Zian Ahmed, Arts Mark P, van der Gaag Niels A
Department of Neurosurgery, Haaglanden Medical Center, The Hague, Netherlands.
Department of Neurosurgery, Leiden University Medical Center (LUMC), Leiden, Netherlands.
Front Surg. 2022 Dec 26;9:988565. doi: 10.3389/fsurg.2022.988565. eCollection 2022.
A spinal epidural abscess (SEA) of the cervical spine is a relatively rare disease and is generally characterized by progressive neurological deterioration due to compression of the spinal cord. Up to 40% of cervical SEAs are located ventrally of the spinal cord. Urgent surgical intervention is warranted to decompress the spinal cord and collect material for cultures to guide antibiotic treatment. However, the optimal timing of the intervention is unclear, and the associated risk of spinal instability in the presence of an extensive infection is a significant clinical dilemma.
In this paper, we present a novel surgical technique to treat a cervical SEA by anterior decompression through a linear transvertebral midline approach. This technique has the advantage of effectively draining the ventrally located SEA and obtaining material for bacteria culture while maintaining spinal stability without additional instrumentation.
This case study presents seven patients with cervical SEAs who were successfully treated with surgical decompression by this transvertebral linear midline technique and antibiotic treatment.
Anterior decompression through a linear transvertebral midline approach for a ventrally located cervical SEA is a safe and pragmatic surgical procedure to achieve spinal cord decompression and collect bacteria culture without destabilizing the cervical spine.
颈椎硬膜外脓肿(SEA)是一种相对罕见的疾病,通常表现为由于脊髓受压导致的进行性神经功能恶化。高达40%的颈椎SEA位于脊髓腹侧。需要紧急手术干预以减压脊髓并采集培养材料以指导抗生素治疗。然而,干预的最佳时机尚不清楚,并且在存在广泛感染的情况下脊柱不稳定的相关风险是一个重大的临床难题。
在本文中,我们介绍一种新颖的手术技术,通过线性经椎骨中线入路进行前路减压来治疗颈椎SEA。该技术的优点是能有效引流位于腹侧的SEA并获取细菌培养材料,同时在不使用额外器械的情况下维持脊柱稳定性。
本病例系列介绍了7例颈椎SEA患者,他们通过这种经椎骨线性中线技术进行手术减压并联合抗生素治疗后获得成功。
对于位于腹侧的颈椎SEA,通过线性经椎骨中线入路进行前路减压是一种安全实用的手术方法,可实现脊髓减压并采集细菌培养样本,同时不会破坏颈椎稳定性。