Ahmad Zeeshan, Singh Kriti
MLN Medical Collge: Moti Lal Nehru Medical College prayagraj, Uttar Pradesh, India.
Indian J Otolaryngol Head Neck Surg. 2024 Oct;76(5):4770-4775. doi: 10.1007/s12070-024-04841-2. Epub 2024 Jul 9.
Trauma to the neck can produce catastrophic results as neck houses plethora of vital structures and is relatively an unprotected anatomical territory. Blunt trauma to the neck, excluding cervical spine injuries, represents only 5% of all neck trauma, but can be very challenging to assess since its presentation is often delayed. Penetrating injuries, on the other hand, are more common, and even when they seem to be only superficial and minor, always need thorough investigation and observation. Primary stabilization of the patient followed by an extensive evaluation needs to be done in all cases of neck trauma. CECT neck and thorax along with fibreoptic laryngoscopy remain the main modalities of diagnosis following a neck trauma. The initial approach to any kind of neck injury, whether penetrating or blunt, is performed according current Advanced Trauma Life Support (ATLS) or European Trauma Course (ETC) protocols, which both use the structured 'ABCD' approach. A motor vehicle accident (MVA) remains the most common cause of blunt neck injury, causing direct pressure to the anterior neck from the dashboard, steering wheel or airbag deployment. Direct pressure to the neck is transduced to the trachea and causes compression of the oesophagus against the cervical spine. Laryngotracheal trauma continues to be a rare entity and is the second most common cause of death in patients with head and neck trauma after intracranial injury. Only 0.5% of multiple trauma patients were reported to have injury to the airway at any level. Stabilize the airway first. Immediate surgical airway procedure can be necessary in less familiar circumstances and environments. If possible, define landmarks before the procedure. Defining anatomical zones is useful in penetrating injuries, although these do not guide diagnostic or therapeutic management completely. In unstable patients, elective surgical exploration is recommended instead of extensive diagnostic work-up. Unstable patients still need immediate exploration, whereas all stable patients will first be assessed with clinical examination and CT angiography and fibreoptic laryngoscopy. Thus the take home message is to consider all neck injuries an emergency and proceed with the diagnosis and management without delay.
颈部创伤可导致灾难性后果,因为颈部包含众多重要结构,且相对而言是一个缺乏保护的解剖区域。颈部钝性创伤(不包括颈椎损伤)仅占所有颈部创伤的5%,但其评估往往具有很大挑战性,因为其表现通常会延迟出现。另一方面,穿透性损伤更为常见,即使看起来只是表浅和轻微的,也始终需要进行彻底的检查和观察。对于所有颈部创伤病例,都需要先对患者进行初步稳定,然后进行全面评估。颈部和胸部的CT增强扫描以及纤维喉镜检查仍然是颈部创伤后主要的诊断方法。对于任何类型的颈部损伤,无论是穿透性还是钝性的,初始处理都应按照当前的高级创伤生命支持(ATLS)或欧洲创伤课程(ETC)方案进行,这两种方案都采用结构化的“ABCD”方法。机动车事故(MVA)仍然是钝性颈部损伤最常见的原因,可通过仪表板、方向盘或安全气囊展开对前颈部施加直接压力。对颈部的直接压力会传导至气管,并导致食管被压向颈椎。喉气管创伤仍然是一种罕见情况,是头颈部创伤患者继颅内损伤后第二常见的死亡原因。据报道,只有0.5%的多发伤患者在任何水平存在气道损伤。首先要稳定气道。在不太熟悉的情况和环境下,可能需要立即进行手术气道操作。如果可能,在操作前确定标志点。确定解剖区域在穿透性损伤中很有用,尽管这些区域并不能完全指导诊断或治疗管理。对于不稳定的患者,建议进行选择性手术探查,而不是进行广泛的诊断性检查。不稳定的患者仍需要立即进行探查,而所有稳定的患者首先将通过临床检查、CT血管造影和纤维喉镜检查进行评估。因此,关键信息是将所有颈部损伤视为紧急情况,毫不拖延地进行诊断和处理。