n -丁基东莨菪碱溴化铵和噻嗪对马心血管的影响。

A J Morton, C R Varney, A B Ekiri, A Grosche
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引用次数: 18

摘要

进行研究的原因:n -丁基东莨菪碱溴化铵(NBB)和噻嗪是治疗马痉挛性绞痛和其他形式腹痛的常用药物。NBB和xylazine对马的心血管系统和其他重要系统均有显著影响。目的:评价NBB与噻嗪静脉滴注及NBB与噻嗪合用对心率及其他常用生理指标、心律、血压的影响。方法:选用6匹成熟的杂交马。在随机交叉设计中,每匹马分别给予0.3 mg/kg体重的NBB和0.25 mg/kg体重的xylazine,以及0.3 mg/kg体重的NBB和0.25 mg/kg体重的xylazine。在给药前和给药后60min分别记录心率、生理参数、心律和间接血压。结果:NBB或NBB与xylazine联合使用后,心率和血压立即显著升高。与单独使用NBB相比,NBB联合使用噻嗪可显著提高初始血压和峰值血压。服用噻嗪导致心率降低,血压起初升高,随后又降低。NBB组、NBB组和噻嗪组均可见窦性心动过速。一、二度房室传导阻滞与给予噻嗪有关。其中一匹马在服用NBB和噻嗪后发现室性心动过速。结论:本研究结果提示,NBB单用或联用xylazine治疗马绞痛,特别是对有系统性心血管损害的马,应慎重考虑病情评估和准确预测预后,避免潜在的不良反应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cardiovascular effects of N-butylscopolammonium bromide and xylazine in horses.

Reasons for performing study: N-butylscopolammonium bromide (NBB) and xylazine are commonly used medications for the treatment of spasmodic colic and other forms of abdominal pain in horses. Both NBB and xylazine exert significant effects on the cardiovascular system and other vital systems of horses.

Objective: To evaluate the effects of i.v. administration of NBB, xylazine, and the combination of NBB and xylazine on heart rate, other commonly measured physiological parameters, cardiac rhythm and blood pressure.

Methods: Six mature horses of mixed breed were used. In a random cross-over design, each horse was given 0.3 mg/kg bwt of NBB i.v., 0.25 mg/kg bwt xylazine i.v., and a combination of 0.3 mg/kg bwt NBB and 0.25 mg/kg bwt xylazine. Heart rate, physiological parameters, cardiac rhythm and indirect blood pressure were recorded at timed intervals before and 60 min following administration.

Results: Heart rate and blood pressure were significantly elevated immediately following administration of NBB or NBB with xylazine. Administration of NBB with xylazine resulted in significantly greater initial and peak blood pressure values than with NBB alone. Administration of xylazine resulted in a decrease in heart rate, with an initial increase in blood pressure followed by a decrease in blood pressure. Sinus tachycardia was seen with NBB, and NBB and xylazine administration. First and second degree atrioventricular block was identified with xylazine administration. Ventricular tachycardia was identified in one horse following NBB and xylazine administration.

Conclusions: Results of this study suggest that the effects of administration of NBB alone or in combination with xylazine to horses with colic, especially to those with systemic cardiovascular compromise, should be considered carefully to assess condition and predict prognosis accurately, and to avoid potential adverse effects.

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