支撑喉镜下很显微手术是现代医学的先进技术。
The Laryngeal microsurgery under laryngoscope is an advanced technique.
比较常频通气与高频通气在支撑喉镜手术前应用效果。
ObjectiveTo compare the effect of the normal frequency jet ventilation with the high frequency jet ventilation in suspension laryngoscopy.
目的总结支撑喉镜联合鼻内窥镜治疗声带病变的护理要点。
Objective To sum up the main nursing points of vocal cord treated with supportive laryngoscopy in combination with nasal endoscopy.
目的总结和分析支撑喉镜下显微手术治疗喉部疾病的方法。
Objective To summarize and analyze the methods of treatment of laryngeal disease by microlaryngoscopic surgery.
目的：评价鼻内窥镜联合支撑喉镜下手术治疗声带息肉的疗效。
Objective:To evaluate the curative effect of the treatment of polyp of vocal cord with nasal endoscopic combined with supporting laryngoscope.
目的：探讨艾司洛尔对支撑喉镜引起的心血管反应的预防作用。
Objective: to study the cardiovascular protective effect by Esmolol during anesthesia for excision of vocal nodules under suspension laryngoscopy.
目的分析支撑喉镜下喉显微手术并发症及不良反应的发生情况。
Objective To investigate the complication of self-retaining laryngoscopes and in laryngomicrosurgery.
目的观察应用显微镜在支撑喉镜下声带息肉摘除术中的手术效果。
Objective To observe the effect of the application of self-retaining laryngoscope under the microscope in the surgery of polyp of vocal cord.
前言： 目的：探讨支撑喉镜下喉显微外科手术的围手术期护理方法。
Objective: To explore nursing methods in perioperative period of laryngomicrosurgery in suspension laryngoscope.
目的：探讨应用鼻内窥镜代替喉显微镜行喉部支撑喉镜手术的可行性。
Objective To detect the probability of the application of using nasal endoscope to replace micro-laryngoscope in self-restraining laryngoscope operations.
结论：全麻显微支撑喉镜下手术对声带局限性病变切除彻底，复发率低。
Conclusion: Surgery for localized pathological changes with a suspension laryngoscope under general anesthesia is a safe and reliable treatment with a low rate of relapse.
目的探讨支撑喉镜鼻内镜下声带手术及声带注射术的可行性和临床应用价值。
Objective To study the feasibility and clinical practice value of vocal cords surgery with pedestal laryngendoscope and intracordal injection.
目的：观察和比较全静脉麻醉和平衡麻醉对支撑喉镜声带手术应激反应的影响。
AIM: to compare the effects of total intravenous anesthesia and balanced anesthesia on stress response on suspensive laryngoscope vocal cords surgery.
方法对520例喉肿瘤患者支撑喉镜下行CO2激光手术，术后进行并发症分析。
METHODS The clinical data of 520 patients who underwent CO2 laser assisted laryngeal microsurgery for laryngeal tumors were retrospectively analyzed. The complications were recorded.
方法11例行支撑喉镜手术的患者均于手术时利用鼻内窥镜代替喉显微镜，并于术后随访。
Methods Use endoscope in self-restraining laryngoscope operations in place of micro-laryngoscope in 11 patients and follow up after surgeries.
实验结果表明，该方法具有精确度高、速度快、可实时获得支撑喉镜的相对位置和姿态等优点。
The results of the experiment indicate that this method has many advantages, such as high precision, high speed and getting the comparative position and orientation of the laryngoscope timely.
除1例采用全麻、支撑喉镜下手术外，其余9例经采用咽喉部1%丁卡因表面麻醉间接喉镜下手术。
Except for 1 operation with supported laryngoscopy and general anaethesia, other 9 operations were performed with indirect laryngoscopy and surface anaethesia.
结论支撑喉镜下的喉显微治疗声带任克氏间隙水肿，创伤小、疗效确切，易于在基层医院普及推广。
Conclusion self-retaining laryngoscope microsurgery under the treatment of vocal cord Reinke's edema might little trauma, effective, easy to popularize in the primary hospital.
方法：对声带息肉42例，会厌囊肿5例患者，施行单独鼻窦镜下或鼻窦镜联合支撑喉镜下切除病变组织。
Methods:42 patients with polyp at vocal cord, 5patients with cyst of epiglottis were operated by nasal endoscopiy or nasal endoscopiy combined with supporting laryngoscope.
本文针对支撑喉镜下喉部手术的虚拟系统进行研究，建立了虚拟手术系统，实现了喉部声带肿物切除的手术仿真。
Based on laryngeal surgery with laryngoscope, a virtual surgery system is established and it can realize the simulation of vocal cord tumor cutting with force feedback.
实验结果表明，支撑喉镜手术仿真系统成功地实现了机器人系统主手位姿信息的采集、处理流程，为后续的运动控制提供了精确的输入数据；
Experimental results show that this system successfully realizes sampling process of information on poses of master hands of ENT robot system, provides sequent motion control with accurate input data;
实验结果表明，支撑喉镜手术仿真系统成功地实现了机器人系统主手位姿信息的采集、处理流程，为后续的运动控制提供了精确的输入数据；
Experimental results show that this system successfully realizes sampling process of information on poses of master hands of ENT robot system, provides sequent motion control with accurate input data;
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