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anesthetic depth
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  麻醉深度
     Under appropriate anesthetic depth 0.75 MAC isoflurane is suitable for intraoperative cortical SSEP monitoring.
     在合适的麻醉深度下,选择0.75 MAC的异氟烷更适合术中皮层SSEP监护。
短句来源
     After opening the pleural cavity, suitable anesthetic depth could be maintained with the end tidal sevoflurane concentration of 09 MAC (153%).
     结论:开胸后以呼末0.9MAC以七氟醚(1.53%)足以维持良好麻醉深度
短句来源
     Administration of 50 mg·kg-1 7-NI increased the anesthetic depth after the light anesthetic depth reached (P > 0.05).
     对照组达浅麻醉状态后再次注射50 mg·kg-17-硝基吲唑麻醉深度表现加深趋势,但无显著的统计学意义(P>0.05)。
短句来源
     Results:With the increase of anesthetic depth, propofol significantly depressed NO/cGMP signal transduction pathway in cerebellum in a dose-dependent manner.
     结果 :随着异丙酚麻醉深度的增加 ,异丙酚呈剂量依赖性抑制小脑内 NO/ c GMP信号转导通路。
短句来源
     Conclusion AEP index monitoring is valuable in assessment of anesthetic depth during anesthesia with TCI of propofol.
     结论 AEP index通过为麻醉深度监测提供量化指标 ,可有效用于异丙酚靶控输注 (targetcontorlledinfusion ,TCI)麻醉
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  “anesthetic depth”译为未确定词的双语例句
     In order to observe the changes of BIS and HRVI, the control group was given 50 mg·kg-17-NI, ip in the light anesthetic depth.
     对照组达浅麻醉状态后再次经腹腔注射50 mg·kg-17-硝基吲唑,观察BIS值、HR-VI值变化。
短句来源
     Results 5-HT content of cerebral cortex was significantly increased after anesthesia. 5-HT content of hippocampus and 5-HIAA content of thalamus decreased significantly with increasing anesthetic depth.
     结果 大脑皮层5-HT水平在麻醉后显著性增加,海马5-HT水平和丘脑5-HIAA水平随麻醉浓度的增加而显著性降低。
短句来源
     RESULTS: 50 mg·kg-1 7-NI significantly decreased the target blood concentrations in the light anesthetic depth.
     结果:50 mg·kg-17-硝基吲唑显著降低兔达浅麻醉状态时所需TCI浓度。
短句来源
     Objective To assess the effect of intravenous anesthetics propofol and inhaled anesthetics isoflurane on auditory evoked potential index (AEPI) and the value of AEPI in the monitoring of anesthetic depth.
     目的比较静脉麻醉药丙泊酚与吸入麻醉药异氟醚麻醉时听觉诱发电位指数 (AEPI)的变化规律。
短句来源
     Objective To assess the effect of propofol,midazolam,thiopentone and ketamine on auditory evoked potential index (AEPI) and the value of AEPI in the monitoring of anesthetic depth.
     目的 研究丙泊酚、咪唑安定、硫喷妥钠、氯胺酮麻醉时听觉诱发电位指数 (AEPI)的变化规律。
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  相似匹配句对
     The measurement of anesthetic depth
     麻醉深度监测技术
短句来源
     Advances in Anesthetic Depth Monitoring
     麻醉深度监测进展
短句来源
     The influence of depth of
     经反复考察整机,并研究模板压缩孔深度的影响。
短句来源
     The Depth of Toleration
     宽容的深度
短句来源
     There was no anesthetic death.
     无麻醉死亡。
短句来源
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  anesthetic depth
By the help of this system, precise anesthetic depth could have provided.
      
For that reason, improper anesthetic depth could be applied to the patients.
      
In this study, a fuzzy logic-based anesthetic depth decision support system (ADDSS) was realized for anesthetic depth control to help anesthetists in surgeries.
      
