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Use Of Xylazine And Detomidine Alone And With Ketamine Anesthesia For Caponization In Pigeons

By: Ahtzaz Haider (2009-VA-413) | Prof. Dr. M.Arif Khan.
Contributor(s): Dr. Hamid Akbar | Dr. Muti -ur- Rehman Khan.
Material type: materialTypeLabelBookPublisher: 2016Description: 44p.Subject(s): Surgery | CMS--Clinical Medicine and SurgeryDDC classification: 2684-T Dissertation note: For this study, (16) sixteen pigeons were selected, the birds were allocated into four treatment groups i.e. Group A, Group B, Group C and Group D, with 4 birds each. In group A, after surgical preparation, birds were given xylazine injection intramuscularly at dose rate of 16mg per kg body weight. In group B, birds were given detomidine injection intramuscularly at dose rate of 1.4mg per kg body weight. In group C, birds were given ketamine-xylazine injection intramuscularly at the dose rate of 30mg and 8mg per kg body weight respectively. In group D, birds were given ketamine-detomidine injection with the dose rate of 30mg and 0.7mg per kg body weight respectively. While regularly checking reflexes after short intervals of time. After achieving of the surgical stage of anesthesia, the surgical operation was beginning. The data was analyzed by One Way ANOVA followed by multiple comparison tests using Statistical Package for Social Science (SPSS) version 20.0. The purpose of designed research was to compare the efficacy of anaesthesia alone and with the combination of the other anaesthesia during the surgery of the pigeons. Different parameters were used to check the efficiency of the anaesthesia. All birds were thoroughly examined to rule out any other anomaly before study. The surgery was performed at Surgery Section, Department of CMS, UVAS, Lahore for 3 months’ duration (including adaptation and postoperative period). Conclusion The verdict based explanations for better and reliable anaesthetic combination used in pigeons and to evaluate safe anaesthetic combination and to find ideal pre anaesthetic with minimum effects. We concluded that detomidine alone can be used just for non-surgical 40 procedures because it produces the light sedation but superficial analgesia with smooth induction and recovery but xylazine can also be used if detomidine is not available. Xylazine produces superficial analgesia and light sedation but for the short time comparatively. For major and minor surgeries both combinations of ketamine i.e. (K-Xp) and (K-Dp) are more reliable and safe. Both cocktails produce the deep analgesia and anaesthesia as well, with rapid and smooth induction and recovery.
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Thesis Section
Veterinary Science 2684-T (Browse shelf) Available 2684-T
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For this study, (16) sixteen pigeons were selected, the birds were allocated into four treatment groups i.e. Group A, Group B, Group C and Group D, with 4 birds each. In group A, after surgical preparation, birds were given xylazine injection intramuscularly at dose rate of 16mg per kg body weight. In group B, birds were given detomidine injection intramuscularly at dose rate of 1.4mg per kg body weight. In group C, birds were given ketamine-xylazine injection intramuscularly at the dose rate of 30mg and 8mg per kg body weight respectively. In group D, birds were given ketamine-detomidine injection with the dose rate of 30mg and 0.7mg per kg body weight respectively. While regularly checking reflexes after short intervals of time. After achieving of the surgical stage of anesthesia, the surgical operation was beginning. The data was analyzed by One Way ANOVA followed by multiple comparison tests using Statistical Package for Social Science (SPSS) version 20.0. The purpose of designed research was to compare the efficacy of anaesthesia alone and with the combination of the other anaesthesia during the surgery of the pigeons. Different parameters were used to check the efficiency of the anaesthesia. All birds were thoroughly examined to rule out any other anomaly before study. The surgery was performed at Surgery Section, Department of CMS, UVAS, Lahore for 3 months’ duration (including adaptation and postoperative period).
Conclusion
The verdict based explanations for better and reliable anaesthetic combination used in pigeons and to evaluate safe anaesthetic combination and to find ideal pre anaesthetic with minimum effects. We concluded that detomidine alone can be used just for non-surgical
40
procedures because it produces the light sedation but superficial analgesia with smooth induction and recovery but xylazine can also be used if detomidine is not available. Xylazine produces superficial analgesia and light sedation but for the short time comparatively. For major and minor surgeries both combinations of ketamine i.e. (K-Xp) and (K-Dp) are more reliable and safe. Both cocktails produce the deep analgesia and anaesthesia as well, with rapid and smooth induction and recovery.

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