基于症状学的颈椎病新分类体系

H. Mihara, Yasunori Tatara, Takanori Niimura, Yohei Ito
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摘要

背景:大约半个世纪前,Crandall将颈椎病的病理分为五种类型。随后又提出了几个进一步的分类制度。然而,许多患者不适合这些分类系统中描述的任何类型。方法:本研究包括315例连续诊断为颈髓病,接受手术治疗的患者,并随访至少2年。在每个病例中,每个肢体的运动和感觉功能都通过抓放测试(GRT)、三角步测试(TST)和感觉评分进行评估。然后,对脊髓横断面进行损伤评估,并将病例分为以下五种类型:I型(前部病变),涉及单侧上肢功能障碍;II型(中枢性病变),包括双侧上肢功能障碍;III型(后部病变),包括下肢功能障碍和深度感觉障碍;IV型(半侧病变),累及单侧瘫痪;和V型(横型病变),涉及神经症状向四肢扩散。比较五种类型患者术前和术后的神经功能状况。结果:除2例患者外,其余均成功分为5种类型。至于术前脊髓病的严重程度,患者的运动和感觉功能评分从I型下降到V型。根据日本骨科协会评分恢复率,I型(67.0%)和II型(65.6%)术后神经系统改善明显高于III型(42.5%)和V型(50.8%)。结论:根据我们的分类系统,脊髓损伤主要位于灰质的I型和II型颈椎病术后神经系统改善程度高于其他类型的长道症状。
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Novel Classification System of Cervical Myelopathy Based on Symptomatology
Background: About half a century ago, Crandall classified the pathology of cervical myelopathy into five types. Several further classification systems were subsequently proposed. However, many patients do not fit into any of the types described in these classification systems. Methods: This study included 315 consecutive patients who were diagnosed with cervical myelopathy, underwent surgical treatment, and were followed up for at least two years. In each case, the motor and sensory functions of each extremity were evaluated utilizing the Grip and Release Test (GRT), the Triangle Step Test (TST), and the sensory score. Then, spinal cord cross-sections were assessed for damage, and the cases were classified into the following five types: Type I (anterior lesion), which involved dysfunction of a unilateral upper extremity; Type II (central lesion), which involved dysfunction of the bilateral upper extremities; Type III (posterior lesion), which involved lower extremity dysfunction with deep sensory disturbance; Type IV (hemilateral lesion), which involved unilateral palsy; and Type V (transverse lesion), which involved the spreading of neurological symptoms to all extremities. Comparisons of pre- and postoperative neurological status were performed among the five types. Findings: All but two patients were successfully classified into the five types. The mean age at surgery was higher in Types III and V. As for the preoperative severity of myelopathy, the patients’ motor and sensory function scores decreased from Type I to Type V. Types I (67.0%) and II (65.6%) demonstrated significantly greater postoperative neurological improvement than Types III (42.5%) and V (50.8%), according to the Japanese Orthopaedic Association score recovery rate. Conclusion: Based on our classification system, Types I and II of cervical myelopathy, in which the cord damage was mainly located in the grey matter, exhibited greater postoperative neurological improvement than other types involving long tract symptoms.
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