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At least 19 recordsLinked to original sources

Rheumatological manifestations of hepatitis C: incidence in a rheumatology and non-rheumatology setting and the effect of methotrexate and interferon.

OBJECTIVES: To evaluate hepatitis C virus (HCV)-positive patients followed in a rheumatology department and to compare them with a similar population of HCV-positive patients who had never seen a rheumatologist, in order to describe the rheumatological symptoms present and the effects of methotrexate and interferon-alpha therapy. METHODS: We performed a retrospective study of clinical, radiological and biological data on 21 rheumatology patients (Group I) presenting symptoms consistent with a chronic inflammatory arthritis with a known HCV infection and compared them with 41 members of an HCV support association (Group II). RESULTS: Symptoms of myalgia, sicca syndrome, Raynaud's phenomenon or paraesthesias were similarly frequent in the two groups. However, inflammatory joint pain and joint swelling were more common in Group I. In this group rheumatoid factor was positive in 48%, antinuclear antibodies in 26%, cryoglobulin in 44% and a reduced complement level in 63%. The majority of patients from Group I treated with methotrexate demonstrated an amelioration of the rheumatological symptoms with few negative outcomes. Regarding interferon-alpha therapy and rheumatological symptoms-in Groups I and II respectively 50 and 66% demonstrated a deterioration, 33 and 30% showed no change and 17 and 4% showed an amelioration. CONCLUSION: Rheumatological symptoms are common in patients chronically infected with HCV. It is essential to individualize the role of treatment with interferon-alpha and to consider the use of methotrexate for difficult cases.

Adult↗

[Structural quality of rheumatology clinics for children and adolescents. Paper by a task force of the "Society of Pediatric and Adolescent Rheumatology" and of the "Association of Rheumatology Clinics in Germany"].

Rheumatic diseases in childhood and adolescence differ from those of adulthood according to type, manifestation, treatment and course. A specialized therapy, starting as early as possible, improves the prognosis, can prevent long-term damage and saves the costs of long-term care. Only a specialized pediatric care system can guarantee optimum quality of the processes involved and the results for rheumatology in childhood and adolescence within a global financial system. This requires adequate structural quality of the specialized clinics and departments for pediatric rheumatology. The management of rheumatic diseases in childhood and adolescence is comprehensive and requires a multidisciplinary, specialized and engaged team which can cover the whole spectrum of rheumatic diseases with their various age-dependent aspects. In order to guarantee an adequate, cost-efficient routine, a specialized center which concentrates on inpatient care should treat at least 300 patients with pediatric rheumatic diseases per year. The diagnoses should be divided among the various disease categories with at least 70% of them involving inflammatory rheumatic diseases. For the inpatient care of small children, an accompanying person (parent) is necessary, requiring adequate structures and services. Patient rooms as well as diagnostic (radiography, sonography, etc.) and therapeutic services (physiotherapy, occupational therapy, pool, etc.) must be adequate for small children and school children as well as adolescents. Suitable mother-child units must also be provided and a school for patients is required within the clinic. A pediatric rheumatologist must be available 24 h a day, and it must be possible to reach other specialists within a short time. For painful therapeutic procedures, age-appropriate pain management is obligatory. A continuous adjustment of these recommendations to changing conditions in health politics is intended.

Adolescent↗

The PedsQL in pediatric rheumatology: reliability, validity, and responsiveness of the Pediatric Quality of Life Inventory Generic Core Scales and Rheumatology Module.

OBJECTIVE: The Pediatric Quality of Life Inventory (PedsQL) is a modular instrument designed to measure health-related quality of life (HRQOL) in children and adolescents ages 2-18 years. The 23-item PedsQL 4.0 Generic Core Scales are multidimensional child self-report and parent proxy-report scales developed as the generic core measure to be integrated with the PedsQL disease-specific modules. The 22-item PedsQL 3.0 Rheumatology Module was designed to measure pediatric rheumatology-specific HRQOL. This study was undertaken to demonstrate the reliability, validity, and responsiveness of the PedsQL 4.0 Generic Core Scales and the PedsQL 3.0 Rheumatology Module in pediatric rheumatology. METHODS: The 4 PedsQL 4.0 Generic Core Scales (physical, emotional, social, and school functioning) and the 5 PedsQL 3.0 Rheumatology Module scales (pain and hurt, daily activities, treatment, worry, and communication) were administered to 231 children and 244 parents (271 subjects accrued overall) recruited from a pediatric rheumatology clinic. RESULTS: Internal consistency reliability for the PedsQL Generic Core total scale score (alpha = 0.91 for child self report, alpha = 0.93 for parent proxy report), physical health summary score (alpha = 0.87 for child self report, alpha = 0.89 for parent proxy report), and psychosocial health summary score (alpha = 0.86 for child self report, alpha = 0.90 for parent proxy report) were acceptable for group comparisons. The Rheumatology Module scales also demonstrated acceptable reliability for group comparisons (alpha = 0.75-0.86 for child self report, alpha = 0.82-0.91 for parent proxy report). Validity was demonstrated using the known-groups method. The PedsQL distinguished between healthy children and children with rheumatic diseases as a group. The responsiveness of the PedsQL was demonstrated through patient change over time as a result of clinical intervention. CONCLUSION: The results demonstrate the reliability, validity, and responsiveness of the PedsQL 4.0 Generic Core Scales and the PedsQL 3.0 Rheumatology Module in pediatric rheumatology.

