DOCSLIB.ORG

New Knowledge of Chondrocalcinosis

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
New Knowledge of Chondrocalcinosis J Clin Pathol: first published as 10.1136/jcp.s3-12.1.214 on 1 January 1978. Downloaded from J. clin. Path., 31, Suppl. (Roy. Coll. Path.), 12, 214-222 New knowledge of chondrocalcinosis PAUL DIEPPE From the Department ofMedicine, University ofBristol There are three varieties of cartilage-hyaline, parathyroidism, haemachromatosis, hypothy- elastic, and fibrocartilage. Hyaline cartilage is the roidism, hypophosphataxia, hypomagnesaemia, precursor of bone. In the adult it is mainly found at gout(?), diabetes mellitus (?), Wilson's disease (?), bone ends, forming the load-bearing surface of ochronosis (?)). synovial joints. Extra-articular fibrocartilages such as those of the trachea and ribs often calcify with Historical perspective advancing age. Articular cartilage, however, usually remains free from mineral deposits. The term Intra-articular calcification has been recognisedforat 'chondrocalcinosis' may be defined as a pathological least a century. It was mentioned by Garrod (1876) state characterised by the precipitation of insoluble and by Adams (1872). With the advent of joint calcium salts in articular and periarticular cartilage. radiography there were a number of reports of The presence of chondrocalcinosis can be proved calcification of knee menisci (Pearson and Davin, only by crystallographic examination. Its presence 1921). Wolke (1935) described five cases from 2569 may be inferred by radiological examination or the knee radiographs. Zit'nan and Sifaj (1957) described discovery of crystals in synovial fluid. In addition, 12 cases, and they later identified familial cases with articular chondrocalcinosis is sometimes accom- polyarticular lesions and an associated arthritis copyright. panied by arthritis. There are therefore three (2itnian and Silaj, 1976). separate phenomena associated with chondrocal- While 2ithan and Sifaj surveyed joint radiographs cinosis-radiological changes, crystals in synovial Hollander and McCarty (1961) examined joint fluid, and arthritis. These may occur separately or in fluid by polarised light microscopy and discovered any combination (Fig. 1). urate crystals in gout. McCarty et al. (1962) also The term 'chondrocalcinosis' was often used noticed a different type of crystal in some patients loosely in reference to radiological signs, the presence with acute arthritis. They were identified by x-ray of pyrophosphate crystals in joints, or a charac- diffraction as calcium pyrophosphate dihydrate http://jcp.bmj.com/ teristic form ofarthritis. Recent work has highlighted (CPPD) (Kohn et al., 1962). the fact that many different crystals may be precipi- Chondrocalcinosis has since been studied in tated in cartilage and has led to a questioning of the various countries. Analysis of patients with radio- causal relationship between crystals and arthritis. logical chondrocalcinosis by Currey (1966) and of Further work would be aided by the use of a disci- those with pyrophosphate (PP) crystals in synovial plined nomenclature-referring, for example, to fluid (Bjelle and Sundin, 1974) led to findingssimilar articular pyrophosphate chondrocalcinosis-with a to those of 2itinan and Siraj and of McCarty, who descriptive account of the associated features. has now reported on over 300 cases (McCarty, 1976). on September 23, 2021 by guest. Protected Calcium salts positively identified in human A pattern emerges of patients with linear calcifica- articular cartilage are: (1) calcium pyrophosphate tion of hyaline cartilage identified on x-ray examina- dihydrate, Ca2P207.2H20 (pyrophosphate, CPPD); tion, PP crystals in synovial fluid, and an arthritis (2) hydroxyapatite, Calo(P04)6.