Diagnosis and Management of Lameness in the Horse
Mike W. Ross, DVM, DACVS
Sue J. Dyson, MA, VetMB, PhD, DEO, FRCVS
Sue J. Dyson, MA, VetMB, PhD, DEO, FRCVS
- Home
- References
- PART I: DIAGNOSIS OF LAMENESS
- Section 1: The Lameness Examination
- Ch1. Lameness Examination: Historical Perspective
- Ch2. Lameness in Horses: Basic Facts Before Starting
- Ch3. Anamnesis (History)
- Ch4. Conformation and Lameness
- Ch5. Observation: Symmetry and Posture
- Ch6. Palpation
- Ch7. Movement
- Ch8. Manipulation
- Ch9. Applied Anatomy of the Musculoskeletal System
- Ch10. Diagnostic Analgesia
- Ch11. Neurological Examination and Neurological Conditions Causing Gait Deficits
- Ch12. Unexplained Lameness
- Ch13. Assessment of Acute-Onset, Severe Lameness
- Ch14. The Swollen Limb
- Section 2: Diagnostic Imaging
- Ch15. Radiography and Radiology
- Ch16. Ultrasonographic Evaluation of the Equine Limb: Technique
- Ch17. Ultrasonographic Examination of Joints
- Ch18. Ultrasonography and Orthopedic (Nonarticular) Disease
- Ch19. Nuclear Medicine
- Ch20. Computed Tomography
- Ch21. Magnetic Resonance Imaging
- Ch22. Gait Analysis for the Quantification of Lameness
- Ch23. Arthroscopic Examination
- Ch24. Tenoscopy and Bursoscopy
- Ch25. Thermography: Use in Equine Lameness
- Section 1: The Lameness Examination
- PART II: THE FOOT
- Ch26. The Biomechanics of the Equine Limb and Its Effect on Lameness
- Ch27. The Foot and Shoeing
- Ch28. Trauma to the Sole and Wall
- Ch29. Functional Anatomy of the Palmar Aspect of the Foot
- Ch30. Navicular Disease
- Ch31. Fracture of the Navicular Bone and Congenital Bipartite Navicular Bone
- Ch32. Primary Lesions of the Deep Digital Flexor Tendon within the Hoof Capsule
- Ch33. The Distal Phalanx and Distal Interphalangeal Joint
- Ch34. Laminitis
- PART III: THE FORELIMB
- PART IV: THE HINDLIMB
- PART V: THE AXIAL SKELETON
- PART VI: DEVELOPMENTAL ORTHOPEDIC DISEASE AND LAMENESS
- Ch54. Pathogenesis of Osteochondrosis
- Ch55. The Role of Nutrition in Developmental Orthopedic Disease: Nutritional Management
- Ch56. Diagnosis and Management of Osteochondrosis and Osseous Cystlike Lesions
- Ch57. Physitis
- Ch58. Angular Limb Deformities
- Ch59. Flexural Limb Deformities in Foals
- Ch60. Cervical Stenotic Myelopathy
- PART VII: ARTHRITIS
- Ch61. Osteoarthritis
- Ch62. Markers of Osteoarthritis: Implications for Early Diagnosis and Monitoring of the Pathological Course and Effects of Therapy
- Ch63. Gene Therapy
- Ch64. Models of Equine Joint Disease
- Ch65. Infectious Arthritis and Fungal Infectious Arthritis
- Ch66. Noninfectious Arthritis
- Ch67. Other Joint Conditions
- PART VIII: THE SOFT TISSUES
- Ch68. Pathophysiology of Tendon Injury
- Ch69. Superficial Digital Flexor Tendonitis
- Ch70. The Deep Digital Flexor Tendon
- Ch71. Injuries of the Accessory Ligament of the Deep Digital Flexor Tendon
- Ch72. The Suspensory Apparatus
- Ch73. Clinical Use of Stem Cells, Marrow Components, and Other Growth Factors
- Ch74. Diseases of the Digital Flexor Tendon Sheath, Palmar Annular Ligament, and Digital Annular Ligaments
- Ch75. The Carpal Canal and Carpal Synovial Sheath
- Ch76. The Tarsal Sheath
- Ch77. Extensor Tendon Injury
- Ch78. Curb
- Ch79. Bursae and Other Soft Tissue Swellings
- Ch80. Other Soft Tissue Injuries
- Ch81. Tendon Lacerations
- Ch82. Soft Tissue Injuries of the Pastern
- Ch83. Skeletal Muscle and Lameness
- PART IX: THERAPEUTICS
- PART X: LAMENESS IN THE SPORTS HORSE
- Section 1: Poor Performance
- Section 2: The Racehorse
- Ch99. The Sales Yearling
- Ch100. Pathophysiology and Clinical Diagnosis of Cortical and Subchondral Bone Injury
- Ch101. Bone Biomarkers
- Ch102. The Bucked-Shin Complex
- Ch103. On-the-Track Catastrophes in the Thoroughbred Racehorse
- Ch104. Catastrophic Injuries
- Ch105. Track Surfaces and Lameness: Epidemiological Aspects of Racehorse Injury
