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- Neurons in the corpus callosum have connections with the brain cortex or corpora striatum. 这些神经元可能与脑皮质和胼胝体下方的尾壳核有联系。
- One in several thousand turned out to lack the corpus callosum. 结果发现每几千个影像中，就有一个缺少了胼胝体。
- The cisterna ambiens, cisterna corporaquadrigemina, corpus callosum, posterior of the third ventricle, system of Galen veins, pineal gland and corpora quadrigemina were observed. 观察手术径路中环池、四叠体池、胼胝体压部、三脑室后部、大脑大静脉系统、松果体、四叠体的显露范围。
- Brain magnetic resonance imaging revealed hypoplasia of corpus callosum. 脑部核磁共显示胼胝体发育不良。
- Initial work-up included a CT demonstrating a medial left occipital infarct involving the left side of the splenium of the corpus callosum. 初始检查CT示左枕叶及中度梗塞并累及左侧胼胝体压部。
- An archlike anatomical structure or fold, such as the arched band of white matter located beneath the corpus callosum of the brain. 穹，穹隆一种弓状或皱襞状结构，如大脑胼胝体下面的白色的穹束状的神经纤维束
- This condition is seen commonly with agenesis of the corpus callosum and does not respond to ventricular shunting. 这种情况常见于胼胝体发育不全，且不引起脑室分流。
- Cerebellar hypoplasia is not a sonographic feature of isolated agenesis of the corpus callosum. 小脑发育不全不是单独胼胝体发育不全的超声特征。
- Man has a strong and wisdom cerebrum, which is into divided two Hemispheres jioned by Corpus Callosum. 人类有一颗发达、智慧的大脑。它是个分成左右半球的双器官,通过胼胝体相连。
- Note the contrast enhancement in corpus callosum, indicating the probable route of spead of tumor between hemispheres. 注意胼胝体的增强影像,或许能显示出肿瘤在大脑半球间的侵袭路线。
- Objective:To review the therapeutic experience of arteriovenous malformations(AVMs) of the corpus callosum. 目的:总结胼胝体动静脉畸形(AVM)的显微手术治疗经验。
- Objective: To evaluate the CT appearances and diagnostic value of the corpus callosum injury. 目的:探讨胼胝体损伤的CT征象及CT检查在胼胝体损伤诊断中的价值。
- Methods The CT and MRI findings in 16 pediatric and adult cases with corpus callosum dysplasia were reviewed. 方法对16例儿童和成人胼胝体发育不全患者的CT和MRI表现进行分析,并讨论其诊断作用。
- Results Of fetal agenesis of corpus callosum, the result of fetal MRI and US was cons... 结论MRI对胎儿胼胝体缺如有较高的诊断价值,可作为US有利的补充及验证手段。
- Objective To evaluate CT and MRI images in the diagnosis of corpus callosum dysplasia. 目的胼胝体发育不全的CT和MRI诊断评价。
- Objective To study the CT and MRI findings of Dysgenesis of the Corpus Callosum. 目的:探讨胼胝体发育不全的CT和MRI表现。
- MRI showed the local infarction in thalami, cerebellum, midbrain, lobus occipitals, pons, temporal inner surface and splenium of corpus callosum. 磁共振(MRI)表现梗死灶在丘脑、小脑、中脑、枕叶、脑桥、颞叶内侧面及胼膝体压部；
- Crossing the midline of the body with this movement stimulates the 300 million nerve cells of the corpus callosum. The corpus callosum is known as the brain?s superhighway. 超越身体中线的动作可刺激胼胝体内三亿条轴突纤维,胼胝体（连接左右脑的主要路径）被称为脑部超级高速公路。
- All patients showed that MRI changes in the brain Conclusion MRI was an essential method for diagnosis of dysplasia of corpus callosum. 结论胼胝体发育异常临床表现复杂多变。MRI是诊断胼胝体发育异常最理想的方法。
- Equally illuminating are the patients whose corpus callosum has been surgically severed in an effort to control epileptic seizures. 在胼胝体遭手术切断以控制癫痫的病人身上，也提供了同样丰富的讯息。
