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The neuroanatomy of pure apraxia of speech in stroke

机译:脑卒中单纯性语言失用的神经解剖学

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The left insula or Broca's area have been proposed as the neuroanatomical correlate for apraxia of speech (AOS) based on studies of patients with both AOS and aphasia due to stroke. Studies of neurodegenerative AOS suggest the premotor area and the supplementary motor areas as the anatomical correlates. The study objective was to determine the common infarction area in patients with pure AOS due to stroke. Patients with AOS and no or equivocal aphasia due to ischemic stroke were identified through a pre-existing database. Seven subjects were identified. Five had pure AOS, and two had equivocal aphasia. MRI lesion analysis revealed maximal overlap spanning the left premotor and motor cortices. While both neurodegenerative AOS and stroke induced pure AOS involve the premotor cortex, further studies are needed to establish whether stroke-induced AOS and neurodegenerative AOS share a common anatomic substrate.
机译:根据对患有卒中的AOS和失语症患者的研究,已提出将左岛或Broca区域作为言语失用症(AOS)的神经解剖相关因素。对神经退行性AOS的研究表明,运动前区域和辅助运动区域与解剖学相关。研究目的是确定中风引起的纯AOS患者的常见梗塞区域。通过预先存在的数据库识别出患有AOS且没有因缺血性卒中而导致的失语症或无明确失语症的患者。确定了七个主题。五名患有纯AOS,两名患有模棱两可的失语症。 MRI病变分析显示,最大重叠覆盖了左前运动和运动皮层。虽然神经退行性AOS和中风诱导的纯AOS都涉及运动前皮层,但还需要进一步研究来确定中风诱导的AOS和神经退行性AOS是否共享共同的解剖基质。

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