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tci

  • 网络温度条件指数;靶控输注;丙泊酚靶控输注;特克斯和凯科斯群岛
tcitci
  1. Application of remifentanil TCI in anesthesia for off-pump coronary artery bypass grafting

    雷米芬太尼靶控输注在非体外循环冠脉搭桥术麻醉中的应用

  2. Discussion of applying continuous TCI of isopropyl hydroxybenzene in compound epidural anesthesia to Epigastric Operation

    持续靶控输注异丙酚复合硬膜外麻醉用于上腹部手术探讨

  3. The Study of TCI Dose Regimen Based on PID Closed-loop Control Arithmetic

    基于PID闭环控制算法的麻醉靶控输注给药的研究

  4. Evaluation of the accuracy of administration of propofol by a TCI system in children

    小儿异丙酚靶控输注系统准确性的评价

  5. The reference indexes contained international market share , RCA , TCI .

    本文中所采用的衡量指标有国际市场占有率、显示比较优势指数、贸易竞争指数。

  6. Combined TCI application of remifentanil and midazolam in plastic surgery by local anesthesia

    瑞芬太尼和咪唑安定联合TCI在整形外科局麻手术中的应用

  7. TCI at each concentration maintained 15 min at least .

    每个靶控浓度至少维持15min以上。

  8. Effect of propofol on the efficacy of remifentanil by TCI in elderly patients

    异丙酚对老年患者瑞芬太尼靶控输注系统效能的影响

  9. To evaluate initially the performance of a new target-controlled infusion ( TCI ) system in Chinese .

    新型丙泊酚目标控制输注(TCI)系统性能初步评价。

  10. Effects of different target concentrations of sufentanil given by TCI on circulatory response to electric stimulation

    不同靶浓度舒芬太尼对电刺激-循环反应的影响

  11. The dose regimen of TCI based on traditional compartmental model could be solved analytically .

    基于传统低阶线性房室药代动力学模型的TCI,可以用解析方法求解所需的给药曲线。

  12. Study on Pharmacodynamics of TCI and intermittent intravenous Vecuronium in esophageal carcinoma operating

    食道癌手术患者靶控输注与间断静注维库溴铵的药效学研究

  13. Conclusion The TCI system incorporating Marsh pharmacokinetic parameters for propofol is acceptable for elderly patients .

    结论以Marsh的药代动力学参数设定的异丙酚靶控输注系统可以有效地应用于老年患者的临床麻醉。

  14. Application of sufentanil combined with propofol TCI anesthesia in ERCP + EST

    舒芬太尼复合丙泊酚靶控输注麻醉在ERCP+EST中的应用

  15. TiC coating on TCI titanium alloy is deposited by electrospark process using the graphite electrode .

    以石墨为电极,采用电火花沉积的方法,在TC1钛合金表面制备了TiC涂层。

  16. Target-controlled infusion ( TCI ) system makes administration of intravenous drugs more simple , accurate and adjustable .

    靶浓度控制输注(TCI)系统的诞生解决了这一难题,使静脉麻醉药的使用简便、精确、可控性更高。

  17. Application of the Bispectral Index during a Step-by-Step TCI of Propofol in the ICU Patients

    靶控输注与脑电双频谱指数在ICU的联合应用

  18. The TCI group received target controlled infusion of propofol with a target concentration of 3 μ g / ml.

    靶控组靶控输注异丙酚,目标血药浓度3μg/ml;

  19. Ng / ml remifentanil TCI was the optimal dose for the intubation .

    BIS可以用来指导丙泊酚的用量,4ng/ml的雷米芬太尼是较佳的气管插管剂量。

  20. Conclusion The ES-BP response may be used as a feedback index for administration of sufentanil by TCI .

    结论ES-血压反应可作为舒芬太尼给药的反馈指标。

  21. Comparison of accuracy of bispectral index and cerebral state index for assessment of sedation depth during TCI of propofol

    麻醉深度指数与脑电双频谱指数测定靶控输注异丙酚患者镇静时镇静深度的比较

  22. Target - controlled - infusion ( TCI ) of Propofol and Remifentanil in the Total Intravenous Anesthesia

    瑞芬太尼复合丙泊酚靶控输注全静脉麻醉

  23. Tubular atrophy and interstitial fibrosis ( TCI ) .

    肾小管萎缩和肾间质纤维化(TCI);

  24. Effect of Midazolam on Sedation and Hypnosis of TCI Propofol

    咪唑安定对丙泊酚TCI镇静催眠效应的影响

  25. In group A , remifentanil was used as TCI ( plasma target concentration , 1ng / ml ) .

    A组,瑞芬太尼以血浆靶浓度1ng/ml给药;

  26. The difference between target and measured concentrations of propofol administered by TCI : an evaluation of the performance of the TCI system

    异丙酚靶控输注靶浓度与实测浓度的差值分析及系统性能评价

  27. [ Objective ] To investigate the effects of propofol by marsh target controlled infusion ( TCI ) in spinal anesthesia patients .

    目的探讨用Marsh靶控方式输注异丙酚对椎管内麻醉患者镇静的效果。

  28. Objective : To inquire the clinical effects and safety of edaravone injection in the treatment of traumatic cerebral infarction ( TCI ) .

    目的:探讨依达拉奉治疗外伤性脑梗死(TCI)的临床疗效和安全性。

  29. Objective : To observe the anesthetic effect of target-controlled infusion ( TCI ) with propofol used in induced abortion operations .

    目的:观察靶控输注异丙酚用于人工流产手术的麻醉效果。

  30. However , it was difficult to obtain the analytic solution of TCI based on PBPK model for the description equations were too complex .

    但是,基于生理药代动力学模型的TCI,因其数学描述一般为高阶非线性方程,解析法难以求解。