脑池

脑干肿瘤CT诊断基于第四脑室的受压移位，和脑干周围脑池的狭窄变形。

CT diagnosis based on appreciation of displacement of thefouth ventricle and compression and distortion of the cisterns that around the brain stem .

结果（1）CPA包括三个脑池：桥脑前池、小脑桥脑池，小脑延髓池。

Results ( 1 ) The CPA includes three cisterns : the prepontine cistern , the cerebellomedullary cistern , the cerebellopontine cistern .

脑池气造影高分辨率CT诊断小听神经瘤

Small Acoustic Neuromas : Detection By Gas High Resolution CT Cisternography

MR脑池成像结合多层面重建技术对颅神经脑池段显示方法的研究

Imaging the cisternal segment of cranial nerves with MR cisternography and multiplanar reconstruction

CT脑池造影术在小儿蛛网膜囊肿的分型诊断及治疗中的应用

CT cisternography in the classification and treatment of childhood intracranial arachnoid cyst

本文就其中的CT椎管造影和脑室脑池造影的应用技术和效果作一论述。

This paper showed the technique and application of CT Myelography and CT cisternography .

CT所见脑池出血对急性脑外伤愈后评价

The evaluation of the prognosis of acute brain injury by cistern hemorrhage using CT findings

脑池段滑车神经的MRI影像解剖及神经血管关系

MRI Anatomy and Neurovascular Relationships of the Proximal Cisternal Segment of the Trochlear Nerve

鞘内注射Gd-DTPA增强MR脊髓及脑池造影的临床应用价值

Study of clinical value of intrathecal Gd-DTPA-enhanced MR myelography and cisternography

Ⅴ型：CT表现为广泛性混杂密度，可有脑室脑池闭塞和[或]多发性颅内小血肿，系广泛性脑控裂伤所致。

Type ⅴ: CT indicates extensive mixed density with ventriculo-cisternal closing and / or multiple intracranial micro-hematoma resulted from extensive laceration of brain .

结论MRI能够显示动眼神经脑池段的走行、形态及动脉与神经的关系，是评价动眼神经与毗邻动脉的准确的影像学技术。

Conclusion MRI is an accurate imaging technique for determination of the syntopy of the oculomotor nerve to its related arteries .

脑池段颅神经及相关血管MRI与断层标本对比的解剖学研究

A Comparative Study on Anatomy of the Cisternal Segment of the Cranial Nerves and Their Related Blood Vessels with MRI and Sectional Specimen

蛛网膜下腔出血（SAH）或脑池内出血；脑室内出血；

Subarachnoid hemorrhage ( SAH ) or intracerebral cisterna hemorrhage .

18例诊断为重度HIE，大脑半球呈弥漫性低密度，脑室、脑池变窄，其中8例合并颅内出血。

Low-density patch extended over the cerebral hemisphere and the ventricle and cisterna were narrowed . Intracerebral bleeding occurred in 8 out of the 18 cases .

对照组：用0.3mL生理盐水代替动脉血溶血物行脑池注射；

Control group : The hemolysate was replaced by 0.3 mL saline .

目的应用3D-CISS序列对脑池段动眼神经的毗邻结构进行显示与研究，为临床获得详尽的MR影像解剖资料。

Objective To obtain the detailed anatomical data of image for clinic through application of 3D-CISS sequence in displaying the cisternal segment of the oculomotor nerve and its adjacent relationships .

材料与方法：CT扫描130例重型颅脑损伤患者，分析其脑室脑池形态、脑室／颅腔比率、中线结构移位等变化特征，对颅内压和预后进行估价，并与颅内压监测结果对照。

Materials and Methods : 130 cases of severe brain injury underwent the CT scanning . The shape of brain ventricle and cisterns , ratio of ventricle / cranial cavity , shifting of middle structure as well as the monitoring results of ICP were analyzed .

3D-CISS序列在脑池段动眼神经及其神经血管关系显示中的应用

The Application of 3D-CISS Sequence in Displaying the Cisternal Segment of the Oculomotor Nerve and Its Neurovascular Relationships

脑池内血液注入法制作SAH模型。对A组动物脑枕大池内注入生理盐水，对B、C、D、E组动物注入自体鲜血。

Fresh autologous blood was injected into the cisterna magna to establish the model of SAH in the rabbits of groups B , C , D and E , and normal saline was injected into the cisterna magna in the rabbits of group A.

3D-CISS序列在显示脑池段眼运动神经与其异常毗邻组织压迫关系的价值

The value of 3D-CISS sequence in displaying the cisternal segment of the ophthalmic motion nerves and its abnormal adjacent relationships

结论3D-CISS序列结合MPR技术能够最大程度地显示脑池段动眼神经的走行特点及其与血管的关系。

Conclusion Using 3D-CISS sequence and MPR technique , the proximal cisternal segment of the oculomotor nerve and its neurovascular relationships can be showed in maximum degree .

目的研究MR脑池造影术（MRC）显示脑脊液鼻漏的能力，并比较分析高分辨率CT（HRCT）、CT脑池造影术（CTC）和MRC显示脑脊液鼻漏的优缺点。

Objective To assess the ability of MR cisternography ( MRC ) in the diagnosis of cerebrospinal rhinorrhea , and compare the advantages and disadvantages of MRC , CT cisternography ( CTC ) and high-resolution CT ( HRCT ) .

结论3D-CISS序列结合3D-TOF序列能清楚显示脑池段滑车神经的走行特点及神经血管关系。

Conclusion Use of 3D-CISS and 3D-TOF sequences enables accurate identifying the proximal cisternal segment of the trochlear nerve and its neurovascular relationships .

结论：脑池内以TNF-α预处理MPTP小鼠，使黑质多巴胺神经元损伤加重，其途径可能与caspase-3引起的细胞凋亡相关。

CONCLUSION : TNF α pretreatment through injection into cerebellomedullary cistern of the MPTP treated mice may aggravate the damage of nigral dopaminergic neuron ; the reason may be related to apoptosis induced by caspase 3 .

结论运用3D-FIESTA序列可以清晰显示各组眼运动神经脑池段，能够为眼运动神经发育异常提供直观的形态学依据，辅助临床诊断。

Conclusion All ocular motor nerves can be detected in the subarachnoid cisterns by using 3D FIESTA , 3D FIESTA provides anatomic information for the diagnosis of nerve EOM abnormalities .

目的运用三维快速平衡稳态成像（3D-FIESTA）序列显示活体眼运动神经脑池段，同时与先天性眼外肌纤维化综合征（CFEOM）患者进行对照，探讨该序列的临床应用价值。

Objective To display the oculomotor cranial nerves by 3D FIESTA and compare with dominant congenital fibrosis of extraocular muscles ( CFEOM ), and evaluate its clinical value .

病变组同时观察主要脑池的改变。

The changes of cisterna in abnormal group were observed simultaneously .

脑池闪烁扫描期中示踪剂在脊髓蛛网膜下腔的吸收及其意义

Absorption of Tracer in Spine Subarachnoidal Space During Cisternography and Its Significance

经腰穿注入尿激酶治疗脑池血肿

Treatment of intracisternal hematoma by lumbar puncture and urokinase infusion

脑室、脑池普遍受压变小/消失；

General decompression and even disappearance of ventricles and cisterns ;