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- 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；
- splenium of corpus callosum 胼胝体压部
- 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。
- The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus. 测量胼胝体膝部、胼胝体压部和海马的表观扩散系数和各向异性分数。
- Brain magnetic resonance imaging revealed hypoplasia of corpus callosum. 脑部核磁共显示胼胝体发育不良。
- 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。
- 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。
- At 14 days post-grafting, SC were migrating along ependyma, meninges and blood vessels.In the area of corpus callosum, SC were arranged like chains. 14天后可观察到细胞沿软脑膜、室管膜、血管周间隙迁移，并在胼胝体部位排列成索条状。
- To evaluate the clinical characteristics of dysplasia of corpus callosum and diagnostic values of magnetic resonance imaging (MRI). 目的评价胼胝体发育异常的临床特征和MRI对其诊断价值。方法分析16例小儿胼胝体发育异常的临床资料及MRI表现。
- Objective By analyzing the Low Field MRI findings of 60 cases with corpus callosum diseas,to discuss the accuracy of Low Field MRI and it,svalue in diagnosis of corpus callosum. 目的:分析60例胼胝体病变低场MRI表现,探讨低场MRI对于胼胝体病变诊断的准确性及其临床价值。
- ResultsNSCs from subependymal zone(SEZ) towards ischemic zone along ventral side of corpus callosum, the farthest migration occurred to 7 days after cerebral ischemia. 结果室管膜下区(SEZ)的NSC在缺血后沿胼胝体腹侧向缺血区方向发生了迁移。
- 6. Initial work-up included a CT demonstrating a medial left occipital infarct involving the left side of the splenium of the corpus callosum. 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。收藏指正
- On the section of the anterior horn of lateral ventricles appearing for the first time, the extended lines of the bilateral anterior rami of lateral sulcus intersected on the superior aspect of the genu of corpus callosum by obtuse angle. 在侧脑室前角首次出现的断面上 ,双侧外侧沟前支的延长线呈钝角相交于胼胝体膝上方 ;
- Sagittal imaging T1W (500/50/1) wasperformed firstly and definite unremarkable, then we divided into 4 layer from the top of corpus callosum to the inner skull in sagittal position, slice thickness 6 mm, slice interval 2 mm. 先行矢状位T1加权定位像的扫描（500/50/1）[重复时间（tr）/回波时间（TE）/激励次数]，在完成常规脑扫描确定无异常后，在矢状位图像上定位4层T1加权轴位图像，层厚为6mm，层间隔2mm，位置自胼胝体体部上缘开始，到颅骨下缘。
- The imageology study is the important way of the diagnosis of corpus callosum agenesis.This article is to review the imaging dignosis of corpus callosum agenesis and its clinical value. 影像学检查为诊断胼胝体发育不全的重要手段，本文综述胼胝体发育不全的影像学诊断及重要意义。
- Splenium of the corpus callosum 胼胝体压部
- pigmentary degeneration of corpus callosum 胼胝体色素变性
- posterior vein of corpus callosum 胼胝体后静脉
- Lamina terminalis of corpus callosum 胼胝体终板
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