Elbow Dysplasia Advice Sheet About Elbow Dysplasia Joint Cartilage, Which Cannot Be Seen on Elbow Dysplasia Is a Complex Disease Which X-Ray Or CT

Total Page:16

File Type:pdf, Size:1020Kb

Elbow Dysplasia Advice Sheet About Elbow Dysplasia Joint Cartilage, Which Cannot Be Seen on Elbow Dysplasia Is a Complex Disease Which X-Ray Or CT Elbow Dysplasia Advice Sheet About Elbow Dysplasia joint cartilage, which cannot be seen on Elbow dysplasia is a complex disease which x-ray or CT. results from a group of genetic conditions which cause parts of the elbow joint to Surgical treatment of cartilage develop abnormally, resulting in abnormal abnormalities can be performed as part of articulation of the “hinge” elbow joint this procedure if required. between the humerus (upper arm bone) and the radius and ulna (lower arm bones). The severity of the signs of elbow Over time, the cartilage becomes damaged, dysplasia on and osteoarthritis develops. diagnostic imaging and arthroscopy does Clinical Signs not always correlate Elbow dysplasia commonly affects large to the severity of breed dogs, such as Labradors, German clinical signs. Fragmented Shepherds, Bernese Mountain Dogs, Rottweilers and Golden Retrievers. coronoid process Clinical signs include; • Forelimb lameness and stiffness after rising or strenuous exercise • Reduced range of motion • Pain on manipulation of the elbow joint may be found on orthopaedic examination, on one or both elbows Investigation X-rays of the elbows are used to demonstrate the degree to which the elbow formation is abnormal, some of the types of abnormalities present and the presence and severity of secondary osteoarthritis. In some dogs the x-rays may be normal. CT reconstruction of elbow with severe A computed tomography (CT) scan may osteoarthritis secondary to elbow dysplasia be suggested to further Treatment assess joint congruency (how well the joint Conservative Treatment “fits” together) and to identify small bone Non-surgical treatment of elbow fragments. dysplasia cannot address the underlying developmental abnormalities of the Arthroscopy of the joint (keyhole surgery) affected joints, but focusses on managing may be recommended to evaluate the the associated osteoarthritis. Elbow Dysplasia Advice Sheet Surgical Treatment unload the inside of the elbow joint and Arthroscopy improve how the elbow joint fits together. Arthroscopy is a “keyhole surgery” procedure that involves placing a camera PAUL into the affected joint in order to view An alternative osteotomy procedure is the cartilage lesions and potentially remove or proximal abducting ulnar osteotomy (PAUL). treat damaged areas of cartilage. This is reserved for patients with severe cartilage damage of the inside of the elbow The removal of damaged cartilage and (medial part). The ulnar bone fragments during arthroscopic is cut and a specially treatment of the affected joints appears to designed stepped variably improve patient comfort. plate is used to unload the medial part of the However, further development of elbow joint. Although osteoarthritis is unfortunately inevitable, there is little objective resulting in progressive lameness. published data, studies report an improvement Following arthroscopy, your pet’s lameness in lameness over a may initially be a little worse on the period of around 6 affected leg, but should improve fairly months. quickly. X-rays of the stepped plates Your pet will need to have two weeks of strict rest to allow the joint capsule to heal Total Elbow Replacement again before starting a gradual exercise Some dogs with severe osteoarthritis may programme. not be a candidate for a DUPO or PAUL. A total elbow replacement is a salvage (“last Complications following arthroscopy resort”) procedure for dogs with long term include seroma formation (accumulation of elbow pain who have not responded to fluid under the skin) and infection (less than conservative treatment, such as pain relief 0.1% of cases). and exercise modification. Osteotomy Procedures The aim of the procedure is to allow dogs Dynamic proximal ulnar osteotomy (DUPO) with severely compromised mobility and is a procedure that may be considered in elbow pain to return to exercise. A recent some dogs where the elbow joint does fit multi-centre study showed the major together properly. This ‘imperfect jigsaw’ complication rate of this procedure is very may mean that the medial (inside) part of high. At the current time we are not offering the joint has excessive load placed through total elbow replacements at Langford Vets. it when walking, eventually leading to A new generation of improved implants are inflammation and osteoarthritis. By cutting being developed so we hope to be able to the ulnar at a specific location we aim to offer this as an option again in the future. Contact Us T: 0117 394 0513 / 0514 E: [email protected] langfordvets.co.uklangfordvets.co.uk.