Adolescent↗

[Rheumatology: Integration into student training--the RISA- Study. Results of a survey exploring the scale of education and training in rheumatology at German universities].

During the Bone and Joint Decade 2000-2010, national and international rheumatological societies campaign for improvements of undergraduate training in the field of musculoskeletal diseases. In 2002, the Committee for Undergraduate Training of the German Society for Rheumatology (DGRh) performed a survey in order to estimate the extent of rheumatological undergraduate training at German universities. A questionnaire was sent to all university hospitals for internal medicine and for orthopaedics. The items of the survey covered the qualification of the teachers, the number and the time frame of lessons and courses, as well as the items of the curriculum in rheumatology. With 95% of the universities responding, a broad variation of the quality of rheumatological training became obvious, ranging from the absence of competent teaching to a comprehensive curriculum covering theory and practical training. Only a minority of universities fulfilled the recommendations of the DGRh for undergraduate education. The most substantial deficits are found in practical training, caused by insufficiently small numbers of patients seen by the medical students, and by the short duration of the practical courses. The insights described here should lead to the adaptation of the level of education in the field of rheumatology to the demands of a society with growing musculoskeletal problems.

Clinical Competence↗

Healthcare services for those with musculoskeletal conditions: a rheumatology service. Recommendations of the European Union of Medical Specialists Section of Rheumatology/European Board of Rheumatology 2006.

Musculoskeletal conditions are very common across Europe. They affect all age groups, and the associated physical disability is an enormous burden on individuals and society. They can be effectively prevented and controlled in many situations, but this is not at present fully achieved. This report outlines what is required to achieve this and the role of rheumatology in providing these healthcare services. Strategies are given for the prevention and management of musculoskeletal conditions. The needs of people with these conditions are expressed in the PARE Manifesto and the clinical needs have been identified. The healthcare services required to implement these strategies and meet these needs are considered focusing on what services a rheumatology centre should provide. A key principle is that management of musculoskeletal conditions requires a coordinated, integrated, multidisciplinary and multiprofessional approach providing access to a combination of expertise and competencies. Guidance is given of what a rheumatology service should be expected to offer. For a rheumatology centre to provide these services, the need for appropriate facilities and resources is identified, which considers physical resources as well as personnel, training and management needs. Maintaining high standards of care and achieving the best outcomes at all times needs the monitoring of quality indicators as well as ongoing education and research. In conclusion, improving musculoskeletal health is dependent on access to effective treatments and this document shows how the services provided by a rheumatology centre is central to this.

Delivery of Health Care↗

Rheumatology telephone helplines: an activity analysis. South and West of England Rheumatology Consortium.

BACKGROUND: Anecdotal evidence suggests that the services offered by rheumatology telephone helplines in the UK vary widely between NHS Trusts because of the lack of national or European guidelines. OBJECTIVE: To conduct an activity analysis of six NHS Trust rheumatology telephone helplines in the south and west of England. METHODS: Serial data were collected on the first 100 calls received on or after 1 January 1999 by six rheumatology helplines in the south and west of England. Background information was gathered on the management, availability, setting and purpose of each helpline. Data on the time taken to manage these calls and patient satisfaction were not collected. RESULTS: Patients with rheumatoid arthritis were the major users and no significant differences were found in the outcome of their calls between centres, but wide variations were revealed in the management of the helplines, the populations they serve and the services they offer. CONCLUSION: The rheumatology helpline services in six NHS Trusts in the south and west of England were shown to be the same in name only. They lacked uniformity in the delivery of care and accessibility to relevant patient groups. The geographical variation in service delivery may result in patient dissatisfaction and confusion if a number of hospitals are attended over the course of a patient's chronic disease. Further research is required to identify the helpline needs of the broader rheumatology population, patient satisfaction, outcomes and system costs, and to progress towards the development of national and European guidelines.

Aged↗

Clinical rheumatology training in an uncertain future. Opinions of recent and current rheumatology fellows about an extended fellowship in musculoskeletal medicine.

