大池

  • 网络Large Pool;Oike;Larger Pool
大池大池
  1. 方法:对10例枕大池蛛网膜囊肿的临床表现、CT和MRI检查及术中所见进行分析。

    Methods : We analysed clinical characteristics , CT and MRI scans operative observations of 10 cases of cysts of Mega cisterna magna .

  2. 采用枕大池注血法诱导大鼠SAH模型。

    The SAH model was made by injection of autoblood into cistern magna in rats .

  3. 枕大池重建术治疗ChiariⅠ型畸形合并脊髓空洞症

    Reconstruction of the cistern magna for the treatment of Chiari ⅰ malformation associated with syringomyelia

  4. 目的:应用MRI动态观察经皮枕大池穿刺注入Kaolin诱导的家兔实验性脊髓空洞症模型,结合光镜、电镜组织学对比,对脊髓空洞症演变过程加以探讨。

    Objective : To investigate the developing process of experimental syringomyelia induced by intracisternal injection of kaolin in rabbits with comparison of serial MRI and histological findings .

  5. 改良枕大池重建术治疗Chiari畸形并脊髓空洞症:附35例临床研究

    Modified reconstruction of the cistern magna for treatment of syringomyelia with Chiari malformation : clinical analysis of 35 cases

  6. 财产最醒目的特征之一是43楼上的25m激烈的无限大池。

    One of the property 's most striking features is the25m heated infinity pool on the43rd floor .

  7. 结论:1.通过枕大池一次注入自体动脉血法是一种简便、可重复的SAH早期脑损伤模型。

    Through a cistern autologous blood injection method is a simple and repeatable model of SAH in early brain injury . 2 .

  8. 经枕大池注入肺炎球菌悬液建立脑膜炎模型,以冰片作为开放BCB的制剂。

    The experimental meningitis was infected by the injection of pneumococci into the cistern magna .

  9. 结论双侧颈动脉结扎后枕大池二次注血可制成可靠的兔症状性SAH后CVS的动物模型。

    Conclusions Animal model with reliable symptomatic post-SAH CVS could be experimentally induced by injecting blood two times via cisternal after occlusion of bilateral carotid .

  10. 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.

  11. 后颅窝减压及枕大池成形术Arnold-Chiari畸形效果满意。

    The effect of post fossa decompression and plastic operation of cistern magna for Arnold-Chiari malformation is satisfactory .

  12. 家兔单侧颈总动脉结扎枕大池穿刺二次注血后能成功建立家兔SAH后症状性脑血管痉挛的模型,且死亡率较低;

    The two-hemorrhage model established by injecting autologous arterial blood into cisterna magna 48 hours apart after ligation of right common carotid artery is a successful symptomatic CVS rabbit model with low mortality rate ;

  13. 目的探讨犬蛛网膜下腔出血(SAH)后脑血管痉挛(CVS)与内皮素(ET)和一氧化氮(NO)的关系、腰大池持续引流后两者变化及与经颅彩色多普勒超声(TCCD)相关性。

    Objective To investigate the relationship between endothelin ( ET ), nitric oxide ( NO ) and TCCD ( transcranial colour Doppler ) with lumbar cistern drainage of experimental cerebral vasospasm ( CVS ) following subarachnoid bemorrhage ( SAH ) in canine .

  14. 结果巴曲酶组在枕大池注血后7d脑血管口径显著大于单纯注血组(P<0.01),而脑组织含水量则显著低于单纯注血组(P<0.01)。

    Results Brain vascular caliber in Batroxobin group after 7 days of blood injection in occipital cerebral fossa supplement was obviously bigger than pure blood injection group , while water content in brain tissues much less than pure blood injection group .

  15. 方法:结合脑室外引流、腰大池引流及颅压监测,对42例病情Hunt-HessⅣ、Ⅴ级合并脑室出血的动脉瘤破裂患者进行超早期电解可脱性微弹簧圈(GDC)栓塞治疗。

    Methods : 42 patients with Hunt-Hess grade IV ~ V ruptured aneurysms complicated by intraventricular hemorrhage were treated ultra-early with Guglielmi detachable coils ( GDC ) embolization , while ventricular drainage , lumbar subarachnoid continuous drainage and cranial pressure monitoring were performed .

  16. 方法30只中国白兔随机分为3组。24只动物经皮枕大池穿刺缓慢抽出0.6ml脑脊液后注入等量25%kaolin,其中12只于当日起给予银杏注射液静脉滴注为银杏组;

    Methods Twenty-four of 30 Chinese white rabbits were subjected to injection of 25 % kaolin mixed with equal volume ( 0.6 ml ) of cerebrospinal fluid drawn from the cisterna magna under ketamine anesthesia .

  17. 方法枕大池二次注血建立大鼠SAH-DCVS动物模型,采用TUNEL法和流式细胞术动态观察刺五加对大鼠SAH-DCVS脑组织细胞凋亡的影响。

    Methods To construct rat SAH-DCVS model with " the methods of two-times blood injection in occipital cerebral fossa supplement " . To utilize TUNEL and Flow Cytometry to observe the affect of acanthopanax senticosus on rat SAH-DCVS brain organization cell apoptosis .

  18. 患者分别行后颅窝减压及枕大池扩大重建。

    They were performed by posterior fossa decompression , reconstruction of cisternals .

  19. 改良式腰大池置管持续外引流治疗术后颅内感染

    Treatment of Postoperative Intracranial Infection by Reforming-Continuous Lumbar Subarachnoid Drainage

  20. 采用两次枕大池注血制作模型。

    The model was made by injecting blood into cisterna magna twice .

  21. 枕大池蛛网膜囊肿的诊断与治疗

    Diagnosis and microsurgical removal of cysts of Mega cisterna magna

  22. 微创穿刺双侧脑室引流术加腰大池引流术治疗重度脑室出血

    Bilateral ventricles mini-invasive puncture drainage adding lumbar cistern drainage for severe ventricular hemorrhage

  23. 该文介绍了生抽酱油大池发酵工艺。

    The paper introduces the process of light soy sauce fermented in pool .

  24. 巨型枕大池22例临床分析

    Clinical study of the mega cisterna magna : an analysis of 22 cases

  25. 什么规则?我们能在大池里游泳吗?

    What kind of rules ? Can we swim in the big pool ?

  26. 颅底外科手术患者留置腰大池引流的术中管理

    Intraoperative management of lumbar cerebellomedullary cistern drainage for patients with skull base surgery

  27. 持续腰大池引流在颅内动脉瘤术后的临床应用价值

    Clinical Study of Continuous Lumbar Drainage of Cerebrospinal Fluid in Treatment of Brain Aneurysm

  28. 巨型枕大池的诊断与治疗(附30例报告)

    Diagnosis and Treatment of Giant Greater Occipital Cistern ( Report of 30 Cases )

  29. 我们可以跳进大池里吗?

    Can we jump into the big pool ?

  30. 颅内压控制下持续腰大池引流治疗外伤性蛛网膜下腔出血

    Treatment of traumatic subarachnoid hemorrhage through lumbar subarachnoid continuous drainage under controlling intracranial pressure