Recommended publications
  • Surgical Treatment of Canine Elbow Dysplasia (MCPD, UAP, OCD, EI)
    PROCEEDINGS 33rd annual meeting of the INTERNATIONAL ELBOW WORKING GROUP September 24th 2018 WSAVA-FASAVA congress, Marina Bay Sands Congress Venue, Singapore. Welcome at the 33rd meeting of the International Elbow Working Group The International Elbow Working Group (IEWG) is an affiliate of the World Small Animal Veterinary Association (WSAVA). The board of the IEWG is therefore very grateful to the organisers of the 43rd WSAVA congress and the 9th FASAVA congress, in particular to Dr Shane Ryan, chairman of the Congress Committee, and Dr Frédéric Gaschen, chairman of the Congress Scientific Program Committee to be invited and facilitated in organizing a seminar during the pre-congress meeting of the WSAVA-2018 congress. By this invitation, the WSAVA underpins the importance of the role of the IEWG to perform the task of exchanging important information to the world veterinary community regarding the causes, prevalence, screening, therapy and prevention of one of the most important non-traumatic diseases of the locomotion system in dogs. The IEWG fulfils this task by organizing annual meetings with the help of esteemed scientist in the field of genetics, radiology, orthopedic surgery, and related fields to present the newest science and overviews on Elbow Dysplasia. Earlier this month, the IEWG had a seminar at the World Veterinary Orthopedic Congress, a joined meeting of the European Society of Veterinary Orthopedics and Traumatology (ESVOT) and the American Veterinary Orthopedic Society (VOS), with participants of European countries and the America’s. The IEWG is happy to be able to share new information with participants of the Asian and other countries coming together in Singapore.
    [Show full text]
  • Sokoto Journal of Veterinary Sciences Preliminary Evaluation Of
    Sokoto Journal of Veterinary Sciences, Volume 17 (Number 2). June, 2019 RESEARCH ARTICLE Sokoto Journal of Veterinary Sciences (P-ISSN 1595-093X: E-ISSN 2315-6201) http://dx.doi.org/10.4314/sokjvs.v17i2.6 Ajadi & Doyin-Dada./Sokoto Journal of Veterinary Sciences, 17(2): 45 - 53. Preliminary evaluation of prevalence of hip and elbow dysplasia in Boerboel dogs RA Ajadi *& OA Doyin-Dada Department of Veterinary Medicine and Surgery, Federal University of Agriculture, Abeokuta PMB 2240, Alabata Road, Abeokuta, Ogun State, Nigeria *Correspondence: Tel.: +2347033800326; E-mail: [email protected] Copyright: © 2019 Abstract Ajadi & Doyin-Dada. Hip dysplasia (HD) and elbow dysplasia (ED) are developmental diseases that affect This is an open-access large breed of dogs disproportionately. Despite the large size of Boerboel dogs, there article published under are no breed prevalence for HD and ED in Nigeria. This study provides preliminary the terms of the information about HD and ED prevalence in Boerboels. Twenty Boerboels of both Creative Commons sexes were evaluated. Ventrodorsal radiographs of the hip joint and flexed lateral Attribution License radiographs of elbow joint were made from each dog, using digital technology. Hip which permits grading was done using the Fédération Cynologique Internationale system (World unrestricted use, Canine Organization), assigning grades ranging from A - E. Elbow radiographs were distribution, and graded based on the International Elbow Working Group criteria, and scores ranging reproduction in any from 0-3 were assigned. Prevalence of HD and ED were expressed as percentages. medium, provided the original author and Age and sex difference were compared using a chi square test.
