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布罗德曼6区的胶质肿瘤:扩散模式及其与运动区的关系。

Glial tumors in brodmann area 6: spread pattern and relationships to motor areas.

作者信息

Shah Komal B, Hayman L Anne, Chavali Lakshmi S, Hamilton Jackson D, Prabhu Sujit S, Wangaryattawanich Pattana, Kumar Vinodh A, Kumar Ashok J

机构信息

From the Departments of Diagnostic Radiology (K.B.S., L.S.C., P.W., V.A.K., A.J.K.) and Neurosurgery (S.S.P.), University of Texas MD Anderson Cancer Center, PO Box 301402, 1400 Pressler St, Houston, TX 77030; Anatom-e Information Systems, Houston, Tex (L.A.H.); and Radiology Partners, Houston, Tex (J.D.H.).

出版信息

Radiographics. 2015 May-Jun;35(3):793-803. doi: 10.1148/rg.2015140207.

Abstract

The posterior frontal lobe of the brain houses Brodmann area 4, which is the primary motor cortex, and Brodmann area 6, which consists of the supplementary motor area on the medial portion of the hemisphere and the premotor cortex on the lateral portion. In this area, safe resection is dependent on accurate localization of the motor cortex and the central sulcus, which can usually be achieved by using thin-section imaging and confirmed by using other techniques. The most reliable anatomic landmarks are the "hand knob" area and the marginal ramus of the cingulate sulcus. Postoperatively, motor deficits can occur not only because of injury to primary motor cortex but also because of injury to the supplementary motor area. Unlike motor cortex injury, the supplementary motor area syndrome is transient, if it occurs at all. On the lateral hemisphere, motor and language deficits can also occur because of premotor cortex injury, but a dense motor deficit would indicate subcortical injury to the corticospinal tract. The close relationship of the subcortical motor fibers and premotor cortex is illustrated. In contrast to the more constant landmarks of the central sulcus and marginal ramus, which aid in preoperative localization, the variable interruptions in the precentral and cingulate sulci of the posterior frontal lobe seem to provide "cortical bridges" for spread of infiltrating gliomas.

摘要

大脑额叶后部包含布罗德曼4区,即主要运动皮层,以及布罗德曼6区,它由半球内侧部分的辅助运动区和外侧部分的运动前区组成。在该区域,安全切除取决于运动皮层和中央沟的精确定位,这通常可通过薄层成像实现,并借助其他技术加以确认。最可靠的解剖标志是“手区”和扣带沟边缘支。术后,运动功能缺损不仅可能因主要运动皮层受损引起,还可能因辅助运动区受损所致。与运动皮层损伤不同,辅助运动区综合征即便出现也是短暂的。在大脑半球外侧,运动前区受损也可能导致运动和语言功能缺损,但严重的运动功能缺损表明皮质脊髓束发生了皮质下损伤。文中阐述了皮质下运动纤维与运动前区的紧密关系。与有助于术前定位的较为恒定的中央沟和边缘支标志不同,额叶后部中央前沟和扣带沟的可变中断似乎为浸润性胶质瘤的扩散提供了“皮质桥”。

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