NAVLE Musculoskeletal

Camelidae and Cervidae Lameness – NAVLE Study Guide

Lameness in camelids (llamas and alpacas) and cervids (deer and elk) represents an important diagnostic challenge on the NAVLE.

Overview and Clinical Importance

Lameness in camelids (llamas and alpacas) and cervids (deer and elk) represents an important diagnostic challenge on the NAVLE. These species have unique anatomical features, distinct disease predispositions, and specific management considerations that differentiate them from other large animal species. Understanding the causes, clinical presentation, and treatment of lameness in these animals is essential for veterinary practice in mixed practices and zoological settings.

Camelids are considered excellent orthopedic patients due to their relatively low body weight, tolerance of external coaptation devices, ability to ambulate on three legs postoperatively, and acceptance of prolonged recumbency. Cervids present unique challenges due to their stress susceptibility, flight responses, and the emerging threat of chronic wasting disease (CWD) which can present with neurological signs mimicking musculoskeletal disorders.

Category Conditions Key Features
Metabolic/Nutritional Vitamin D deficiency (Rickets), Angular limb deformities Crias 3-6 months, fall/winter born, dark-coated animals at higher risk
Traumatic Fractures, Shoulder luxation, Soft tissue injuries Males fighting (shoulder luxation), dystocia-related fractures in neonates
Infectious Septic arthritis, Interdigital dermatitis, Osteomyelitis, Osseous sequestration Neonates: septicemia/FPT; Adults: penetrating wounds, contamination
Developmental Congenital angular limb deformities, Flexural deformities May be related to dystocia, prematurity, or genetics
Podiatry Overgrown nails, Pad injuries, Thrush/fungal infections Wet environments, poor husbandry, irregular foot care

Part I: Camelidae Lameness

Unique Anatomical Features

Camelids have several anatomical peculiarities that distinguish them from other large animal species and affect their musculoskeletal conditions:

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