A review of normal radiographical variants commonly mistaken for pathological findings in horses

summary of:
A review of normal radiographical variants commonly mistaken for pathological findings in horses
emale vet looking at horse leg in a field
Author(s):
F.E. Hinkle, S.A. Johnson, K.T. Selberg and M.F. Barrett
Published in:
Date:
December2020
DOI:
Type of access:

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In our edition of: Feb 2021
In our categories of: equine

our summary:

Hinkle, F.E. et al. (2020) A review of normal radiographical variants commonly mistaken for pathological findings in horses. Equine Veterinary Education, 32 (12), pp. 664 – 672.

The aim of this review article was to highlight a range of normal radiographical variants that are commonly mistaken for pathological abnormalities in horses to help practitioners minimise inappropriate case management and unnecessary surgery.

The review focuses on the following equine anatomical sites:

  • Distal phalanx, navicular bone and distal interphalangeal joint
  • Proximal and middle phalanges, proximal interphalangeal joint and fetlock
  • Carpus
  • Elbow, shoulder, tarsus and stifle
  • Cervical spine
  • Thoracic spine
  • Nutrient foramina.

For each of these anatomical sites, the authors describe normal anatomical architecture and variants, differentiating them from degenerative changes and pathological abnormalities. Multiple radiographic images are used to illustrate the discussion.

The authors conclude that there are multiple radiographical variants associated with normal conformational or anatomic variations. Recognising these normal variants is essential to avoid inappropriate radiographical interpretation and subsequent improper case management.

Take Home

This review highlights multiple radiographic variants normally present in a proportion of the equine population. It is important to be able to recognise these normal variants to ensure accurate interpretation of radiographic images to avoid misdiagnosis and improper case management of any findings.

Image copyright attribute: Wavebreak Media Ltd

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