OBJECTIVE: To estimate among recent and current rheumatology fellows the appeal of a 3-year rheumatology fellowship emphasizing musculoskeletal medicine. METHODS: A survey of 348 trainee members of the American College of Rheumatology during 1990-1993, by mailed questionnaire. RESULTS: The response rate was 77.8% (n = 271). Both recent and current fellows indicated that they desired more experience in musculoskeletal medicine. Most notably, 50% of current fellows, and a significantly higher proportion of recent fellows (70%; P < 0.005), indicated that they would have opted for a 3-year fellowship in musculoskeletal medicine had one been available to them at the completion of their residency. CONCLUSION: Expertise in musculoskeletal medicine is desired by a sufficient proportion of recent and current rheumatology fellows to warrant the investment in another year of training.

Attitude of Health Personnel↗

Pediatric rheumatology clinic populations in the United States: results of a 3 year survey. Pediatric Rheumatology Database Research Group.

OBJECTIVE: To describe the patient population referred to pediatric rheumatology centers (PRC) across the US 1992-95; and to compare these results to data on regional PRC populations. METHODS: A Pediatric Rheumatology Disease Registry was established in 1992. Data on new patients seen at 25 PRC across the US were submitted to the registry for a 36 month period from 1992 through 1995. RESULTS: A total of 12,939 patients were submitted to the registry. Of these patients, 5245 (40.5%) had rheumatological diagnoses. Patients with juvenile rheumatoid arthritis were the largest group of the patient population (2071 patients-16% of total diagnoses). There were 1568 patients with other forms of childhood arthritis (12%), 1172 with collagen vascular diseases (9%), and 434 with vasculitis (3.3%). Over 50% of the patients had nonrheumatologic diagnoses, including 1577 with idiopathic pain syndromes (12%). Other diagnoses included infections, orthopedic conditions, and malignancies. Fourteen percent of the patients were not given a diagnosis at the time of the initial visit. CONCLUSION: PRC see a wide variety of patients. Although the majority do have rheumatologic conditions, over 50% of new patients have conditions not autoimmune in origin. Fourteen percent of the patients cannot be diagnosed at the time of their first clinic visit, requiring time to see the evolution of their symptoms before a definitive diagnosis can be assigned.

Adolescent↗

Audit of rheumatology services for adolescents and young adults in the UK. British Paediatric Rheumatology Group.

BACKGROUND: Juvenile idiopathic arthritis (JIA) is associated with significant morbidity in adulthood with at least one third of children continuing to have active inflammatory disease into their adult years and up to 60% of all patients continuing to have some limitation of their activities of daily living. A survey of service provision for these young people in the transition from paediatric to adult rheumatology care was therefore undertaken. METHODS: A postal questionnaire was sent to all 92 members of the British Paediatric Rheumatology Group, representing 61 units providing a paediatric rheumatology service in the UK and Eire. RESULTS: Fifty-five replies were received representing a 60% completion rate of doctors and 84% of units on the mailing list. The majority of respondents were adult rheumatologists (n = 36, 65%) with 42% of respondents based in teaching hospitals. A median of 24 patients (new and follow-up, range 1-225) were seen in a median of two paediatric rheumatology clinics (range 0-15) per month. Eighteen per cent of units had a dedicated adolescent clinic (n = 9) with a median of one clinic per month and a median number of new patients per month of two (range 0-24) and 10 review patients (4-32). All the adolescent clinics involved an adult rheumatologist with five having a paediatrician in clinic and four having access to a paediatrician. The majority of clinics involved a specialist registrar (n = 6), a nurse specialist (n = 6), an occupational therapist (n = 6) and a physiotherapist (n = 5). The majority of clinics had flexible entry and exit criteria. In seven clinics there was a standardized process of transfer, first discussed at a median age of 13 yr (range 12-16) but no unit provided literature or organized pre-visits for this process. A demand for patient information resources (e.g. disease and drug information, careers) specifically aimed at adolescents with rheumatic diseases was identified. Generic health issues were only addressed by two clinics. Obstacles to current service provision and ideas for future developments were identified. CONCLUSIONS: This survey identifies a heterogeneity of provision of healthcare for adolescents with rheumatic disease and highlights the potential for further research and development.

Adolescent↗

Health care provision in pediatric rheumatology in Germany--national rheumatologic database.