- Ch106. The North American Thoroughbred
- Ch107. The European Thoroughbred
- Ch108. The North American Standardbred
- Ch109. The European and Australasian Standardbreds
- Ch110. The Racing Quarter Horse
- Ch111. Lameness in the Arabian Racehorse: Middle East and North America
- Ch112. National Hunt Racehorse, Point to Point Horse, and Timber Racing Horse
- Ch113. The Finnish Horse and Other Scandinavian Cold-Blooded Trotters
- Section 3: Nonracing Sports Horses
- Ch114. Prepurchase Examination of the Performance Horse
- Ch115. Lameness in the Show Hunter and Show Jumper
- Ch116. Lameness in the Dressage Horse
- Ch117. Lameness in the Three Day Event Horse
- Ch118. Lameness in Endurance Horses
- Ch119. Lameness in the Polo Pony
- Ch120. The Western Performance Horse
- Ch121. Walking Horses
- Ch122. Lameness in the American Saddlebred and Other Trotting Breeds with Collection
- Ch123. Lameness in the Arabian and Half-Arabian Show Horse
- Ch124. Lameness in the Driving Horse
- Ch125. Lameness in Draft Horses
- Ch126. Lameness in the Pony
- Ch127. Lameness in Breeding Stallions and Broodmares
- Ch128. Lameness in Foals
- Ch129. Pleasure Riding Horse
- PART I: DIAGNOSIS OF LAMENESS
- Videos
- Normal Gait
- Unilateral Forelimb Lameness
- Bilateral Forelimb Lameness
- Effect of Circling on Forelimb Lameness
- Hindlimb Lameness Without a Head and Neck Nod
- Hindlimb Lameness with an Associated Head and Neck Nod
- Bilateral Hindlimb Lameness
- Effect of Circling on Hindlimb Lameness
- Concurrent Forelimb and Hindlimb Lameness
- Left forelimb and left hindlimb lameness
- Left forelimb and left hindlimb lameness in a Standardbred racehorse
- Left hindlimb and right forelimb lameness causing a "rocking-type" gait
- Left hindlimb and right forelimb lameness in a trotter before and after low plantar diagnostic analgesia
- Bilateral hindlimb and mild forelimb lameness in a Thoroughbred racehorse with mal- or nonadaptive subchondral bone remodeling
- Other Aspects of Hindlimb Lameness
- Neurological Gait Deficits
- Mechanical Gait Deficits
- Esoteric Gait Abnormalities
- Image Collection
- Author Bios
- Buy Now!
Ch21. Magnetic Resonance Imaging
Ch21. Magnetic Resonance Imaging
- Murray R, Mair T: Use of magnetic resonance imaging in lameness diagnosis in the horse, In Practice 27:138, 2005.
- Dyson S, Murray R: Magnetic resonance imaging of the equine foot, Clin Tech Equine Pract 6:46, 2007.
- Dyson S, Murray R: Magnetic resonance imaging of the equine fetlock, Clin Tech Equine Pract 6:62, 2007.
- Murray R: The equine carpus, Clin Tech Equine Pract 20:390, 2007.
- Branch M, Murray R, Dyson S, et al: Magnetic resonance imaging of the equine tarsus, Clin Tech Equine Pract 6:96, 2007.
- Judy C, Saveraid T, Rick M, et al: Magnetic resonance imaging of the equine stifle in a clinical setting. Proceedings of the American College of Veterinary Surgeons Surgical Summit, Washington, September 2007.
- Murray R, Dyson S: Image interpretation and artifacts, Clin Tech Equine Pract 6:16, 2007.
- Busoni V, Snaps F, Trenteseaux J, et al: Magnetic resonance imaging of the palmar aspect of the equine podotrochlear apparatus: normal appearance, Vet Radiol Ultrasound 45:198, 2004. PUBMED Abstract
- Smith M, Dyson S, Murray R: Is a magic angle effect observed in the collateral ligaments of the distal interphalangeal joint or the oblique sesamoidean ligaments during standing low field magnetic resonance imaging? Vet Radiol Ultrasound 49:509, 2008. PUBMED Abstract
Contact and support
Terms and conditions
All rights are reserved, including those for text and data mining, AI training, and similar technologies.
Cookies are used by this site. Visit the Cookie page.
Copyright © 2011, 2003 Saunders, an imprint of Elsevier inc, its licensors, and contributors.All rights are reserved, including those for text and data mining, AI training, and similar technologies.