(OH)2 (hydroxy- that is either acute oligo- or mono-articular ('pseudo- apatite, apatite, HA); and (3) dicalcium phosphate gout') or chronic destructive, similar to osteoarthrosis dihydrate, CaHP04.2H20 (brushite, calcium phos- ('chronic PP arthropathy'). Thus chondrocalcinosis phate dihydrate, DCPD). becomes synonymous with PP deposition and its Chondrocalcinosis may be classified according to characteristic arthritis. (1) the nature of the deposit (pyrophosphate, hydroxyapatite, Brushite, or mixtures); (2) the type New crystals (familial, metabolic, sporadic, age associated); and (3) the metabolic associations: (a) hydroxyapatite McCarty and Gatter (1963) described the presence (chronic renal disease); (b) pyrophosphate (hyper- of dicalcium phosphate dihydrate in human fibro- 214 J Clin Pathol: first published as 10.1136/jcp.s3-12.1.214 on 1 January 1978. Downloaded from New knowledge of chondrocalcinosis 215 CHONDROCALCI NOSIS scopy, and many different salts may form the positively birefringent crystals usually assumed to be may be associated with PP (Gatter, 1977). RADIOLOGICAL CRYSTALS IN Complex analytical techniques and tissue pro- CHANGES SYNOVIAL FLUID cessing may alter the mineral content from that present in vivo. More crystallography studies are These may occur separately or in therefore required before conclusions can be any combination reached about the incidence and nature of the different deposits of chondrocalcinosis. A scheme ARTHRITIS combining several different analytical techniques is Fig. 1 Clinical association ofchondrocalcinosis. shown in Fig. 2. Site of deposits cartilage and, later, the pathological findings in 215 cadaver knee menisci (McCarty et al., 1966). Intra-articular calcification was always thought to Three salts were identified: calcium pyrophosphate comprise PP and periarticular mineral deposits of HA dihydrate (CPPD) (3-2 %), dicalcium phosphate (McCarty and Gatter, 1966; Pinal and Short, 1966). dihydrate (DCPD) (2-3 %), and hydroxyapatite In neither case is this always so. (HA) (1I4 %). Vascular calcification in the outer one- Calcium salts of PP form monoclinic and triclinic third was also common (hydroxyapatite). Small un- crystals. The latter predominate. They are deposited identified deposits were seen in some specimens. No preferentially in fibrocartilage. The commonest site comprehensive study has been made on articular is the knee meniscus, followed by the symphysis hyaline cartilage. Recently Ali (1977) has identified pubis, wrist, and intervertebral discs. Shoulders, minute deposits of HA in osteoarthrotic hyaline elbows, hips, metacarpophalangeal, and other joints cartilage, and Doyle et al. (1978) have made similar may also be affected. Linear calcification of tendons observations. Fibrocartilage seems to be peculiarly is not uncommon. A recent study reported an susceptible to PP deposits but hyaline cartilage may incidence of 13-5%, the commonest sites being the copyright. be more readily mineralised with HA. tendo achilles, plantar fascia, and quadriceps tendon Both DCPD and HA have recently been described (Gerster et al., 1977). These periarticular deposits in the synovial fluid and tissues of patients with may be associated with inflammation but not all cal- arthritis. Moskowitz et al. (1971), Faure et al. (1977), cific periarthritis is due to HA. and Utsinger (1977) have described DCPD-related The results of microscopy of PP-containing arthritis, and Dieppe et al. (1976) and Schumacher cartilage have varied. The most characteristic finding et al. (1976) HA-related arthropathy. Combina- is of rounded deposits of crystals in a granular tions of these different salts also occur. Moskowitz matrix in the mid-zone, often in a line along the http://jcp.bmj.com/ et al. (1971) identified a mixture of PP and DCPD, cartilage, resulting in a linear shadow on the x-ray and mixtures of PP and HA have been found in the picture (Bjelle, 1972; Reginato et al., 1974). Crystals same joint by Okazaki et al. (1976) and Dieppe et al. have also been identified in perichondrocyte lacunae (1978). (McCarty et al., 1963; Schumacher, 1976) and in Sophisticated techniques are needed to identify superficial cartilage (Zitnian and Sifaj, 1966; de Seze the calcified deposits. Diffraction patterns provide et al., 1963). It is tempting to postulate that the precise crystal analysis, and both PP and DCPD deposits around mid-zone chondrocytes (each on September 23, 2021 by guest. Protected have been identified in this way. HA crystals are crystal is only 250-500 A long) are the initial site of usually too small for single crystal diffraction but calcification and the superficial deposits the result of powder patterns have been obtained. Other indirect extensive loss of cartilage. Synovial deposits are ways of identifying these substances include infrared also common in patients with PP chondrocalcinosis spectroscopy and analytical electron microscopy (Schumacher, 1976). These deposits are usually (Dieppeet al. 1977). Many workershave used electron superficial and presumably come from the cartilage. microscopy with attached x-ray energy spectroscopy Pachas (1972), however, has found deposits of PP in to calculate the ratio of calcium and phosphorus in the synovium in the absence of chondrocalcinosis, different crystals compared with known standards. raising the possibility of active deposition outside the This technique, however, cannot differentiate PP cartilage. These studies have not resolved the from DCPD (Crocker et al., 1977; Nuki et al., 1978). important question of whether cartilage changes or Polarising microscopy is another indirect technique, crystal deposits occur first. Nor have they deter- ideal for differentiating gout from pseudogout. But mined if there are any differences between familial, small HA crystals cannot be seen by light micro- metabolic, and sporadic cases. J Clin Pathol: first
Load more

Recommended publications
  • Updated Treatment for Calcium Pyrophosphate Deposition Disease: an Insight
    Open Access Review Article DOI: 10.7759/cureus.3840 Updated Treatment for Calcium Pyrophosphate Deposition Disease: An Insight Shumaila M. Iqbal 1 , Sana Qadir 2 , Hafiz M. Aslam 3 , Madiha A. Qadir 4 1. Internal Medicine, University at Buffalo / Sisters of Charity Hospital, Buffalo, USA 2. Internal Medicine, S & A Pediatrics, Parsippany, USA 3. Internal Medicine, Seton Hall University / Hackensack Meridian School of Medicine, Trenton, USA 4. Internal Medicine, Jinnah Sindh Medical University, Karachi, PAK Corresponding author: Shumaila M. Iqbal, [email protected] Abstract Calcium pyrophosphate disease (CPPD) is caused by the deposition of calcium pyrophosphate (CPP) crystals in the joint tissues, particularly fibrocartilage and hyaline cartilage. CPP crystals trigger inflammation, causing local articular tissue damage. Our review article below covers different aspects of CPPD. It discusses how CPPD can manifest as different kinds of arthritis, which may be symptomatic or asymptomatic. The metabolic and endocrine disease associations and routine investigations used in the diagnostic workup are briefly reviewed. Conventional and newer therapies for the treatment of CPPD are outlined. Overall, this extensive review would provide an updated insight to clinicians for evidence-based treatment of CPPD. Categories: Rheumatology Keywords: calcium pyrophosphate deposition disease, calcium pyrophosphate crystal, arthritis, colchicine, immunomodulants, nsaid Introduction And Background Calcium pyrophosphate deposition disease (CPPD) is caused by the deposition of calcium pyrophosphate (CCP) crystals in the articular cartilage, resulting in inflammation and degenerative changes in the affected joint. CPPD is a collective term that comprises all the various forms of CPP crystal-induced arthropathies. The acute arthritis attack caused by CPP crystals deposition triggers the same inflammatory reaction in the joint tissues as do the monosodium urate crystals in gout patients.