OBJECTIVE: To describe the health care provision for children and adolescents with chronic arthritides in Germany in 1998. METHODS: Data were analyzed from the German pediatric rheumatologic database of the year 1998. It contains clinical and patient questionnaire data for 2488 patients with rheumatic diseases seen at 18 pediatric rheumatology units. RESULTS: A total of 1811 of all patients recorded in the database had chronic arthritides--931 with juvenile chronic arthritis, 86 with juvenile spondyloarthropathy, and 65 with juvenile psoriatic arthritis were considered in the analysis. These patients seen by pediatric rheumatologists had a median age of 10 years and a median disease duration of 4 years. The majority were being treated at pediatric rheumatology disease centers and at universities. Nonsteroidal antiinflammatory drugs were the most commonly used drugs for all forms of chronic arthritides. Almost half the patients with chronic arthritides received disease modifying antirheumatic drugs, with methotrexate the most frequently prescribed agent. While the majority of patients reported having physiotherapy, low prescription rates were noted for comprehensive measures such as occupational therapy and patient education. Only a few patients showed severe functional limitation, 2% of them being rated in Steinbrocker class III or higher. While the patients' functional limitation correlated with disease activity, neither disease duration nor sex, arthritis subgroup nor time span to the first visit at the rheumatology unit had any relevant influence on functional status. CONCLUSION: The data reveal the spectrum of patients with chronic arthritides seen by German pediatric rheumatologists, as well as the treatment patterns of their physicians.

Adolescent↗

Pediatric rheumatology in adult rheumatology practices in Washington state.

OBJECTIVE: To determine both the extent to which adult rheumatologists treat children and their level of comfort in doing so. METHODS: A questionnaire was sent to all 77 physicians in the state of Washington who were listed as adult rheumatologists in the American College of Rheumatology (ACR) directory. RESULTS: Sixty-six questionnaires (86%) were returned; 50 were identified as being from private-practicing adult rheumatologists and were the focus of this study. Sixty-two percent of the respondents reported that they care for children; predictors included increased exposure to pediatric rheumatology during fellowship (P = 0.003), increased distance from Seattle (P = 0.001), and listing oneself in the ACR directory as treating children (P = 0.03). Most respondents reported feeling discomfort in treating children younger than 6 years of age, treating Kawasaki disease, and treating polyarteritis nodosa, but most reported feeling comfortable treating children with chronic arthritides. Impediments to referring to a pediatric rheumatologist included distance (median distance 35 miles), convenience for the family, personal preference, and experience in caring for children. Twenty-nine percent reported difficulties referring to a pediatric rheumatologist outside of one's managed care plan. Adult rheumatologists expressed interest in continuing medical education dealing with pediatric rheumatology, preferably with a lecture format in their home communities. CONCLUSION: A significant number of adult rheumatologists care for children. Pediatric rheumatologists should provide both educational and consultative support for these adult rheumatologist colleagues.

Adult↗

Musculoskeletal ultrasound--a state of the art review in rheumatology. Part 1: Current controversies and issues in the development of musculoskeletal ultrasound in rheumatology.

As we begin the 21st century, musculoskeletal ultrasound (MSUS) is routinely used by an increasing number of rheumatologists throughout Europe and there is a growing interest in the application of MSUS in rheumatological practice in the UK. MSUS allows high-resolution, real-time imaging of articular and periarticular structures and has the advantages of being non-radioactive, inexpensive, portable, highly acceptable to patients and repeatable. There are a number of critical issues that need to be addressed in order to develop the role of MSUS within rheumatology. These include issues of equipment costs, training and certification and the relationship of rheumatologists and radiologists in advancing the field of MSUS. Rheumatologists must demonstrate the relevance of MSUS in their clinical practice through high-quality research. Emerging technologies such as power Doppler and 3D imaging will further improve imaging capabilities and the range of clinical applications of MSUS systems. This paper reviews how MSUS in rheumatology has evolved and the controversies and issues that rheumatologists must now address in developing MSUS as an indispensable, everyday clinical tool.

Clinical Competence↗

Musculoskeletal ultrasound--a state of the art review in rheumatology. Part 2: Clinical indications for musculoskeletal ultrasound in rheumatology.

Rheumatologists remain divided on whether they should introduce musculoskeletal ultrasound (MSUS) into their clinical practice. A central issue in the application of MSUS in clinical rheumatology is the need for proof of clinical relevance and improved patient care. There is now accumulating evidence that MSUS improves clinical diagnosis and intervention skills. High-resolution ultrasound is superior to clinical examination in the diagnosis and localization of joint and bursal effusion and synovitis. MSUS is the imaging modality of choice for the diagnosis of tendon pathology. MSUS is seven times more sensitive than plain radiography in the detection of rheumatoid erosions, allowing earlier diagnosis of progressive rheumatoid arthritis. Ligament, muscle, peripheral nerve and cartilage pathology can also be readily demonstrated by MSUS. There is exciting evidence that MSUS may potentially be used by rheumatologists to non-invasively diagnose and monitor not just joint and muscle disease but also nerve compression syndromes, scleroderma, vasculitis and Sjögren's syndrome. Joint aspiration and injection accuracy can be improved by MSUS, with initial evidence confirming improved efficacy. As the number of rheumatologists performing MSUS increases and the technical capabilities of MSUS improve, there is likely to be a growing number of proven clinical indications for the application of MSUS in rheumatology practice. This paper reviews the evidence for the application of MSUS in rheumatology.

Bone and Bones↗