callosal造句
- 1. GABA containing callosal neurons were also found.
- 同时发现含gaba的胼胝体神经元。
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- 2. MRI and enhanced MRI were highly sensitive to corpus callosal infarction.
- MRI平扫及增强对胼胝体梗死具有较高的敏感性。
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- 3. Objective To evaluate the value of MRI in the diagnosis of callosal agenesis.
- 目的探讨MRI对胼胝体发育不全的诊断价值。
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- 4. Subcortical heterotopia in 7, 4 cases with callosal agenesis were accompanied.
- 皮质下型7例，4例合并胼胝体发育不全。
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- 5. Methods Clinical material of 10 cases with callosal lesions were retrospectively analyzed .
- 方法对10例胼胝体梗死患者的临床资料进行回顾性分析。
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- 6. Objective: To investigate the features and diagnostic value of MRI in corpus callosal infarction.
- 目的：探讨胼胝体梗死的MRI表现特征及其诊断价值。
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- 7. Conclusions: in normal children and adolescent, the callosal area increases with the age, and all the subregions increase simultaneously.
- 结论：在儿童和青少年发育期，随年龄增长胼胝体各亚区面积同步增大。
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- 8. Aim: to analyse clinical features of patients with alien hand syndrome (AHS) and to approach the correlation of corpus callosal infarction with the AHS.
- 目的：分析异手综合征(AHS)的发病特点，探讨胼胝体梗死与AHS的关系。
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- 9. Objective To evaluate clinical feature and surgical treatment feasibility of anterior callosal glioma with microscope technique and prognosis of the patients.
- 目的探讨胼胝体前部胶质瘤的临床特点、应用显微手术切除的可行性及其预后。
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- 10. Conclusion MRI can directly observe the morphologic construction of the corpus callosum so that MRI should be a first choice in the diagnosis of callosal agenesis.
- 结论MRI可以直接观察胼胝体形态，是诊断胼胝体发育不全的首选方法。
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- 11. CONCLUSION: ketamine anesthesia suppressed such regions as sensory cortex, motor cortex, thalamus and callosal gyrus, which might be the key targets for ketamine action.
- 结论：氯胺酮麻醉抑制感觉皮层、运动皮层、丘脑和扣带回区域信号强度，而这些区域则可能是氯胺酮作用的靶位。
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- 12. CONCLUSION: ketamine anesthesia suppressed such regions as sensory cortex, motor cortex, thalamus and callosal gyrus, which might be the key targets for ketamine action.
- 结论：氯胺酮麻醉抑制感觉皮层、运动皮层、丘脑和扣带回区域信号强度，而这些区域则可能是氯胺酮作用的靶位。
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