    [Show full text]
  • ACR Appropriateness Criteria® Chronic Knee Pain
    Revised 2018 American College of Radiology ACR Appropriateness Criteria® Chronic Knee Pain Variant 1: Adult or child greater than or equal to 5 years of age. Chronic knee pain. Initial imaging. Procedure Appropriateness Category Relative Radiation Level Radiography knee Usually Appropriate ☢ Image-guided aspiration knee Usually Not Appropriate Varies CT arthrography knee Usually Not Appropriate ☢ CT knee with IV contrast Usually Not Appropriate ☢ CT knee without and with IV contrast Usually Not Appropriate ☢ CT knee without IV contrast Usually Not Appropriate ☢ MR arthrography knee Usually Not Appropriate O MRI knee without and with IV contrast Usually Not Appropriate O MRI knee without IV contrast Usually Not Appropriate O Bone scan knee Usually Not Appropriate ☢☢☢ US knee Usually Not Appropriate O Radiography hip ipsilateral Usually Not Appropriate ☢☢☢ Variant 2: Adult or child greater than or equal to 5 years of age. Chronic knee pain. Initial knee radiograph negative or demonstrates joint effusion. Next imaging procedure. Procedure Appropriateness Category Relative Radiation Level MRI knee without IV contrast Usually Appropriate O Image-guided aspiration knee May Be Appropriate Varies CT arthrography knee May Be Appropriate ☢ CT knee without IV contrast May Be Appropriate ☢ US knee May Be Appropriate (Disagreement) O Radiography hip ipsilateral May Be Appropriate ☢☢☢ Radiography lumbar spine May Be Appropriate ☢☢☢ MR arthrography knee May Be Appropriate O MRI knee without and with IV contrast Usually Not Appropriate O CT knee with IV contrast Usually Not Appropriate ☢ CT knee without and with IV contrast Usually Not Appropriate ☢ Bone scan knee Usually Not Appropriate ☢☢☢ ACR Appropriateness Criteria® 1 Chronic Knee Pain Variant 3: Adult or child greater than or equal to 5 years of age.
    [Show full text]
  • Imaging in Gout and Other Crystal-Related Arthropathies 625
    ImaginginGoutand Other Crystal-Related Arthropathies a, b Patrick Omoumi, MD, MSc, PhD *, Pascal Zufferey, MD , c b Jacques Malghem, MD , Alexander So, FRCP, PhD KEYWORDS Gout Crystal arthropathy Calcification Imaging Radiography Ultrasound Dual-energy CT MRI KEY POINTS Crystal deposits in and around the joints are common and most often encountered as inci- dental imaging findings in asymptomatic patients. In the chronic setting, imaging features of crystal arthropathies are usually characteristic and allow the differentiation of the type of crystal arthropathy, whereas in the acute phase and in early stages, imaging signs are often nonspecific, and the final diagnosis still relies on the analysis of synovial fluid. Radiography remains the primary imaging tool in the workup of these conditions; ultra- sound has been playing an increasing role for superficially located crystal-induced ar- thropathies, and computerized tomography (CT) is a nice complement to radiography for deeper sites. When performed in the acute stage, MRI may show severe inflammatory changes that could be misleading; correlation to radiographs or CT should help to distinguish crystal arthropathies from infectious or tumoral conditions. Dual-energy CT is a promising tool for the characterization of crystal arthropathies, partic- ularly gout as it permits a quantitative assessment of deposits, and may help in the follow-up of patients. INTRODUCTION The deposition of microcrystals within and around the joint is a common phenomenon. Intra-articular microcrystals
    [Show full text]
  • 21362 Arthritis Australia a to Z List
    ARTHRITISINFORMATION SHEET Here is the A to Z of arthritis! A D Goodpasture’s syndrome Achilles tendonitis Degenerative joint disease Gout Achondroplasia Dermatomyositis Granulomatous arteritis Acromegalic arthropathy Diabetic finger sclerosis Adhesive capsulitis Diffuse idiopathic skeletal H Adult onset Still’s disease hyperostosis (DISH) Hemarthrosis Ankylosing spondylitis Discitis Hemochromatosis Anserine bursitis Discoid lupus erythematosus Henoch-Schonlein purpura Avascular necrosis Drug-induced lupus Hepatitis B surface antigen disease Duchenne’s muscular dystrophy Hip dysplasia B Dupuytren’s contracture Hurler syndrome Behcet’s syndrome Hypermobility syndrome Bicipital tendonitis E Hypersensitivity vasculitis Blount’s disease Ehlers-Danlos syndrome Hypertrophic osteoarthropathy Brucellar spondylitis Enteropathic