    [Show full text]
  • Elbow Dysplasia in Dogs
    Elbow dysplasia in dogs Revised by Gary Clayton Jones BVetMed DSAO DVR FRCVS with additional graphics by Jonathan Clayton Jones The British Veterinary Association and the Kennel Club — working together for excellence in canine health Elbow dysplasia has been identified as a significant problem in many breeds. Importantly, the condition appears to be increasing worldwide. It begins in puppyhood, and can affect the dog for the rest of its life The ‘flexed mediolateral’ view is a side-on view of the elbow. This view allows examination of the secondary changes in ED which occur in the shaded areas. Note how some of the shaded areas here are overlaid by other structures, which makes them difficult to examine eterinary surgeons have been Once the dog reaches skeletal maturity disease in that they have primary lesions aware for many years of a number the primary lesions may stabilise. However, or osteoarthritis in their elbows but do not of conditions that begin in puppies once abnormal development has started appear obviously lame. Some dogs will be and cause lameness. Hip dysplasia with a primary lesion, further secondary symmetrically lame in each foreleg, which Vwas the first such disease to be widely changes follow, in particular, abnormal wear can be very difficult to see. Fortunately, these recognised and a scheme for its assessment of the joint surfaces and osteoarthritis subclinical dogs can often be identified by and control is well established in the UK. (sometimes termed arthrosis, or degenerative taking radiographs (X-ray images) of their Elbow dysplasia (ED) is a significant problem joint disease — DJD).
    [Show full text]
  • Proceedings 2012
    PROCEEDINGS 27th annual meeting of the INTERNATIONAL ELBOW WORKING GROUP April 11th 2012 ICC, hall 7b Birmingham, UK The International Elbow Working Group acknowledges the financial support by HILL’S PET NUTRITION 27th annual meeting IEWG, Birmingham UK, April 11th 2012, p 2 WELCOME ADDRESS Birmingham, April 2012 Dear IEWG-congress participant, The International Elbow Working Group (IEWG) has been founded by a group of veterinarians and dog breeders in Davis, CA, U.S.A. in 1989 with the aim to increase the knowledge on and awareness of elbow disease in dogs, and to support all stakeholders in disseminating new knowledge in this field. The interest in hereditary aspects of elbow dysplasia (ED) has been increasing ever since both among breeders and veterinary surgeons and radiologists alike. ED has been recognized as a cause of lameness in a large variety of dog breeds with an incidence as high as 50% of the screened dogs. Published data on prevalence vary depending on breed and country. These discrepancies can be a matter of screening bias (e.g. not including dogs suffering from the disease and treated at a young age, or not submitting films of affected dogs for official screening), of improvement gained by the implementation of breeding restrictions for affected dogs, or may be caused by different screening or grading modes. The latter emphasizes the necessity of uniform grading, preferably by the protocol introduced and refined by IEWG and in use in many countries for many years. Some research groups are in a process of performing molecular genetic research in the field of canine elbow dysplasia, to use the results in the future for screening of potential breeding stock.
