尼日利亚成年土猪(Sus scrofa)头颅测量的某些方面及其在区域麻醉中的应用

M. Okandeji, Z.B. Olaniyi
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摘要

区域解剖是外科手术和临床实践的重要组成部分,因为它有助于临床医生设想与手头病例相关的结构的具体情况。本研究旨在评估一些临床上重要的指标,这些指标有助于对尼日利亚土猪(NIP)的头部进行区域麻醉。研究人员检查了 24 个成年 NIP 头骨(10 个雄性和 14 个雌性),记录了 10 个参数。获得的数据使用学生 t 检验和皮尔逊相关性进行统计分析,显著性设定为 p<0.05。研究显示,雌性头骨的50%指数较高,但在统计学上并不显著。不过,男性头骨的下颌长度(19.0 ± 0.41)明显长于女性(18.0 ± 0.26)。男性和女性头骨从面部嵴到眶下孔的距离分别为 1.3 ± 0.10 厘米和 1.5 ± 0.08 厘米,而从眶上孔到鼻骨的距离分别为 2.1 ± 0.06 厘米和 1.9 ± 0.06 厘米。皮尔逊相关分析显示,从面部嵴到眶下孔的距离与从眶下孔到眼眶内侧的距离呈正相关(r=.669)。在所有24个头骨中,有12个(50%)出现了附属眶上孔,就像在下颌骨横梁的喙外侧表面观察到几个外侧精神孔一样。所生成的数据提供了有关尼日利亚成年土猪头骨的重要临床信息,这些信息可在对头部进行区域麻醉、拔牙手术以及受伤和骨折治疗时用作追踪额神经(眶上神经)、上颌神经(眶下神经)和下颌神经分支并使其脱敏的地标。这些结果也可用于解剖学、发育学、法医学和临床学的比较研究。
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Some aspects of the craniometry of adult Nigerian indigenous pigs (Sus scrofa) and its application in regional anaesthesia
Regional anatomy is an important component of surgical and clinical practice because it helps clinicians envisage the  specifics of the structures relevant to the case at hand. This study was designed to evaluate some clinically important  indices which could aid regional anesthesia of the head in the Nigerian indigenous pig (NIP). Twenty-four (10 males and  14 females) skulls of adult NIP were examined to record 10 parameters. Data obtained were statistically analysed using  the Student’s t-test and Pearson Correlation, with significance set at p<0.05. The study revealed that 50% of the indices  were higher in female skulls but were not statistically significant. The mandibular length was, however, significantly  longer in male skulls (19.0 ± 0.41), compared to females (18.0 ± 0.26). The distance from the facial crest to the  infraorbital foramen was 1.3 ± 0.10 cm and 1.5 ± 0.08 cm, while that from the supraorbital foramen to the nasal bone  was 2.1 ± 0.06 cm and 1.9 ± 0.06 cm, in male and female skulls, respectively. Pearson correlation analysis revealed a  positive relationship between the distance from the facial crest to infraorbital foramen and that from infraorbital  foramen to medial canthus of the orbit (r=.669). An accessory supraorbital foramen was seen in 12 (50%) of all the 24  skulls, just as several lateral mental foramina were observed on the rostro-lateral surface of the mandibular rami. Data  generated provide clinically important information on the skull of adult Nigerian indigenous pigs which can be used as  landmarks for tracking and desensitizing the branches of the frontal nerve (supraorbital), the maxillary nerve (Infraorbital) and the mandibular nerve, during the regional anaesthesia of the head, for tooth extraction procedures  and the treatment of injuries and fractures. These results may also be useful for comparative anatomical,  developmental, forensic, and clinical studies.
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