arthritis Bursitis Epicondylitis I Erosive inflammatory osteoarthritis Immune complex disease C Exercise-induced compartment Impingement syndrome Calcaneal bursitis syndrome Calcium pyrophosphate dehydrate J (CPPD) F Jaccoud’s arthropathy Crystal deposition disease Fabry’s disease Juvenile ankylosing spondylitis Caplan’s syndrome Familial Mediterranean fever Juvenile dermatomyositis Carpal tunnel syndrome Farber’s lipogranulomatosis Juvenile rheumatoid arthritis Chondrocalcinosis Felty’s syndrome Chondromalacia patellae Fibromyalgia K Chronic synovitis Fifth’s disease Kawasaki disease Chronic recurrent multifocal Flat feet Kienbock’s disease osteomyelitis Foreign body synovitis Churg-Strauss syndrome Freiberg’s disease
    [Show full text]
  • View a Copy of This Licence, Visit Iveco​ Mmons.​ Org/​ Licen​ Ses/​ By/4.​ 0/​
    Leyens et al. Orphanet J Rare Dis (2021) 16:326 https://doi.org/10.1186/s13023-021-01945-8 RESEARCH Open Access The combined prevalence of classifed rare rheumatic diseases is almost double that of ankylosing spondylitis Judith Leyens1,2, Tim Th. A. Bender1,3, Martin Mücke1, Christiane Stieber4, Dmitrij Kravchenko1,5, Christian Dernbach6 and Matthias F. Seidel7* Abstract Background: Rare diseases (RDs) afect less than 5/10,000 people in Europe and fewer than 200,000 individuals in the United States. In rheumatology, RDs are heterogeneous and lack systemic classifcation. Clinical courses involve a variety of diverse symptoms, and patients may be misdiagnosed and not receive appropriate treatment. The objec- tive of this study was to identify and classify some of the most important RDs in rheumatology. We also attempted to determine their combined prevalence to more precisely defne this area of rheumatology and increase awareness of RDs in healthcare systems. We conducted a comprehensive literature search and analyzed each disease for the speci- fed criteria, such as clinical symptoms, treatment regimens, prognoses, and point prevalences. If no epidemiological data were available, we estimated the prevalence as 1/1,000,000. The total point prevalence for all RDs in rheumatol- ogy was estimated as the sum of the individually determined prevalences. Results: A total of 76 syndromes and diseases were identifed, including vasculitis/vasculopathy (n 15), arthritis/ arthropathy (n 11), autoinfammatory syndromes (n 11), myositis (n 9), bone disorders (n 11),= connective tissue diseases =(n 8), overgrowth syndromes (n 3), =and others (n 8).= Out of the 76 diseases,= 61 (80%) are clas- sifed as chronic, with= a remitting-relapsing course= in 27 cases (35%)= upon adequate treatment.
    [Show full text]
  • Hemarthrosis
    Case Report DOI: 10.5455/amaj.2016.02.012 Hemarthrosis: Concurrent acute presentation of pyrophosphate dehydrate and uric acid crystals in an elderly patient with a history of rheumatoid ar- thritis diagnosed with septic arthritis Feredun Azari, BS-MD Rauf Shahbazov, MD, PhD* Concomitant septic arthritis in the presence of crystalline disease is a rare presen- tation of acute hemarthrosis and knee pain. Literature review showed that co-occur- Department of Surgery, rence of these entities is an infrequent phenomenon but it needs to be acknowledged University of Virginia, that these studies are few in number and were done on small patient population. This Charlottesville, Virginia, USA case challenges the notion that presence of crystals in the synovial fluid rules out sep- tic arthritis even in the setting of low synovial WBC count. Additionally, the presence Correspondence: of pseudogout in patients suffering from gout is a rare entity as well. These findings Rauf Shahbazov MD, PhD, Organ Trans- in literature are described in case reports dispersed over the past three decades. We plantation Unit, University of Virginia present a case where concurrent treatment of gout, pseudogout, and septic arthritis Medical Center, Charlottesville, Virginia, in a patient who presented with acute hemarhtrosis. USA email: [email protected] Keywords: gout, pseudogout, rheumatoid arthritis, infection Phone: 434-872-1373 Introduction tions [1]. Vigilance is needed to have a low ge related crystal induced arthropathies threshold for ruling out septic arthritis in Aare a common phenomenon presenting this patient population. This is usually done to the primary care office or the emergency via synovial fluid analysis but as demon- department [1,2].
