Abstract

Sixty pullets, aged 17 weeks, were presented when presumed to be ‘dead’ after being exposed to wet‐cold weather transportation. The birds appeared unconscious and their feathers were soaking wet, and with a body rigid and cold to touch. The aim of the study was to resuscitate the hypothermic pullets. Blood samples were obtained and core body temperature recorded before and after rewarming. The birds were resuscitated using active external rewarming technique. Blood samples revealed significant (P < 0.05) decreases in the concentrations of serum electrolytes of Na, Cl, K, Ca and P; and renal function and activities of the serum enzymes of AST, ALT, ALP and CRT decreased compared to baseline reference normal values. Colonic temperature, recorded through the cloacae, revealed a temperature of 29 ± 0.4°C. The presumptive diagnosis was severe hypothermia. Treatment of the pullets using active external rewarming technique for 7 to 10 h resulted in successful restoration of all the behavioural, biochemical and colonic temperature responses to normal values. The treatment resulted in a complete recovery of all the birds with no signs of illness at 4‐week follow‐up. To the best of our knowledge, this study is one of the first reports to evaluate the behavioural and biochemical responses of pullets accidentally exposed to severe hypothermia, and successful treatment of the birds using active external rewarming technique.

Highlights

  • Accidental hypothermia is defined as an unintentional fall in core temperature to

  • This study demonstrated biochemical and behavioural changes, occurring in severely hypothermic pullets, and the effectiveness of active external rewarming technique in resuscitating the pullets to life

  • The physical appearance and behaviour of the hypothermic birds presented to the clinic were similar to the behaviour in humans and other animals under different degrees of accidental hypothermia (Mallet 2002; Tomas 2011)

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Summary

Introduction

Accidental hypothermia is defined as an unintentional fall in core temperature to

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