    [Show full text]
  • Genetic and Phenotypic Analysis of Elbow Dysplasia in Four Large Swedish Dog Breeds – an Evaluation of the Screening Programme and Clinical Symptoms
    Genetic and phenotypic analysis of elbow dysplasia in four large Swedish dog breeds – an evaluation of the screening programme and clinical symptoms Genetisk och fenotypisk analys av armbågsdysplasi hos fyra storvuxna svenska hundraser – en evaluering av hälsoprogrammet och kliniska besvär Anna Medved Master Thesis • 30 hp Swedish University of Agricultural Sciences, SLU Department of Animal Breeding and Genetics Agriculture Programme – Animal Science Uppsala 2020 Genetic and phenotypic analysis of elbow dysplasia in four large Swedish dog breeds – an evaluation of the screening programme and clinical symptoms Genetisk och fenotypisk analys av armbågsdysplasi hos fyra storvuxna svenska hundraser – en evaluering av hälsoprogrammet och kliniska besvär Anna Medved Supervisor: Katja Nilsson, Swedish University of Agricultural Sciences, Department of Animal Breeding and Genetics Assistant supervisor: Sofia Malm, Geneticist at the Swedish Kennel Club Assistant supervisor: Nils Lundeheim, Swedish University of Agricultural Sciences, Department of Animal Breeding and Genetics Examiner: Erling Strandberg, Swedish University of Agricultural Sciences, Department of Animal Breeding and Genetics Credits: 30 hp Level: A2E Course title: Independent Project in Animal Science Course code: EX0872 Programme/education: Agriculture Programme – Animal Science Course coordinating dept: Place of publication: Uppsala Year of publication: 2020 Cover picture: Svenska Kennelklubben Keywords: elbow dysplasia, screening, fragmented coronoid process, osteochondritis dissecans, ununited anconeal process, elbow incongruity Swedish University of Agricultural Sciences Faculty of Veterinary Medicine and Animal Science (VH) Department of Animal Breeding and Genetics Archiving and publishing Approved students’ theses at SLU are published electronically. As a student, you have the copyright to your own work and need to approve the electronic publishing. When you have approved, metadata and full text of your thesis will be visible and searchable online.
    [Show full text]
  • Australian Cattle Dog Health Testing
    AUSTRALIAN CATTLE DOG HEALTH TESTING “BREEDER OF HEART” REQUIREMENTS All purebred or mixed breed dogs can have genetic and other health issues. Testing the sire and dam before breeding is a way to decrease the frequency of or prevent disorders. Your breeder should be willing and able to discuss health and genetic issues found in your chosen breed. Your breeder should also be willing to show you the proof of testing. They should be able to verify which dogs the tests relate to through means such as microchips or tattoos that correspond to the test results. They should be willing to give you copies of tests related to your new dog. Look at what the actual test results say and do your research at sites like http://www.offa.org (Orthopedic Foundation for Animals) and http://www.acdhew.org (Australian Cattle Dog Health, Education and Welfare) to understand what they mean. Even if your breeder does all suggested testing, health challenges may still arise as these are living creatures, not machines. However, as a result of testing the parents and careful breeding based on testing, the likelihood of getting a healthy puppy is higher. Testing should be done on the sire and dam before breeding as described below. Some tests can also be performed on puppies, as noted. On DNA tests, the point is to avoid producing “affected” dogs. “Carriers” of disorders can make perfectly fine pets but should only be bred to “clear” dogs to avoid producing more “affected” dogs. Sometimes the breeder has done generations of tests to produce “obligate” clear dogs so the puppies themselves are no longer tested for certain disorders.
    [Show full text]
  • Assessment of Canine Elbow Joint for Osteoarthritis and Treatment with Synovetin OA®
    Assessment of Canine Elbow joint for osteoarthritis and treatment with Synovetin OA® Steven M. Fox, MS, DVM, MBA, PhD PAIN Pain is the clinical sign most frequently associated with osteoarthritis (OA).1 The clinical manifestation of this pain is lameness. When an animal presents with clinical lameness, a determination must be made whether the animal is unable to use the limb or is unwilling to use the limb. Inability to use the limb may be attributable to musculoskeletal changes, such as joint contracture or muscle atrophy. These anomalies are best addressed with physical rehabilitation. On the other hand, unwillingness to use a limb is most often attributable to pain. Herein, lameness is an avoidance behavior. Ironically, articular cartilage is frequently the focus of studies regarding OA. However, clinical treatment of the OA patient is most often focused on the alleviation of pain. Appreciating that articular cartilage is aneural, the focus of OA pain management resides in the periarticular structures. No pain is elicited by stimulation of cartilage, and stimulation of normal synovial tissue rarely evokes pain.2 OA pain is the result of a complex interplay between structural change, biochemical alterations, peripheral and central pain-processing mechanisms, and individual cognitive processing of nociception. The source of pain in the joint ‘organ’ is multifocal: direct stimulation of the joint capsule and bone receptors by cytokines/ligands of inflammatory and degradative processes, physical stimulation of the joint capsule from distension (effusion) and stretch (laxity, subluxation, abnormal articulation), physical stimulation of subchondral bone from abnormal loading, and (likely) physical stimulation of muscle, tendon, and ligaments.
