You are here: Home / Journal Articles / Suffering in diseased pigs as expressed by behavioural, clinical and clinical-chemical traits, in a well defined parasite model / About

Suffering in diseased pigs as expressed by behavioural, clinical and clinical-chemical traits, in a well defined parasite model

By G. Reiner, K. Hubner, S. Hepp

View Resource (HTM)

Licensed under

Category Journal Articles
Abstract

In assessing the quality of life of farm animals, the absence of disease has been given highest priority. During the course of infection, sickness and suffering refer to a coordinated set of behavioural and physiological changes. For a better understanding and assessment of animal suffering due to infectious disease, more information on behaviour and the relationships among easily obtainable clinical/clinical-chemical parameters and behavioural indices, gained from defined model diseases is needed. Based on a well-defined model disease (Sarcocystis miescheriana), we have studied behavioural patterns (lying inactive [LYWA], activity during lying [ADLY], feeding [FEED], drinking [DRNK], rooting [ROOT], walking [WALK] and social interactions [SOCB]) of pigs during stages of health (day 0, before infection), acute disease (day 14 post-infection [p.i.]), recovery (day 28 p.i.), and chronic disease (day 42 p.i.). Data were captured from video records of 139 F2 Meishan x Pietrain crossbred pigs and associated with a set of clinical-chemical parameters (red and white blood cells, serum enzymes, serum metabolites and electrolytes). Before infection, respective time shares were 56% (LYWA), 21% (ADLY), 10% (FEED), 0.9% (DRNK), 6.3% (ROOT), 2% (WALK) and <1% (SOCB). This behavioural pattern changed distinctly during Sarcocystosis. Overall activities were reduced from 44% (day 0) to 10% (day 14 p.i.), 34% (day 28 p.i.), and 20% (day 42 p.i.). Deviation from the populations "standard" activity (before infection) could be predicted with clinical-chemical parameters (e.g. alkaline phosphatase). Further investigations on other disease models are needed to validate suitability of clinical-chemical traits in assessing suffering and welfare in diseased pigs in the future.

Date 2009
Publication Title Applied Animal Behaviour Science
Volume 118
Issue 3/4
Pages 222-231
ISBN/ISSN 0168-1591
DOI 10.1016/j.applanim.2009.02.010
Author Address Department of Veterinary Clinical Sciences, Justus-Liebig-University, Frankfurter Strasse 112, 35392 Giessen, Germany.gerald.reiner@vetmed.uni-giessen.de
Additional Language English
Cite this work

Researchers should cite this work as follows:

Tags
  1. Animal behavior
  2. Animal diseases
  3. Animal genetics
  4. Animal health and hygiene
  5. Animal nutrition
  6. Animal physiology
  7. Behavior and behavior mechanisms
  8. Blood
  9. Breeding
  10. China
  11. Communicable disease
  12. Crossbreds
  13. Diseases
  14. Dog Breeds
  15. Enzymes
  16. Feeding
  17. Health
  18. Hematology
  19. Infections
  20. Infectious diseases
  21. Interactions
  22. Invertebrates
  23. Leukocytes
  24. Livestock
  25. Mammals
  26. Meat animals
  27. Metabolites
  28. models
  29. Parasites
  30. peer-reviewed
  31. Pigs
  32. Protozoa
  33. quality
  34. Quality of life
  35. Swine
  36. traits
Badges
  1. peer-reviewed