Alfonso X El Sabio University (UAX), Madrid, Spain.
Otolaryngology Department, University Hospital General de Villalba, Madrid, Spain.
Eur Arch Otorhinolaryngol. 2023 Jun;280(6):2927-2936. doi: 10.1007/s00405-023-07882-5. Epub 2023 Feb 24.
The porcine model has been demonstrated to be cost-effective for head and neck surgery training. There is no literature describing the porcine head and neck anatomy. The purpose of this study is to provide a porcine surgical guide for training head and neck residents.
Five head and neck dissections were performed under general anesthesia on the Large White pig model in the animal facilities of the University Hospital Fundación Jiménez. Sessions were photographed, and reference anatomical measurements were taken.
The sternum-chin distance (x = 15.80 cm, σ = 0.44), chin-chin distance (x = 11.10 cm, σ = 2.30), prelaryngeal musculature length (x = 10.30 cm, σ = 1.92) and supraomohyoid triangle area (x = 7.07 cm, σ = 3.91) were among the measurements obtained. The porcine head and neck anatomy was detailed.
Head and neck porcine anatomy was thoroughly described, with emphasis on the similarities with human anatomy. The porcine model is capable of simulating human anatomy for surgery training.
猪模型已被证明在头颈部手术培训方面具有成本效益。目前尚无文献描述猪的头颈部解剖结构。本研究的目的是为培训头颈部住院医师提供猪的头颈部手术指南。
在大学附属医院 Fundación Jiménez 的动物设施中，对大白猪模型进行了 5 次头颈部解剖，在全身麻醉下进行。对手术过程进行拍照，并进行参考解剖测量。
胸骨-颏距离（x=15.80cm，σ=0.44）、颏-颏距离（x=11.10cm，σ=2.30）、预喉部肌肉长度（x=10.30cm，σ=1.92）和 supraomohyoid 三角区面积（x=7.07cm，σ=3.91）是获得的测量值之一。详细描述了猪的头颈部解剖结构。
对头颈部猪的解剖结构进行了彻底描述，重点是与人体解剖结构的相似性。猪模型能够模拟人体解剖结构进行手术培训。
