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csep

  • 网络皮层体感诱发电位
csepcsep
  1. False Positive Reaction and False Negative Reaction of CSEP in the course of Spinal Operation

    CSEP在脊柱手术监护中假阳性、假阴性原因分析

  2. This paper proposes a new text clustering method based on the CSEP ( chaotic social evolutionary programming ) algorithm .

    文章提出了一种基于混沌社会演化算法的文本聚类新方法。

  3. All patients accepted intra-operative CSEP monitoring through Key-Point spinal cord monitoring system .

    术中均应用丹迪Key-Point脊髓监护系统进行皮层体感诱发电位监护。

  4. Objective To analyze the factors causing false positive reaction and false negative reaction of CSEP in spinal operation .

    目的分析在脊柱手术监护中CSEP出现假阳性和假阴性的原因。

  5. Weather intravenous anesthesia propofol have effect to CSEP or not and how to develop effect .

    统计分析:1.静脉麻醉剂丙泊酚对CSEP的波幅及潜伏期是否有影响,影响效果如何。

  6. CSEP wave of Group D showed no significant recovery at 5 weeks post-engraftment .

    术后5周D组CSEP波形恢复仍不明显。

  7. The accurate rate may raise to 97 1 % if combination of MEP and CSEP is used .

    如将二者合并检测分析,其准确率可提高到97.1%。

  8. It is important to identify the CSEP changes and the false positive , false negative as early as possible .

    记录者必须能够对术中随时出现的CSEP变化尽快地鉴别是否假阳性、假阴性,必须避免假阴性的发生。

  9. Conclusion : CSEP monitoring spinal cord injury during operation is accurate and reliable . It provides scientific basis for clinical application .

    结论:CSEP术中监护脊髓损伤准确可靠,为成功地用于临床提供了依据。

  10. The observation of spine corrective operation monitored by simultaneous CSEP and Sub CSEP

    同时应用皮层及皮层下诱发电位监测脊柱矫形手术的观察

  11. CSEP Monitoring in Spinal Surgery

    皮层体感诱发电位(CSEP)在脊柱手术中的监护作用

  12. The monitoring by combined application of CSEP and subcortical SEP during the spinal surgery can greatly increase the reliability of result .

    组合不同记录点监测脊柱矫形手术可增加监测结果的可靠性。

  13. Weather the tracheal cannula and posture changing have effect to CSEP or not , and how to effect .

    气管插管及体位摆放对CSEP是否有影响,影响效果如何。

  14. Conclusions Spine corrective operation monitored early spinal cord injuries by CSEP and Sub CSEP simultaneously is a better monitoring method .

    结果皮层诱发电位受麻药的影响较大,皮层下诱发电位受麻药的影响较小。结论两者同时监测,可以早期预告脊髓损伤,这对脊柱矫形手术术中监测是较为理想的方法。

  15. Manipulative treatment of 206 cases of paresthesia pharyngis induced by cervical spondylopathy CSEP monitoring in spinal surgery

    手法治疗206例颈性咽异感症疗效皮层体感诱发电位(CSEP)在脊柱手术中的监护作用

  16. Objective To evaluate the value of cortical somatosensory evoked potentials ( CSEP ) in the diagnosis and treatment of spinal disorders .

    目的评价皮层体感诱发电位(CSEP)在脊柱脊髓疾患诊治中的临床应用价值。

  17. Result : 23 cases did not have any intra-operative abnormal CSEP wave , among which 12 cases had CSEP improvement during the surgery .

    结果:23例术中监护无异常,术后未出现神经系统并发症,其中12例患者术中即可见波形改善。

  18. Pre-reqs : An undergrad engineering degree ; some jobs might also require certification as a certified systems engineering professional ( CSEP ) .

    系统工程师之前的要求:一些工作可能需要资格认证。

  19. Objective : To observe the efficacy of the intra-operative cortical somatosensory evoked potential ( CSEP ) monitoring in thoracic stenosis surgery .

    目的:探讨皮层体感诱发电位(CSEP)监护在胸椎管狭窄症手术中的应用价值。

  20. Results After spinal compression injuries , CSEP amplitude was decreased for 35.5 % and latency delayed for 8.6 % ( P < 0.05 ) .

    结果脊髓压迫后,诱发电位在时域幅值平均降低35.5%,潜伏期平均延长8.6%(P<0.05)。

  21. The majority of exercise scientists and CSEP health and fitness professionals in Canada attend this meeting , along with a large contingent of graduate students .

    大多数运动在加拿大的科学家和CSEP健康和健身专业人员出席本次会议上,伴随着大量的研究生队伍。

  22. Method : 10 monkeys were anesthetized to mimic the procedures of spinal surgery monitored by CSEP , SSEP and MEP .

    方法:选用10只健康猴直接模拟脊柱手术中的麻醉及控制性降压等操作,诱发电位监测。

  23. CSEP have an important value in preventing spinal cord injury and evaluating the prognostic of neural function because CSEP can be better reflect the function and integrity of the spinal cord .

    CSEP能较好地反映脊髓功能状态及完整性,对防止脊髓损伤、判定神经功能预后有重要价值。

  24. While monitoring , the changes of CSEP were easily induced by the operations like resection of spinal tumor , correction of scoliosis or laminectomy for cervical spondylotic myelopathy .

    行椎体肿瘤切除、椎管内肿瘤切除、脊柱侧凸凹侧撑开及颈椎后路单开门时最易引发CSEP变化。

  25. Result : After 30 % spinal cord compression , CSEP amplitude decreased for 35.5 % ( P < 0.05 ) and 8.6 % for latency delayed ( P < 0.05 ) .

    结果:在脊髓压迫30%时,时域峰幅值平均降低35.5%,峰潜伏期平均延长8.6%,与压迫前比较有显著性差异(P<0.05);

  26. Conclusions : The biologic effect of nucleus pulposus is an important factor in the pathogenesis of low lumbar and leg pain and the increasing amplitude of CSEP may be related to the pain .

    结论:髓核自身是引起腰腿痛的重要原因,CSEP波幅的增高与神经根性疼痛有一定的相关性。

  27. The second part : ( 1 ) Experimental model was established by anterior approach implanting one titanium screw through C5 to compress the cervical spinal cord gradually , under the monitoring of CSEP .

    第二部分:(1)采用前路颈5椎体置入钛螺钉,CSEP监测下逐渐拧入钛钉法建立颈段脊髓慢性压迫模型。

  28. Objective : To observe the change of cortical somatosensory evoked potential ( CSEP ), to explore the basis of pathophysiology of the change of brain ′ s potential during sepsis in rats .

    目的:观察脓毒血症发展过程中大鼠大脑皮层诱发电位(CSEP)的变化,探讨脓毒血症时脑电位变化的病理生理基础。

  29. Conclusion During the operation of intramedullary or extramedullary occupying , CSEP intraoperative monitoring can timely , sensitively reflect changes of spinal function and increase the security of the operation , reduce complications of operation ;

    结论椎管内手术时行CSEP监测可及时、敏感地反映脊髓功能的变化,增加手术安全性,减少术后并发症;

  30. Objective To explore the effects of Jiaji electroacupuncture on the cortical somatosensory evoked potentials ( CSEP ) and promotion of the function recovery in rats with spinal cord injury ( SCI ) .

    结论电针夹脊穴对脊髓损伤大鼠神经功能的恢复有促进作用,先期电针干预的效果好于后期。