    [Show full text]
  • Elbow Dysplasia
    Examining Elbow Dysplasia Prepared by the Orthopedic Foundation for Animals lbow dysplasia has been found in 78 breeds Etiology evaluated by the Orthopedic Foundation for Animals, which opened its ED database in The exact mechanism of these abnormalities has not been E 1990. The incidence of elbow dysplasia in these clearly defined. breeds ranged from 1.2 to 47.9 percent of the There are two different theories for the resulting lesions. The evaluated dogs. first theory, proposed by Olsson, was that all three disorders Elbow dysplasia can lead to lameness or abnormal gait, but are manifestations of osteochondrosis. Osteochondrosis is a a number of affected dogs show no obvious clinical mani- disturbance of endochondral ossification, which is the for- festations. Three factors produce elbow dysplasia, either mation of bone through the ossification of cartilage. In the singularly or in any combination. area of the abnormality, there is a thickening of the cartilage due to deprivation of nutrients supplied to the chondrocytes Elbow dysplasia can be extremely debilitating, but there is by diffusion from the synovial fluid. The cells at the bottom no satisfactory medical protocol or surgical procedure that of the thickened area do not receive adequate nutrition and can significantly alter the progression of the disorder or cure become necrotic, hence the cartilage in this area will not be it. This makes it increasingly important to reduce the inci- attached to the underlying bone. Movement of the bones in dence of the disease through selective breeding, which has the joint provide the forces necessary to break this thickened been shown to reduce its incidence.
    [Show full text]
  • (IFRAME) Osteochondritis Dissecans Or OCD in Dogs
    Westgate Pet Clinic 4345 France Ave South, Minneapolis, MN, 55410 Phone: 612-925-1121 Fax: 612-925-6297 Email: [email protected] Website: www.westgatepetclinicmn.com Osteochondritis Dissecans or OCD in Dogs What is osteochondritis dissecans? The term osteochondrosis refers is an abnormal development of the cartilage on the end of a bone in the joint Osteochondritis dissecans (OCD or OD) is an inflammatory condition that occurs when the diseased cartilage separates from the underlying bone. It most commonly affects the shoulder joint but the elbow, hip, or knee (stifle) may also be involved. Which dogs are likely to be affected by this condition? This is a developmental disease that occurs in rapidly growing medium to large breed dogs typically between 6 and 9 months of age, and may occur more often in male dogs. "...limiting dietary intake of energy and calcium reduces the incidence of this condition..." This disease is more common in dogs receiving too much energy and calcium in the diet. Studies have shown that limiting dietary intake of energy and calcium reduces the incidence of this condition, and of other developmental orthopedic conditions. What are the symptoms of OCD? Dogs that are affected with OCD typically limp or are lame in the affected leg or legs. During an orthopedic examination, when pressure is applied to the affected joint, or when the joint is manipulated, the dog will often cry out in pain. The affected joint may be swollen and warm to the touch. In some cases, the lameness may be mild and intermittent while in other cases, the dog may be in constant pain, and avoids bearing weight on the affected leg.
