气管呼吸

  • 网络tracheal respiration
气管呼吸气管呼吸
  1. 肺通气功能正常的支气管哮喘患者气管呼吸音分析的研究

    The study on respiratory sounds of asthmatics with normal lung ventilation function

  2. 气管内呼吸压力的测量方法

    The Measurement Method for Respiratory Pressure in Trachea

  3. 需经气管插管呼吸支持的急诊小儿发绀26例临床分析

    Clinical analysis of 26 cyanosis children who need trachea intubation and respiratory support in emergency treatment

  4. 鳃被用在水产种类,而进化较好陆生种类是用气管(呼吸)。

    Gills tend to be used by aquatic species while the more advanced terrestrial species use tracheal systems .

  5. 它有一层被16~20个软骨环加强了的膜,软骨环的背部开口,两个自由端由肌肉带连接,这种结构可以使气管随着呼吸活动而伸长和收缩。

    Its structure-a membrane strengthened by16-20 cartilage rings open in the back , with their free ends connected by muscle bands-allows the trachea to stretch and contract in breathing .

  6. 部分气管(呼吸管道位于鼻子,嘴巴和肺之间)的堵塞就会造成打鼾,如果所有的气管都堵了起来,那么就会呼吸暂停。

    It is the partial collapse of the airway ( breathing tube between nose , mouth and lungs ) that is the immediate cause of snoring , and its complete collapse that is the immediate cause of apnea .

  7. 目的对13例重症严重急性呼吸综合征(severeacuterespiratorysyndrome,SARS)患者的气管插管及呼吸治疗进行分析。

    To analyze tracheal intubation and respiratory treatment in the critical severe acute respiratory syndrome ( SARS ) patients .

  8. B组有一例因呼吸抑制明显改用气管插管,呼吸抑制B组明显高于A、C组(P<0.01)。

    Respiratory inhibition was obvious in group B compared to group A and C ( P < 0.01 ) . In group B , a patient had to receive tracheal intubation because of respiratory inhibition .

  9. 和标准的PS相比,NAVA能够改善气管插管自主呼吸患者人机同步性。

    Compared with standard PS , NAVA can improve patient – ventilator synchrony in intubated spontaneously breathing intensive care patients .

  10. 气管梗阻性呼吸困难的Nd:YAG激光治疗

    Nd ∶ YAG Laser Treatment for Obstructive Tracheal Dyspnea

  11. 方法择期全麻手术患者60例,随机分为2组,实验组的气管导管与呼吸回路之间放置呼吸过滤器。

    Method Sixty adult pa ˉ tients under general anesthesia were randomly divided into test group and control group .

  12. 德比夏尔现在是赫斯菲尔德特殊学校的一名小学生,他的喉咙中一直插着一根气管造口术呼吸管。

    Derby Xia now is Hess a Fielder Special educational institution elementary student , in his throat in-line trachea ostomy breather pipe .

  13. 结论Ⅲ型危重型重症肌无力病人术后极易发生危象,预防性或及时气管切开辅助呼吸是抢救危象病人有效而安全的措施。

    Conclusion There was a trend toward crisis in the critical type of MG , timely tracheotomy with auxiliary ventilation is an effective and safe measure for the crisis .

  14. 目的:探讨人工鼻在气管切开自主呼吸患者气道管理中的效果,寻求一种有效、简便的人工气道管理方法。

    Objective : To discuss the effect of artificial nose in the tracheotomy patients with self breath and to find a better method for nursing of the patients with artificial airway .

  15. 急诊垂危病人的气管插管时机与呼吸管理

    Right moment of endotracheal intubation and respiration management in critically ill patients

  16. 大鼠给以戊巴比妥钠腹腔注射麻醉,气管插管行人工呼吸。

    Rat was anaesthetized with pentobarbital sodium and trachea intubation for artificial ventilation .

  17. 记录双侧膈神经放电和气管内压作为呼吸的指标。

    Thephrenic nerve discharges of both sides and the intratracheal pressure were monitored .

  18. 目的改善因恶性肿瘤引起的气管狭窄造成的呼吸困难。

    Objective To improve the conditions caused in the treatment of malignant airway obstruction .

  19. 在她们睡觉的时候用气管插在鼻孔呼吸。

    While sleeping , the women breathed in air through tubes taped to their nostrils .

  20. 喉部分切除者104例全部恢复言语和喉保护功能,其中79例拔除气管套管,恢复呼吸功能,占76%。

    In 79 of the 104 patients ( 76 % ) tracheostomy tube was removed , and the respiration function was completely restored .

  21. 结果:本组患者均给予气管切开呼吸机辅助呼吸,15例死亡,死亡率为34.9%。

    Result : In the group , all the patients required tracheotomy and assisted breathing with ventilator.15 cases died , The mortality was34.9 % .

  22. 方法采用低流量吸氧,雾化吸入、抗生素消炎,翻身、拍背、吸痰,气管切开给氧呼吸,气管插管机械呼吸。

    Methods adopt low flow inhale oxygen , atomize inhale and antibiotic deinflammation , turnover and pat back and suck sputum , giving oxygen respiration of trachea operation , machine respiration of trachea cather .

  23. 气管插管和气管切开在老年呼吸功能衰竭患者中的应用

    Endotracheal Intubation and Tracheostomy in the Treatment of Elderly Respiratory Failure

  24. 葡萄和儿童气管大小无异,要是连串快速吞食,可导致阻塞气管、呼吸不畅。

    Grapes are just the size of a kid 's windpipe , and if a child eats a bunch of them quickly , one might get stuck and cut off the air supply .