论文降重
免费查重- 钛学术文献服务平台 \
- 学术期刊 \
- 综合期刊 \
- 其它期刊 \
- 世界呼吸病学杂志期刊 \
Automated weaning from mechanical ventilation
Automated weaning from mechanical ventilation
基本信息来源于合作网站，原文需代理用户跳转至来源网站获取
摘要：
Mechanical ventilation(MV)is one of the lifesaving techniques applied to critically ill patients at bedside.However,some complications,such as ventilator-induced lung injury and ventilator-associated pneumonia,may occur in a patient undertaking MV and are often related to the duration of MV.Some written protocols have been proposed to reduce the risk of such complications,but they can be time consuming,leading to fluctuation in protocol implementation and compliance.Moreover,written instructions tend to be general and thus cannot cover all possible scenarios,resulting in variable interpretation of the protocol.To overcome these limiting factors,protocols have been computerized and there is convincing evidence in the literature showing that computerized protocols benefit management of the process and reduce the time a patient spends under MV.QuickWean is a computeraided weaning protocol implemented on the Hamilton S1 ventilator(Hamilton Medical AG,Bonaduz,Switzerland),which guides the patient through the weaning process without requiring any intervention by the treating physician.The fully-automated ventilation mode is INTELLiVENT?-ASV(Hamilton Medical AG),which is set according to the patient’s respiratory mechanics,patientventilator interaction,peripheral oxygen saturation(SpO2)and pulmonary end-tidal carbon dioxide(PetCO2).The INTELLiVENT?-ASV mode sets automatically each minute to provide accurate ventilation,pressure support,fraction of inspired oxygen and positive end-expiratory pressure based on the patient’s needs.QuickWean can be pre-set to match the established weaning policy of an intensive care unit as well as being customized to a patient’s needs.It provides a progressive reduction of respiratory support,and guides the patient through the spontaneous breathing trial(SBT).At the end of the SBT,the ventilator re-starts the previous ventilation support and provides a report of the successful SBT.During all phases,PetCO2,SpO2 and all breathing parameters are monitored.This new automated weaning too
推荐文章
Limestone mechanical deformation behavior and failure mechanisms: a review
Mechanical deformation
Brittle fracture
Ductility failure
Strength criterion
Lithium elemental and isotopic disequilibrium in minerals from peridotite xenoliths from Shangzhi, N
Mantle peridotite
Li isotope
Mantle metasomatism
Northeastern China
呼吸机相关性肺炎的发病机制及护理对策
呼吸机相关性肺炎
发病机制
护理对策
Carbon dioxide emissions from the Three Gorges Reservoir, China
CO2 emissions
Three Gorges Reservoir
River-type reservoir
内容分析
关键词云
关键词热度
相关文献总数
(/次)
(/年)
引文网络
引文网络
二级参考文献 (0)
共引文献 (0)
参考文献 (0)
节点文献
引证文献 (0)
同被引文献 (0)
二级引证文献 (0)
2016(0)
- 参考文献(0)
- 二级参考文献(0)
- 引证文献(0)
- 二级引证文献(0)
研究主题发展历程
节点文献
AUTOMATED
ventilation
AUTOMATED
WEANING
WEANING
from
artificial
ventilation
WEANING
PROTOCOL
QuickWean
研究起点
研究来源
研究分支
研究去脉
引文网络交叉学科
相关学者/机构
期刊影响力
世界呼吸病学杂志
主办单位：
百世登出版集团有限公司
出版周期：
不定期
ISSN：
2218-6255
CN：
开本：
出版地：
北京市朝阳区东四环中路62号楼远洋国际中
邮发代号：
创刊时间：
语种：
出版文献量（篇）
66
总下载数（次）
0
总被引数（次）
0
期刊文献
相关文献
推荐文献