    [Show full text]
  • Elbow Dysplasia in the Dog: Pathophysiology, Diagnosis and Control
    Review article — Oorsigartikel Elbow dysplasia in the dog: pathophysiology, diagnosis and control R M Kirbergera and S L Fouriea elbow incongruity, probably as result of ABSTRACT small growth abnormalities of the long Elbow dysplasia is a non-specific term denoting abnormal development of the elbow. Elbow bones making up the elbow joint32. The dysplasia encompasses the clinical and radiographic manifestation of ununited anconeal cartilaginous growth disturbance is likely process, fragmented medial coronoid process, osteochondritis dissecans, erosive cartilage to have genetic and environmental, lesions and elbow incongruity. The net result is elbow arthrosis, which may be clinically mainly traumatic, and nutritional inapparent or result in marked lameness. These conditions may be diagnosed by means of causes31. The most important nutritional routine or special radiographic views and other imaging modalities, or the precise cause of factors are an excess supply of energy and the arthrosis or lameness may remain undetermined. Breeds most commonly affected are 31 the rottweiler, Bernese mountain dog, Labrador and golden retriever and the German relative over-nutrition with calcium . shepherd dog. Certain breeds are more susceptible to a particular form of elbow dysplasia Trauma is usually minimal and associated and more than 1 component may occur simultaneously. The various conditions are thought with hyperactivity or excessive body 31 to result from osteochondrosis of the articular or physeal cartilage that results in disparate weight . Figure 1 denotes the relationship growth of the radius and ulna. Heritability has been proven for this polygenic condition of factors involved in elbow dysplasia and and screening programmes to select suitable breeding stock have been initiated in several the development of arthrosis.
    [Show full text]
  • Update on Diagnostic Imaging in Elbow Disease. I
    Update on diagnostic imaging in elbow disease. I. Gielen, B. Van Ryssen, H. van Bree Department of Medical Imaging & Small Animal Orthopaedics. Veterinary Faculty Ugent Elbow dysplasia (ED) is characterized by varying degrees of elbow incongruity, bony fragments (bone chips), and ultimately, severe arthrotic change. The term was introduced to describe generalized osteoarthrosis (arthrosis) of the elbow joint in which the anconeal process may be ununited (UAP), the medial coronoid of the ulna may be fragmented (FCP), and osteochondrosis of the humeral condyle (OCD) may be present. These three aetiologies resulting in ED can be present individually, but it is important to note that there can be considerable overlapping in their presence. In diagnosing ED there a two different issues: there is the need for selecting ED free breeding stock and there is the diagnosis of the condition in the individual patient presented for forelimb lameness. For selection purposes, most of the time the secondary degenerative joint (DJD) changes are scrutinised by means of radiographs and mostly the individuals are not suffering lameness. For the individual patient the early diagnosis of the primary lesion is very important because an early treatment guaranties a better prognosis. The diagnosis of elbow dysplasia in lame dogs is made from a combination of clinical signs, palpation (manipulation) of the joints, and medical imaging. A wide range of imaging options is now available but the “perfect” imaging protocol does not exist because each modality has his strengths and limitations. Economic considerations will also have to be taken into account. In case where the clinical examination is not providing a clear localisation or in case of uncertain radiographic findings, scintigraphy is a useful technique to localise the cause of lameness.
    [Show full text]
  • University of Florida Thesis Or Dissertation Formatting
    CONTACT MECHANICS AND THREE-DIMENSIONAL ALIGNMENT OF NORMAL DOG ELBOWS By LAURA C. CUDDY A THESIS PRESENTED TO THE GRADUATE SCHOOL OF THE UNIVERSITY OF FLORIDA IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF SCIENCE UNIVERSITY OF FLORIDA 2011 1 © 2011 Laura Cuddy 2 To my family 3 ACKNOWLEDGMENTS To the UF Surgery Service, my surrogate family, I am eternally grateful for the opportunity to train in one of the best residency programs worldwide. I hope I make you proud. To my mentors, Dr. Dan Lewis and Dr. Antonio Pozzi for their intellectual support, dedication and hard work. To Dr. Bryan Conrad and Dr. Scott Banks, for the many long and frustrating hours spent analyzing kinematic data. To Dr. MaryBeth Horodyski for her consistent and cheerful guidance with statistical analysis. To my fellow Irishman Dr. Noel Fitzpatrick for his intellectual and financial contributions, without which this study would not have been possible. To the UF College of Veterinary Medicine Graduate Office for their financial support and guidance. To my resident mates, past and present, thank you for all your support and guidance during our journey. To my family, for their continuing support and encouragement. 4 TABLE OF CONTENTS page ACKNOWLEDGMENTS .................................................................................................. 4 LIST OF TABLES ............................................................................................................ 7 LIST OF FIGURES .........................................................................................................
    [Show full text]