Beeharry Mohammad Waseem, Moqeem Komal, Rohilla Mujeeb U
Trauma and Orthopaedics, Barts Health NHS Trust, London, GBR.
Emergency Department, Royal Surrey County Hospital, Guildford, GBR.
Cureus. 2021 Apr 11;13(4):e14418. doi: 10.7759/cureus.14418.
The unique anatomy and flexibility of the cervical spine predispose it to a risk of injury. Trauma to the cervical spine encompasses a wide range of injuries from minor muscular strains to life-threatening fracture-dislocations associated with spinal cord lesions. Initial assessment and management should follow the Advanced Trauma Life Support (ATLS) protocols with adequate protection of the cervical spine through triple immobilisation to prevent any unnecessary movement, which can make the patient susceptible to further neurological injuries. Although the presence of cervical spine injury is very often overt, reliance on clinical examination alone is sometimes not sufficient and potentially requires further imaging. Clinical decision rules such as the Canadian C-Spine Rule are frequently used to risk-stratify patients needing radiography. The level of cervical spine instability and knowledge of their unique classification systems is of paramount importance and assists in the decision-making process to guide definitive management. In this review, we also propose an algorithm to aid the initial management of a patient with suspected cervical spine injury in the emergency department.
颈椎独特的解剖结构和灵活性使其容易受伤。颈椎创伤包括从轻微肌肉拉伤到与脊髓损伤相关的危及生命的骨折脱位等广泛的损伤。初始评估和处理应遵循高级创伤生命支持(ATLS)方案,通过三重固定对颈椎进行充分保护,以防止任何不必要的移动,因为这可能使患者易受进一步的神经损伤。虽然颈椎损伤的存在通常很明显,但仅依靠临床检查有时并不足够,可能需要进一步的影像学检查。诸如加拿大颈椎规则等临床决策规则经常用于对需要进行影像学检查的患者进行风险分层。颈椎不稳定的程度及其独特分类系统的知识至关重要,有助于决策过程以指导确定性治疗。在本综述中,我们还提出了一种算法,以协助急诊科对疑似颈椎损伤患者的初始处理。