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针对伴有椎间孔内成分的颈神经瘤的改良微创手术方法:半半椎板切除术及椎间孔上磨除骨孔(改良椎间孔切开术)技术

Modified minimally invasive surgical approach to cervical neuromas with intraforaminal components: hemi-semi-laminectomy and supraforaminal burr hole (modified foraminotomy) technique.

作者信息

Banczerowski P, Veres R, Vajda J

机构信息

National Institute of Neurosurgery, Budapest, Hungary.

出版信息

Minim Invasive Neurosurg. 2009 Feb;52(1):56-8. doi: 10.1055/s-0028-1104564. Epub 2009 Feb 26.

Abstract

OBJECTIVE

The aim of this study was to develop a minimal invasive approach suitable for exploring neuromas with an intraforaminal component in the cervical spine with the aim of preservation of as much of the mechanically relevant bone structures and facet joints as possible.

METHODS

The authors used the hemi-semi-laminectomy combined with supraforaminal burr hole technique in 7 adult patients with neuroma extending inside the foramen in the region of the cervical spine.

RESULTS

Under the operating microscope the operating field was sufficient for tumour removal according to the keyhole concept. The approach did not affect the extent of tumour resection, or neurological outcome. The affected nerve roots included C3 in 3 cases, C5 in 2, C4 and C6 in 1 case. The average follow-up was 9 months, with a range from 6 to 13 months. Histological results were as follows: 4 schwannomas and 3 neurofibromas.

CONCLUSION

This modified surgical approach fulfills the requirements of other minimal invasive techniques and helps to prevent damage to the crucial posterior stabilizers of the spine, and disintegration of the vertebral arches and facet joints is reduced. The approach is suitable for exploring and removing neuromas located in the spinal canal and the neuroforamen.

摘要

目的

本研究的目的是开发一种微创方法,适用于探查颈椎椎间孔内有椎间孔内成分的神经瘤,旨在尽可能保留更多与力学相关的骨骼结构和小关节。

方法

作者对7例神经瘤延伸至颈椎区域椎间孔内的成年患者采用半椎板切除术联合椎间孔上磨钻技术。

结果

在手术显微镜下,根据锁孔概念,手术视野足以切除肿瘤。该方法不影响肿瘤切除范围或神经功能结果。受累神经根包括3例C3、2例C5、1例C4和1例C6。平均随访9个月,范围为6至13个月。组织学结果如下:4例施万细胞瘤和3例神经纤维瘤。

结论

这种改良的手术方法满足了其他微创技术的要求,有助于防止对脊柱关键后稳定结构的损伤,并减少椎弓和小关节的破坏。该方法适用于探查和切除位于椎管和神经孔内的神经瘤。

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