    [Show full text]
  • Mutations in ANKH Cause Chondrocalcinosis Adrian Pendleton,1,2,* Michelle D
    View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Elsevier - Publisher Connector Am. J. Hum. Genet. 71:933–940, 2002 Mutations in ANKH Cause Chondrocalcinosis Adrian Pendleton,1,2,* Michelle D. Johnson,3,* Anne Hughes,1 Kyle A. Gurley,3,* Andrew M. Ho,3 Michael Doherty,4 Josh Dixey,5 Pierre Gillet,7 Damien Loeuille,7 Rodney McGrath,6 Antonio Reginato,8 Rita Shiang,9 Gary Wright,2 Patrick Netter,7 Charlene Williams,6 and David M. Kingsley3 1Department of Medical Genetics, The Queen’s University of Belfast, and 2Department of Rheumatology, Royal Victoria Hospital, Belfast; 3HHMI and Department of Developmental Biology, Stanford University School of Medicine, Stanford CA; 4Academic Rheumatology, City Hospital, Nottingham, United Kingdom; 5Rheumatology, Robert Jones and Agnes Hunt Orthopaedic Hospital, Oswestry, United Kingdom; 6Departments of Medicine and Biochemistry/Molecular Pharmacology, Thomas Jefferson University, Philadelphia; 7UMR 7561 Centre National de la Recherche Scientifique-Universite Henri Poincare et Clinique Rhumatologique, Nancy, France; 8Division of Rheumatology, University of Medicine and Dentistry of New Jersey, Camden; and 9Department of Human Genetics, Virginia Commonwealth University, Richmond Chondrocalcinosis (CC) is a common cause of joint pain and arthritis that is caused by the deposition of calcium- containing crystals within articular cartilage. Although most cases are sporadic, rare familial forms have been linked to human chromosomes 8 (CCAL1)or5p(CCAL2) (Baldwin et al. 1995; Hughes et al. 1995; Andrew et al. 1999). Here, we show that two previously described families with CCAL2 have mutations in the human homolog of the mouse progressive ankylosis gene (ANKH).
    [Show full text]
  • Pseudogout: Uncommon and Under-Recognized
    20 Osteopathic Family Physician (2019) 20 - 22 Osteopathic Family Physician | Volume 11, No. 6 | November/December, 2019 Review ARTICLE Pseudogout: Uncommon and Under-Recognized Scott R. Brown, DO1; Alissa M. Cohen, MS, DO1 1University of Pittsburgh Medical Center, Shadyside Hospital, Pittsburgh, PA KEYWORDS: ABSTRACT: Pseudogout or calcium pyrophosphate deposition (CPPD) disease is an uncommon and often under-recognized presentation in primary care. Patients may initially develop Chondrocalcinosis asymptomatic crystal deposition, but these changes can evolve to synovitis, arthritis, and CPPD cartilage calcification. An initial differential diagnosis includes traditional gout, osteoarthritis, rheumatoid arthritis, septic arthritis, and Lyme disease. Acute attacks of CPPD may be CPPD Disease indistinguishable from these conditions clinically, and a definitive diagnosis requires synovial fluid analysis. Fluid should be microscopically analyzed for cell count, crystal analysis under Calcium Pyrophosphate compensated polarizing microscopy, Gram stain, and culture. CPPD crystals are weakly Deposition Disease birefringent under polarized light and have a rhomboid or rod-shaped appearance. No therapy Pseudogout is proven optimal, so CPPD treatment is instead tailored to symptoms, with goals of controlling acute pain, preventing additional attacks, and impeding the degenerative joint disease associated with CPPD disease arthropathy. Current treatment methods include intra-articular corticosteroid injections, NSAIDs, DMARDs, OMT, and in severe, refractory cases, surgery. INTRODUCTION/EPIDEMIOLOGY asymptomatic crystal deposition, these changes can evolve to synovitis and arthritis, and even cartilage calcification. Given these Calcium Pyrophosphate Deposition disease, also known as features, an initial differential diagnosis includes traditional gout, CPPD disease or Pseudogout, is an uncommon and often osteoarthritis, rheumatoid arthritis, septic arthritis, and Lyme under-recognized presentation in primary care.
