便携式麻醉机的回顾与发展展望
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摘要
介绍了便携式麻醉机的基本组成及其对于野战和院外急救具有的重要作用。对国内外便携式麻醉机的发展历史进行了回顾。指出便携式麻醉机正在朝着专业化、智能化、集成化的方向发展,多功能、耐用和结构紧凑是其发展的最终目标。
The basic components of portable anaesthesia machine(PAM) are introduced, which plays an significant role in field battle and medical relief. The development history of PAM at home and abroad is also reviewed, with the conclusion being drawn that PAM is heading for specialization, automation and integration, which will be finally into durable and compact as well as multi-functional.
The basic components of portable anaesthesia machine(PAM) are introduced, which plays an significant role in field battle and medical relief. The development history of PAM at home and abroad is also reviewed, with the conclusion being drawn that PAM is heading for specialization, automation and integration, which will be finally into durable and compact as well as multi-functional.
引文
[1]马优钢,李泉,盛月红,等.地震后危重多发伤患者野外条件下的救治体会[J].第二军医大学学报,2008,29(6):583-585.
[2]张成伟,静晨,侯世科,等.国际医疗救援中野战医院急诊室质量管理[J].解放军医院管理杂志,2007,14(12):933-935.
[3]乐昌恒.野战条件下麻醉复苏急救的10条经验[J].人民军医,1995,37(6):10.
[4]韦汉鹏.麻醉机设计原理及进展[J].医疗设备信息,2005,20(10):44-45,48.
[5]帅训军,孙丽,万效梅,等.麻醉机原理与发展趋势[J].医疗设备信息,2003,18(12):33-35.
[6]杜心才,李雪原,吴国甫.麻醉机的工作原理和进展[J].医疗卫生装备,2004,25(3):49.
[7]伍瑞昌.美军野战麻醉机的回顾与展望[J].医疗卫生装备,1994,15(5):46-48.
[8]Low E,Tang K C,Chiu J W.Airway and ventilatory equipment in field anaesthesia:What’s new?[J].Mil Med,2004,169(7):342-348.
[9]Papatony M,Landmesser C M.Portable unit for fluothane-air anes-thetia(“PUFFA”)[J].Anesthesiology,1960,21:768-773.
[10]Hewer C L.Portable equipment for general anaesthesia,general analgesia and resuscitation[J].Lancet,1961,2:1290.
[11]Tweed W A,Amatya R,Spoerel W E.A low-pressure portable anaesthesia system for field use:clinical trials[J].Can J Anaesth,1990,37(8):928-931.
[12]Oswald R P,Deboer G E.Portable anesthesia transport system[J].J Clin Eng,1991,16(6):521-526.
[13]Roux A,Van Heerden P,Alper J,et al.The Johannesburg Hospital mobile anaesthesia service[J].Injury,1992,23(4):251-255.
[14]齐凌英,刘传双,钟成跃,等.如何正确使用CWM-301型多功能野战麻醉机[J].医疗卫生装备,2003,24(11):129.
[15]陈汝峰.野战手术车车载ACM麻醉机使用注意事项及常见故障排除[J].医疗卫生装备,2005,26(11):81-82.
[16]曹阳,张红峰.新型的车船载麻醉机[J].中国医疗装备,2005,2(8):32-33.
[17]吴太虎,宋振兴,罗金辉,等.WAZ-01便携式箱仪一体麻醉机的研制[J].医疗装备,2005,18(9):6-8.
[18]吴太虎,宋振兴,孟兴菊,等.WAZ-02箱仪一体麻醉机的研制[J].医疗设备信息,2006,21(1):3-5.
[19]夏宗渭,何德礼,兰宣鹤.野战麻醉急救工作站的研制[J].医疗卫生装备,1999,20(5):41.
[20]蒋京京,刘虎,徐海涛,等.地震后挤压伤患者野外条件下的围手术期麻醉管理[J].第二军医大学学报,2008,29(6):586-587.
[21]李洪,杜智勇,杨天德.地震灾区受伤人员的麻醉[J].中国医药指南,2008,6(12):9-11.
[2]张成伟,静晨,侯世科,等.国际医疗救援中野战医院急诊室质量管理[J].解放军医院管理杂志,2007,14(12):933-935.
[3]乐昌恒.野战条件下麻醉复苏急救的10条经验[J].人民军医,1995,37(6):10.
[4]韦汉鹏.麻醉机设计原理及进展[J].医疗设备信息,2005,20(10):44-45,48.
[5]帅训军,孙丽,万效梅,等.麻醉机原理与发展趋势[J].医疗设备信息,2003,18(12):33-35.
[6]杜心才,李雪原,吴国甫.麻醉机的工作原理和进展[J].医疗卫生装备,2004,25(3):49.
[7]伍瑞昌.美军野战麻醉机的回顾与展望[J].医疗卫生装备,1994,15(5):46-48.
[8]Low E,Tang K C,Chiu J W.Airway and ventilatory equipment in field anaesthesia:What’s new?[J].Mil Med,2004,169(7):342-348.
[9]Papatony M,Landmesser C M.Portable unit for fluothane-air anes-thetia(“PUFFA”)[J].Anesthesiology,1960,21:768-773.
[10]Hewer C L.Portable equipment for general anaesthesia,general analgesia and resuscitation[J].Lancet,1961,2:1290.
[11]Tweed W A,Amatya R,Spoerel W E.A low-pressure portable anaesthesia system for field use:clinical trials[J].Can J Anaesth,1990,37(8):928-931.
[12]Oswald R P,Deboer G E.Portable anesthesia transport system[J].J Clin Eng,1991,16(6):521-526.
[13]Roux A,Van Heerden P,Alper J,et al.The Johannesburg Hospital mobile anaesthesia service[J].Injury,1992,23(4):251-255.
[14]齐凌英,刘传双,钟成跃,等.如何正确使用CWM-301型多功能野战麻醉机[J].医疗卫生装备,2003,24(11):129.
[15]陈汝峰.野战手术车车载ACM麻醉机使用注意事项及常见故障排除[J].医疗卫生装备,2005,26(11):81-82.
[16]曹阳,张红峰.新型的车船载麻醉机[J].中国医疗装备,2005,2(8):32-33.
[17]吴太虎,宋振兴,罗金辉,等.WAZ-01便携式箱仪一体麻醉机的研制[J].医疗装备,2005,18(9):6-8.
[18]吴太虎,宋振兴,孟兴菊,等.WAZ-02箱仪一体麻醉机的研制[J].医疗设备信息,2006,21(1):3-5.
[19]夏宗渭,何德礼,兰宣鹤.野战麻醉急救工作站的研制[J].医疗卫生装备,1999,20(5):41.
[20]蒋京京,刘虎,徐海涛,等.地震后挤压伤患者野外条件下的围手术期麻醉管理[J].第二军医大学学报,2008,29(6):586-587.
[21]李洪,杜智勇,杨天德.地震灾区受伤人员的麻醉[J].中国医药指南,2008,6(12):9-11.
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