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Tutorials

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  • “Down on Sound”
  • Abatement of Lameness with Increased Speed
  • Abnormal Bearing of the Median Anatomy
  • Abrupt Patellar Release
  • Altered Stride Tempo
  • Assessing the Flight Path of the Limb(s)
  • Assessing the Head, Neck and Withers to Detect Lameness
  • Assessing the Tempo of Stride
  • Associated Lameness: Sore Carpus Precipitates Brachiocephalicus Myositis
  • Associated Lameness: Sore Hock Precipitates Whorlbone at Hip
  • Asymmetry in Median Rotation
  • Axial Dorsiflexion
  • Axial Drifting
  • Axial Lameness: General Stiffness and Resistance to Movement
  • Axial Suppression of Asymmetric Movement
  • Biceps Brachii Myositis
  • Bilateral Forelimb Lameness May Prompt Longeing Horses to “Look Outwardly”
  • Bilateral Suppression of Weight Transfer
  • Cases in Which Weight-bearing Lameness is Exacerbated on the Outside of a Turn or Circle
  • Caudal Component of Stride Shortened with Weight-Bearing Lameness
  • Collapse of the Fore Stay-Apparatus
  • Collapse of the Hind Stay-Apparatus
  • Compromise of the Suspensory Apparatus
  • Cranial and Caudal Components of Stride Shortened with Combination Lameness
  • Cranial Component of Stride Shortened with Non Weight-Bearing Lameness
  • Decreased Pelvic “Push” During Protraction of the Lame Hind Limb
  • Deep Digital Flexor Tendon (DDFT) Rupture
  • Delayed Patellar Release
  • Delayed Patellar Release Generating “Thoracic Skip” in Ipsilateral Forelimb
  • Diagonal Synchrony of Movement
  • Employing the Q&A Method During Visual Lameness Assessment: A Case Study
  • Exacerbation of Non Weight-bearing Lameness in Soft Footing
  • Exacerbation of Non Weight-bearing Lameness on the Outside of a Turn or Circle
  • Exacerbation of Weight-bearing Lameness on Hard Footing
  • Exacerbation of Weight-bearing Lameness on the Inside of a Turn or Circle
  • Exaggerated Engagement of the Hind Stay-Apparatus While Walking Downhill
  • Exaggerated Hind Foot Impact as a Result of Neurologic Disease
  • Excessive Depression of the Hind Toe into the Footing
  • Fetlock “Drop” as a Direct Indicator of Lameness
  • Fetlock “Drop” as an Indirect Indicator of Lameness
  • Fibrotic Myopathy Generating Distinctive Hind Limb Gait Deficit
  • Fibrotic Myopathy of the Hamstring Musculature
  • Fibrotic Myopathy of the Hamstring Musculature
  • Fore Non Weight-bearing Lameness Generating Contralateral Referred Hind Non Weight-bearing Lameness
  • Fore Weight-bearing Lameness Generating Contralateral Referred Hind Weight-bearing Lameness
  • Forelimb Weight-bearing Lameness Exacerbated During Deceleration
  • Four-beat Gaited Lameness
  • Gait Influence on the Perceived Severity of Lameness
  • Heavy on the Forehand
  • Heel-First Foot Landing Due to Toe Pain
  • Hind Combination Lameness Generating Distinctive, Ipsilateral Referred Fore Lameness
  • Hind Limb Circumduction
  • Hind Non Weight-bearing Lameness Generating Contralateral Referred Fore Non Weight-bearing Lameness
  • Hind Weight-bearing Lameness Generating Ipsilateral Referred Fore Weight-bearing Lameness
  • Hypermetric Stride
  • Hypometric Stride
  • Increased Descent and Rotation of the Croup During Stance of the Sound Hind Limb
  • Increased Descent of the Head, Neck and Thorax During Stance of the Sound Forelimb
  • Increased Elevation of the Head, Neck and Thorax During Protraction of the Lame Forelimb
  • Increasing the Horse’s Velocity to Reveal Non Weight-bearing “Skip” of Affected Limb
  • Lame Horse: Asymmetry in Median Excursion
  • Lame Horse: Irregular and Asymmetric Movement
  • Lateral Deviation of the Hind Limb During Stance
  • Lateral Heel Quarter Landing to Accommodate Medial Toe Quarter Abscess
  • Lateral Hind Foot Landing
  • Medial (or Inward) Rotation of the Hind Foot During Stance
  • Medial Foot Breakover to Attenuate Limb Flexion and/or Engagement
  • Mild Hind Limb Lameness Generates Obvious Forelimb Asymmetry
  • Multifactorial Suppression of Weight Transfer
  • Negative P3 Angle Prompting Toe-First Foot Landing
  • Non Weight-bearing Deficit Associated with Severe Distal Tarsitis (Lower Hock Pain)
  • Non Weight-bearing Lameness Associated with Biceps Brachii Tenobursitis
  • Non Weight-bearing Lameness Exacerbated During Acceleration
  • Non Weight-bearing Lameness: Assessing the Weight of the Imaginary Brick
  • Physiologic Connection Between Diagonal Limbs
  • Plaiting
  • Primary Axial Lameness Precipitating Secondary Limb Lameness
  • Remember to Assess Both Fore and Hind Limb Activity
  • Rupture of the Peroneus Tertius Tendon
  • Severe Bilateral Forelimb Lameness Generating Odd, Referred Hind Limb Lameness
  • Severe Combination Lameness Due to Left Acetabular (Hip) Fracture
  • Severe Forelimb Lameness Generates Mild Hind Limb Asymmetry
  • Severe Lameness Evident at the Walk
  • Shifting Forelimb Lameness Due to Navicular Pain
  • Shivers
  • Shoulder “Slip” or “Sweeney”
  • Sound Horse: Regular and Symmetric Movement
  • Sound Horse: Symmetry in Median Excursion
  • Stringhalt
  • The Horse “Falls Into” the Comfortable Side
  • Toe-First Foot Landing
  • Toe-First Foot Landing Due to Heel Pain
  • Toe-First Foot Landing Due to Stifle Problem
  • Tradeshow Promo
  • Transient Upward Patellar Fixation May Look and Feel as if the Hind End Suddenly “Falls Through a Trap Door”
  • Tripping Instigated by Ground Incongruency
  • Unilateral Weight Transfer
  • Upward Patellar Fixation
  • Upward Patellar Fixation
  • Using a Turn or Circle to Highlight Each Component of Combination Lameness
  • Using the Head and Neck to Transfer Weight
  • Using the Nature of Lameness to Determine the Source’s Primary Function(s)
  • Visible Wobbling of the Hock Upon Delayed Patellar Release
  • Watch the Croup
  • Watch the Withers
  • Weight-bearing Lameness: Assessing the Depth of the Imaginary Hole
  • What Combination Lameness Looks Like
  • What Non Weight-bearing Lameness Looks Like
  • What Weight-bearing Lameness Looks Like
  • Winging-in or Dishing
  • Winging-out or Paddling
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The Veterinary Client Patient Relationship (or VCPR) is a convention that is designed to protect the animal owner from inappropriate and fraudulent veterinary medical activity. It is the foundation of contemporary veterinary medical ethics and is central to the effective delivery of high-quality animal care in the diagnosis and treatment of disease. Each country and state may publish their own VCPR definition, which requires that a licensed veterinarian maintain current one-on-one knowledge of veterinary patients. To review the VCPR Definition as it applies to your state, click HERE.

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