    [Show full text]
  • Chondrocalcinosis, Osteophytes and Osteoarthritis
    LEADER 499 Osteoarthritis limitations of the standing anteroposte- ................................................................................... rior radiograph for accurate and repro- Ann Rheum Dis: first published as 10.1136/ard.62.6.499 on 1 June 2003. Downloaded from ducible assessment of JSN in patients with OA.8 The issue concerns the import- Chondrocalcinosis, osteophytes and ance of alignment of the central x ray beam with the plane of the medial tibial osteoarthritis plateau in assessment of tibiofemoral compartment joint space width, a de- K D Brandt crease in which is generally taken as an indication of the radiographic severity of ................................................................................... OA and, in serial examinations, of progression of cartilage damage. Fluoro- Crystals, spurs, and osteoarthritis scopically assisted positioning of the joints to align the tibiofemoral compart- Association between OA and the articular surface in vivo.4 Further- ment (that is, with anterior and posterior chondrocalcinosis more, calcium crystals are phlogistic; margins of the medial tibial plateau An association between osteoarthritis their presence within the joint space and superimposed ±1 mm), as with the tech- 9 (OA) and radiographic evidence of chon- synovium may initiate an inflammatory nique described by Buckland-Wright, is drocalcinosis (CC) has been recognised response.5 associated with a more rapid rate of JSN, for years. Crystals of calcium pyrophos- and smaller standard deviation of the phate dihydrate (CPPD) may be found in Radiography of OA rate of narrowing, than protocols that synovial fluid from patients with OA who The paper by Neame et al in this issue of are less effective in providing tibial 10 are relatively asymptomatic as well as the Annals examines the association plateau alignment.
    [Show full text]
  • Calcium Pyrophosphate Crystal Deposition
    Review Calcium pyrophosphate crystal deposition Even though frequently asymptomatic, for some patients calcium pyrophosphate crystal deposition remains a troublesome disorder; these patients can present with recurrent episodes of painful monoarthritis, with persistent polyarticular inflammation or with mechanical joint pain and osteoarthritic changes. The features of the disease may mimic other rheumatic and nonrheumatic conditions, with misdiagnosis being a common problem. Frequently, calcium pyrophosphate crystal deposition is discovered through the incidental finding of chondrocalcinosis on x‑rays. Despite being a relevant and poorly understood disorder, it has received little attention from the medical community and the flux of new insights is low when compared with other rheumatic diseases. This paper will review calcium pyrophosphate crystal deposition, stressing the significance of recent contributions in terminology, pathogenesis and management. 1 k Eywords: calcium pyrophosphate crystals n chondrocalcinosis n CPPd Francisca Sivera* , n pseudogout n pyrophosphate arthropathy n synovial fluid analysis Mariano Andres2 & Eliseo Pascual2,3 1S. Reumatologia. Hospital de Elda. Arthropathy related to calcium pyrophosphate lanthanic or asymptomatic (type E), pseudo‑ Alicante, Spain 2S. Reumatologia. Hospital General (CPP) dihydrate crystals has received little critical neuropathic (type F) and others [3]. Furthermore Universitario de Alicante. Alicante, attention. In the most typical cases – acute knee the term pyrophosphate arthropathy
    [Show full text]
  • The Relationship Between Vitamin K and Osteoarthritis: a Review of Current Evidence
