental challenge of such programs: how to maintain program effectiveness and cohesion when the patient makes the inevitable transition from acute care to primary care? Creating a partnership with shared goals with primary care providers is a challenge for every program in every location.» Programs located in the United States, with its predominantly “open” healthcare system, seem to lag other parts of the world in overcoming this fundamental challenge.» It is hoped that all PFCPs in all systems can learn from the successes of other programs in managing this critical transition from acute to primary care.
“…As an illustration of this barrier, an investigation from New South Wales, Australia, interviewed FLS clinicians, general practitioners, and patients regarding FLS programs and transitions from inpatient to primary care 31 . Because both the FLS program clinicians and primary care providers followed these patients and because communication between groups was poor, neither was certain who was responsible for longitudinal bone health.…”
Section: Barriers and Challenges For Multidisciplinary Pfcpmentioning
» Numerous healthcare roles can be valuable and effective participants in postfracture care programs (PFCPs) and can also serve effectively as program liaisons/champions.» Greatest success seems to have been achieved when a single entity provides cohesive and consistent training, coordination, shared goals, and accountability for program sites and site leaders.» Few PFCPs have solved what seems to be the fundamental challenge of such programs: how to maintain program effectiveness and cohesion when the patient makes the inevitable transition from acute care to primary care? Creating a partnership with shared goals with primary care providers is a challenge for every program in every location.» Programs located in the United States, with its predominantly “open” healthcare system, seem to lag other parts of the world in overcoming this fundamental challenge.» It is hoped that all PFCPs in all systems can learn from the successes of other programs in managing this critical transition from acute to primary care.
“…An analysis found that none of the 29 surveyed hospital-based programs had integrated operations with local primary care physicians, both separately from or through Primary Health Networks (27). A lack of "safety net mechanism" to monitor patients between the suspected sentinel fracture and follow-up care, and poor bi-directional communication contributed to the disjointed integration with primary care (30).…”
Section: Introductionmentioning
confidence: 99%
“…To close this gap, active engagement and integration with primary health care into secondary fracture prevention is required. There is growing consensus that most patients with osteoporosis should be managed by their primary care physician and not in capacity-limited and costly hospital-based specialist services (30,31).…”
Background:
Osteoporotic fractures signal severely compromised bone strength and are associated with a greatly increased risk of refracture. Despite the availability of effective and safe medications that reduce fracture risk, 70-80% of patients are inadequately investigated or treated for osteoporosis following an initial fracture. This protocol describes a cluster randomised controlled trial to evaluate the effectiveness of an integrated model of care on osteoporosis management in primary care.
Methods:
The cluster randomised controlled trial involves multiple branches of a community-based radiology provider (CRP), a hospital-based secondary fracture prevention program (SFPP) and numerous primary care practices in metropolitan Sydney that refer to either the CRP or SFPP. Using natural language processing tools, patients diagnosed with a potential osteoporotic fracture will be identified by automatically screening radiology reports generated at the CRP or SFPP. The primary care practices that these patients attend will be randomised (1:1) to either the intervention or usual care. The intervention consists of (i) electronic and fax alerts informing the practice/primary care physician that their patient has been diagnosed with a potential osteoporotic fracture; (ii) provision of osteoporosis management guidelines and (iii) follow-up surveys at 4 weeks and 6 months. Practices in the usual care (control) group will receive no alerts and provide usual care.
The primary outcome is the proportion of patients undergoing a bone density scan and/or filling a prescription for osteo-protective pharmacotherapy within 3 months of the initial diagnostic imaging report. Secondary outcomes are the proportion of patients: (i) undergoing an osteoporosis-related blood test within 3 months of the initial diagnostic imaging report; (ii) initiated on a chronic disease management plan within 3 months of the diagnostic report, and (iii) filling a second prescription for osteo-protective pharmacotherapy within 9 months post initial diagnostic imaging report. Outcomes will be obtained through de-identified linked data from Medical Benefits Schedule and Pharmaceutical Benefits Scheme held by the Australian Institute of Health and Welfare.
Discussion:
This is the first randomised trial to integrate case-detection of potential osteoporotic fractures in a hospital and community setting with direct alerts to the patient’s primary care provider. This study will determine whether such an intervention is effective in improving investigation and/or treatment rates of osteoporosis in patients with a potential osteoporotic fracture.
Trial registration:
This study is registered with the Australian New Zealand Clinical Trials Registry (ANZCTR): ACTRN12623000658617p
“…This model allows for two service configurations: a medically led, coordinated service (type A model FLS) and a GP shared-care service (type B model FLS). Despite this state-sanctioned approach, substantial variation exists in the delivery of services, both between clinics and between clinicians working within the same clinic across NSW [ 29 ]. While variation in resources probably accounts for some of the observed inter-service variation, overall there is both a lack of standardisation and a lack of consensus regarding the best approach to many aspects of care for patients after an initial FLS consultation.…”
Section: Introductionmentioning
confidence: 99%
“…Primary care attendance patterns and long-term outcomes for these patients remain largely unknown. Nonetheless, qualitative research has identified that many factors associated with medication discontinuation and non-adherence emerge at the FLS to primary care transition, where they act as barriers to seamless post-fracture care [ 29 , 32 ]. For example, our earlier research highlighted that these can include differences in follow-up recommendations, barriers to communication, and confusion over the relative roles of primary and tertiary service providers [ 29 ].…”
Summary
Coordinating healthcare activities between fracture liaison services (FLS) and primary care is challenging. Using a Delphi technique, we developed 34 consensus statements to support improved care coordination across this healthcare transition.
Purpose
Evidence supporting an optimal coordination strategy between fracture liaison services (FLS) and primary care is lacking. This study aimed to develop consensus statements to support consistency and benchmarking of clinical practice to improve coordination of care for patients transitioning from FLS to primary care following an osteoporotic fracture.
Methods
A Delphi technique was used to develop consensus among a panel of experts, including FLS clinicians (medical and non-medical), general practitioners (GPs), and consumers.
Results
Results of a preparatory questionnaire (
n
= 33) informed the development of 34 statements for review by expert panellists over two Delphi rounds (
n
= 25 and
n
= 19, respectively). The majority of participants were from New South Wales (82%), employed as FLS clinicians (78.8%) and working in metropolitan centres (60.6%). Consensus was achieved for 24/34 statements in round one and 8/10 statements in round two. All statements concerning patient education, communication, and the GP-patient relationship achieved consensus. Expert opinions diverged in some areas of clinician roles and responsibilities and long-term monitoring and management recommendations.
Conclusion
We found clear consensus among experts in many key areas of FLS integration with primary care. While experts agreed that primary care is the most appropriate setting for long-term osteoporosis care, overall confidence in primary care systems to achieve this was low. The role of (and responsibility for) adherence monitoring in a resource-limited setting remains to be defined.
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