腓肠神经阻断术用于小腿开苞的历史与未来

David B. Sheedy , Sharif S. Aly , Cassandra B. Tucker , Terry W. Lehenbauer
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引用次数: 0

摘要

剔除栓系会损伤新生角芽细胞,阻碍幼犊以后的角生长。热铁烧灼法或腐蚀性糊剂是最常见的脱肛技术,但脱肛过程无疑是痛苦的。控制开膛过程中剧烈疼痛的一项重要技术是粟神经阻滞术(CNB),它使用局部麻醉剂,针对三叉神经的一个分支--颧颞神经,因为它沿着颅骨的颞沟移动。虽然 CNB 早在 1932 年就已开始使用,但据医生报告,自 CNB 诞生以来,在实现角芽区域完全脱敏方面一直存在变数。这种失败可能导致了 CNB 技术的变异,而对可靠、可重复的方法没有达成共识。CNB 失败的原因可能包括从业人员的技术失误,如注射到皮下或深层肌体;颧颞神经及其粟状支的生物重要路径变化;以及角芽区域的继发性神经支配,尤其是蜗下神经的粟状支。有必要进一步研究如何记录和理解 CNB 失败以及替代方法(如区域灌注)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The history and future of the cornual nerve block for calf disbudding

Disbudding damages the germinal horn bud cells and prevents subsequent horn growth in young calves. Hot-iron cautery or caustic paste are the most common disbudding techniques and are unequivocally painful procedures. An important technique in controlling the acute pain experienced during disbudding is the cornual nerve block (CNB) that uses a local anesthetic agent and targets a branch of the trigeminal cranial nerve, the zygomaticotemporal nerve, as it travels along the temporal groove of the skull. Though CNB have been used since 1932, practitioners have reported variability in achieving full desensitization of the horn bud region since its inception. This failure may have led to the establishment of variations in the CNB technique, without consensus on a reliable and repeatable approach. Reasons for CNB failures may include technical errors by the practitioner, such as an injection into subcutaneous or deep muscle bodies; biologically important path variations in the zygomaticotemporal nerve and its cornual branches; and secondary innervation of the horn bud region, particularly the cornual branches of the infratrochlear nerve. Further investigation into documenting and understanding CNB failure and alternatives, such as regional perfusion, is warranted.

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JDS communications
JDS communications Animal Science and Zoology
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