    nutrients Review The Relationship between Vitamin K and Osteoarthritis: A Review of Current Evidence Kok-Yong Chin Department of Pharmacology, Faculty of Medicine, Universiti Kebangsaan Malaysia, Cheras 56000, Malaysia; [email protected]; Tel.: +603-9145-9573 Received: 10 February 2020; Accepted: 23 April 2020; Published: 25 April 2020 Abstract: Vitamin K is a cofactor of γ-glutamyl carboxylase, which plays an important role in the activation of γ-carboxyglutamate (gla)-containing proteins that negatively regulate calcification. Thus, vitamin K status might be associated with osteoarthritis (OA), in which cartilage calcification plays a role in the pathogenesis of the disease. This review collates the evidence on the relationship between vitamin K status (circulating or dietary intake level of vitamin K, or circulating uncarboxylated gla proteins) and OA from human observational studies and clinical trial, to examine its potential as an agent in preventing OA. The current literature generally agrees that a sufficient level of vitamin K is associated with a lower risk of OA and pathological joint features. However, evidence from clinical trials is limited. Mechanistic study shows that vitamin K activates matrix gla proteins that inhibit bone morphogenetic protein-mediated cartilage calcification. Gla-rich proteins also inhibit inflammatory cascade in monocytic cell lines, but this function might be independent of vitamin K-carboxylation. Although the current data are insufficient to establish the optimal dose of vitamin K to prevent OA, ensuring sufficient dietary intake seems to protect the elderly from OA. Keywords: carboxylation; cartilage; joint; menaquinone; phylloquinone 1. Introduction Osteoarthritis (OA) is a debilitating disease of the movable joints commonly experienced by the elderly.
    [Show full text]
  • Monoarticular Inflammatory Arthritis
    MONOARTICULAR INFLAMMATORY ARTHRITIS Scott Vogelgesang, MD Division of Immunology; Rheumatology and Allergy CASE • 37 year old man awoke this morning at 3 am with a swollen big toe (on the right). He doesn’t remember injuring it. His physical activity and his diet for the previous 3-4 days has been unchanged. He took 2 ibuprofen tablets earlier this morning but it hasn’t helped much. He denies any fever, feeling ill or being around anyone who has been ill. He has never had anything like this before. The pain is 10/10 in intensity and he presented to your urgent care clinic. • PMH: none Tobacco: none Alcohol: 3-5/week Medications: none • Exam: 37.2 ◦ C 95 152/82 He appears uncomfortable. His examination is normal except for his right 1st MTP: What will you do next? …take a moment and discuss with your neighbor… http://www.webmd.com/arthritis/ss/slideshow-gout Arthrocentesis ADDITIONAL DATA • CBC • WBC 10.8 (4-10.5) • Hgb 14.8 • MCV 88 • Plts 352 • Electrolytes • Na 142 • K 4.3 • Cl 104 • CO2 22 • Creatinine 0.8 • ESR (pending) • What is the • CRP 1.2 (< 0.5) diagnosis? • How will you treat? • Uric Acid 4.8 (4.0-7.0) OBJECTIVES • List at least 3 causes of monoarticular arthritis • Know the value of arthrocentesis in the diagnosis of monoarticular arthritis • List the key clinical features of infectious arthritis • List at least one feature that suggests the diagnosis of malignancy • List the most likely joint to be affected by gout • List 2 joints most likely to be affected by CPP Arthritis Keystone – skip outline OUTLINE • Differential Diagnosis • Crystalline arthritis • Infectious arthritis • Pearls (How not to miss…) • Summary • Cases…scattered throughout MONOARTHRITIS: DIFFERENTIAL DIAGNOSIS • Take a minute and discuss with your neighbor – list 5 causes • When we re-convene, shout out potential causes MONOARTHRITIS: DIFFERENTIAL DIAGNOSIS • Infectious arthritis • Autoimmune/Systemic Inflammatory • Crystals diseases (e.g.
    [Show full text]