A Fuzzy Logic-Based Decision Support System on Anesthetic Depth Control for Helping Anesthetists in Surgeries
      
It is found from the experimental results that the Lyapunov exponent feature with Elman network yields an overall accuracy of 99% in detecting the anesthetic depth levels.
      
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Although the importance of monitoring depth of anesthesia has been recognized for a long time, there has been no simple, accurate and objective method to determine depth of anethesia. In this paper, the effects of fentanyl on the middle latency auditory evoked potentials (MLAEP), including the time domain, frequency domain and AR—model parameters, in cats are studied for the purpose of exploring the possibility of measuring anesthetic depth through MLAEP and proposing some new efficient and reliable techniques...

Although the importance of monitoring depth of anesthesia has been recognized for a long time, there has been no simple, accurate and objective method to determine depth of anethesia. In this paper, the effects of fentanyl on the middle latency auditory evoked potentials (MLAEP), including the time domain, frequency domain and AR—model parameters, in cats are studied for the purpose of exploring the possibility of measuring anesthetic depth through MLAEP and proposing some new efficient and reliable techniques for clinical use. It is demonstrated that the parameters of AR—model, |A1| and an argument θ on pole distributions are more sensitive to fentanyl than those of time domain, such as latencies of Na and Pa and amplitude of Pa wave. As a result, we suggest that several feature parameters be considered simutaneously during surgery in order to obtain more reliable measurements.

准确地监测病人术中麻醉深度具有重要的临床意义,特别是现代复合麻醉技术的应用给医生判断麻醉深度带来了更大的困难。迄今为止,仍然没有一个客观、简便且准确的监测麻醉深度的方法。针对这一问题,本文通过分组动物实验,研究了芬太尼对猫中潜伏期听觉诱发电位(MLAEP)的影响,以探讨用诱发电位作为麻醉监测手段的可能性,并为临床提供有效、客观监测指标。将21只猫随机等分成三组:A组高浓度芬太尼组、B组空白对照组和C组低浓度芬太尼组。用苯巴比妥钠镇静之后,给肌松药并插管人工控制呼吸。芬太尼或等量生理盐水分三次由静脉注射,每次间隔20min,给总量的1/3。在给药前及每次给药后5min和15min时分别记录左右耳MLAEP,模拟信号频率范围10~250Hz,描记后经数字化送入计算机。记录电极置于头顶,左右耳后为参考。由波宽100μs的方波送入耳机产生短声刺激,刺激频率9.7次/s,刺激强度90dB听力级。MLAEP扫描时间50ms,迭加次数512次。数字信号采样率1.28kHz。A组动物在每次记录MLAEP的同时采动脉血样以测室血中芬太尼含量。随机选取9只动物做血气分析。实验过程中监测动物动脉血压及体温并维持恒定。首先,分析了芬...

