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- Characteristics of basal ganglion aphasia after stroke 脑卒中后基底节性失语的特点
- A study on basal ganglion aphasia by CT image standardization and BEAM 基底节性失语患者的CT图象标准化及脑电地形图研究
- The most likely phonological error type in thalamic and basal ganglia aphasia was substitution (27ci/75%, 30ci/68.7%), while the environment errors occured smallest (only 2ci/5.6%, 5ci/8.4%). 在音位错误中丘脑和基底节性失语的音素替代错误最多(各自出现27次/75%25和30次/68.;7%25);环境错误最少(各自2次/5
- Characteristics of basal ganglion aphasia after stroke and the effect of pertinenced language training 脑卒中后基底核性失语特征及针对性语言训练的效应
- Basal ganglion aphasia 基底神经节性失语
- Characteristics of basal ganglia aphasia after stroke 脑卒中后基底节性失语症的特征
- Computer tomographic scan and magnetic resonance imaging showed a mass lesion in the left basal ganglion region. 因无法以核磁共振扫瞄及脑部血管摄影检查排除为动静脉畸形瘤，于是开刀取样化验。
- In 41 cases basal ganglia damaged, 21 cases were on the left basal ganglia, of which 19 were aphasia and agraphia. 41例基底神经节损害患者中，左侧基底神经节损害21例，失语、失写各19例;
- Stereotactic microinvasive aspiration in treatment of basal ganglion hema trema. 立体定向微创抽吸治疗高血压基底节区脑出血。
- Conclusion The left hemorrhage of basal ganglion area should get the first trea... 结论左侧基底节区出血患者应尽量采取内科保守治疗。
- Of the 38 patients, 21 had left basal ganglia injury, which was responsible for aphasia in 18 and agraphia also in 18 patients. 38例患者中,左侧基底神经节损害21例,其中失语18例,失写18例;
- Head CT or MRI showed hypodense or abnormal signals in bilateral frontal,parietal and temporal lobes and/or basal ganglion regions. 头颅CT或MRI均显示双侧额、顶、颞叶或基底节区大片状低密度影或异常信号。
- Howeverwith MRI scanning 9 cases had abnormal signal change in medulla oblongata, 5 cases had abnormal signal change incerebellum, 2 cases had abnormal signal in basal ganglion. 发病72h内头部MRI检查，9例延髓有异常信号改变，5例小脑有异常信号改变，2例基底节区有异常信号改变。
- Conclusion: The appearance of the multiple small ring, twist and target enhancement in the basal ganglion are highly suggestive of toxoplasma encephalitis. 结论：位于基底节区的多发小环状、螺旋状或靶形增强，高度提示脑弓形体虫脑炎。
- CT showed hypointensity lesions in pontine area of 5 cases within which 4 cases accompanied by bilateral basal ganglion hypointensity lesions. Three cases were false negative on CT images. CT显示阳性5例,阴性3例,阳性病例中双侧基底节、桥脑出现斑片状低密度灶4例、桥脑低密度1例。
- Computed tomography showed the locations of hemorrhages.The woman presented with hemorrhages in left basal ganglion and left pons and the man in right basal ganglion and left occipital lobe. 脑部电脑断层显示一例出血部位在左侧基底核及左侧桥脑，另一例在右侧基底核及左侧枕叶。
- The main cause of AMCH was hypertension (67%), and the most predilective lesions of AMCH were basal ganglion area (53%) and cerebral lobes (29%).The clinical manifestations of AMCH were complicated. 结果AMCH占同期脑出血患者的2.;2%25，主要病因为高血压病(67%25)，出血以基底节(53%25)和脑叶(29%25)多见，临床表现复杂多样。
- PET showed the low metabolism in the basal ganglia region of the injected side. pet显示模型侧基底核区低代谢,与术前相比明显不同。
- The types of basal ganglia agraphia were AAg, VAg, PAg, MAg and GAg. 基底神经节失写类型有:失语性失写、视空间性失写、惰性失写、镜像书写及完全性失写。
- Objective To make an analysis of interrelation between the location of intraventricular clot and intracranial pressure( ICP) after non-traumatic basal ganglion and thalamus hemorrhages. 目的分析探讨非外伤性基底节丘脑出血破入脑室,其脑室积血位置与颅内压相关性。
