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Early detection of lameness in heifers with hairy heel warts using a pressure plate

By P. E. Almeida, D. R. Mullineaux, W. Raphael, C. Wickens, A. J. Zanella

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Lameness is an indicator of pain and suffering, which has substantial animal welfare and economic impact on the dairy industry. Subjective locomotion scoring is unreliable for detecting mild cases of lameness in dairy herds. Undetected lameness can progress to a more serious and painful state with unfavourable prognosis. The aim of this study was to conduct an investigation on the use of a pressure plate for early detection of lameness in dairy heifers compared to a subjective visual scoring system. Seven heifers deemed sound, on the basis of a visual scoring system, were walked through a chute where a pressure plate was disguised on the floor. Claws were then inspected during trimming and revealed no lesions (n=3) and hairy heel warts on at least one hind claw (n=4). Peak vertical force (PVF) and right-left hind limb PVF symmetry were calculated. Sound heifers demonstrated significantly higher PVF and better right-left hind limb symmetry than those with hairy heel warts. Using a pressure plate, gait abnormalities from foot lesions that were undiagnosed using a subjective lameness scoring system, were detected. Early detection of lameness is vital to reduce dairy industry losses and to improve animal welfare.

Date 2007
Publication Title Animal Welfare
Volume 16
Issue 2
Pages 135-137
ISBN/ISSN 0962-7286
Language English
Author Address Animal Behavior and Welfare Group, Department of Animal Science, Michigan State University, East Lansing, MI 48824,
Cite this work

Researchers should cite this work as follows:

  1. Abnormal development
  2. Animal anatomy
  3. Animal diseases
  4. Animal rights
  5. Animal roles
  6. Animal welfare
  7. Biomechanics
  8. Cattle
  9. Claw
  10. Dairy animals
  11. Detection
  12. Economics
  13. Feet
  14. Food animals
  15. Food economics
  16. Gait
  17. Laboratory and experimental animals
  18. Lameness
  19. Lesions
  20. Locomotion
  21. Mammals
  22. Methodologies
  23. Pain
  24. Parasites
  25. Prognosis
  26. scoring systems
  27. Techniques