准确地监测病人术中麻醉深度具有重要的临床意义,特别是现代复合麻醉技术的应用给医生判断麻醉深度带来了更大的困难。迄今为止,仍然没有一个客观、简便且准确的监测麻醉深度的方法。针对这一问题,本文通过分组动物实验,研究了芬太尼对猫中潜伏期听觉诱发电位(MLAEP)的影响,以探讨用诱发电位作为麻醉监测手段的可能性,并为临床提供有效、客观监测指标。将21只猫随机等分成三组:A组高浓度芬太尼组、B组空白对照组和C组低浓度芬太尼组。用苯巴比妥钠镇静之后,给肌松药并插管人工控制呼吸。芬太尼或等量生理盐水分三次由静脉注射,每次间隔20min,给总量的1/3。在给药前及每次给药后5min和15min时分别记录左右耳MLAEP,模拟信号频率范围10~250Hz,描记后经数字化送入计算机。记录电极置于头顶,左右耳后为参考。由波宽100μs的方波送入耳机产生短声刺激,刺激频率9.7次/s,刺激强度90dB听力级。MLAEP扫描时间50ms,迭加次数512次。数字信号采样率1.28kHz。A组动物在每次记录MLAEP的同时采动脉血样以测室血中芬太尼含量。随机选取9只动物做血气分析。实验过程中监测动物动脉血压及体温并维持恒定。首先,分析了芬太尼对猫MLAEP时域特性,即Na、Pa潜伏期和Pa幅值的影响。之后,用参数模型(11阶AR模型)方法做MIAEP信号的功率谱估计,研究了芬太尼对猫MLAEP信号谱峰位置的影响。进而,利用所建立的参数模型,提取5阶AR模型的系数、模型极点分布等特征量,寻找能准确反映麻醉深度的客观指标。经过组内分析和组间比较,得出:1.芬太尼对猫MLAEP的Na、Pa潜伏期及Pa幅值没有显著影响。2.芬太尼对猫MLAEP信号的功率谱谱峰位置没有显著影响。3.猫MLAEP信号的AR模型系数|A_1|和模型极点分布复平面上“小幅角”θ的大小随猫血中芬太尼浓度的增加明显减小。上述结果表明,本文所提出的MLAEP信号的AR模型特征量可以比其时域特性更敏感地反映芬太尼的作用,因此当芬太尼的用量与麻醉深度的关系建立以后,可以作为监测麻醉深度的客观指标。我们建议临床上利用MLAEP监测麻醉深度时,应同时考虑其时域和频域的多种参量,以确保判断结果的可靠性。

This paper describes the EEG analysis technique of automatic assessment of "anesthetic depth" during surgical procedures.By means of experiments of spectrum evaluation of practical EEG data,a few investigated characteristic frequency parameters of EEG show some correlations with anesthetic depth,which may be a good starting point for further study to extract more reliable features from EEG in the project.

通过探讨手术中麻醉深度监测的脑电分析技术,对实际脑电数据的谱估计进行了分析,从几个特征频率与麻醉深度的关系中,为进一步深入分析提取可靠的特征参量奠定了良好的基础。

2cases of coal miner silicosis Were treated with large volume lung lavage under general anaesthesia. The problems were analysed and some answers were provided. In order to prevent serious hypoxemia caused by the lavage liquid drainage and bucking by the anesthetic depth reducing after lung lavage, we used : 1. enhanced the oxygenation of the lavaged lung with intermitted positive pressure ventilation(IPPV).2。shoten the drainage time.3. performed mucous membrance surface anaesthesia before endotracheal...

2cases of coal miner silicosis Were treated with large volume lung lavage under general anaesthesia. The problems were analysed and some answers were provided. In order to prevent serious hypoxemia caused by the lavage liquid drainage and bucking by the anesthetic depth reducing after lung lavage, we used : 1. enhanced the oxygenation of the lavaged lung with intermitted positive pressure ventilation(IPPV).2。shoten the drainage time.3. performed mucous membrance surface anaesthesia before endotracheal intubation. We discuss the selection of the patient treated with both right and left lungs lavage under once general anaesthesia and consider it may be suitable for the ASA Ⅰ~Ⅱpatient with good physical condition and for the patient with residal lavage volume less than 1.500ml in one side lung. We describefully the respiratory con- trol and the correct method of lavage procedures,

对12例矽肺病人全身麻醉下大容量肺灌洗中的一些问题作了分析,提出了解决的办法。为减少灌洗液引流时引起的严重低氧血症及灌洗后麻醉减浅时引起的呛咳,我们采用了:1.灌洗侧肺的加压给氧;2.缩短引流时间;3.气管内表面麻醉。同时讨论了一次全麻双肺同期灌洗病人的选择,认为身体一般情况好、ASAⅠ~Ⅱ级、一侧肺灌洗液残留量<15000ml者可行同期灌洗。对灌洗时的呼吸管理及灌洗的具体方法作了详细的描述。

 
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