健康去哪儿
医院
健趣网登录 关闭
还没有账号？立即注册！
当前位置： 健趣网 www.patfun.com >  全球公益转诊 >  国际招募项目(中文)

FreeO2 PreHospital - Automated Oxygen Titration vs Manual Titration According to the BLS-PCS

赞助:
合作者:
信息的提供 (责任方):
François Lellouche，Laval University
December 18, 2017
October 4, 2018
October 4, 2018
October 2018
December 2019   (主要结果测量的最终数据收集日期)
Feasibility of the study design - REB approval[ Time Frame: Date of REB submission to date of REB approval, target: until 3 months (90 days) from REB submission ]
Time to REB approval for single site time to REB approval for single site define by below 3 months (90 days) from REB submission, time to readiness to initiate the clinical trial after REB approval - below 3 months (90 days) from REB approval, evaluation of data collection tool - 100% of data captured in >90% case at hospital discharge (until day 28), Survey responses from Paramedics - At the end of the transportation day

Feasibility of the study design - initiate the clinical trial[ Time Frame: Target until 3 months (90 days) from REB approval ]
Time to readiness to initiate the clinical trial

Feasibility of the study design - Evaluation of data collection tool[ Time Frame: through study completion, average 28 days ]
target: 100% of data captured in >90% cases

Feasibility of the study design - study protocol compliance[ Time Frame: through study completion, average 28 days ]
Target of 80% of compliance for protocol intervention/control group

Feasibility of the study design - Paramedics survey[ Time Frame: through study completion, average 28 days ]
A survey will be complete by Paramedics at the end of day of transportation (day 1); the target response rate is 75% of case.
与当前相同
  • Oxygenation - Total Time in the target zone SpO2[ Time Frame: Day 1 - During prehospital transportation (from entry in the ambulance until exit of the ambulance) ]
    Percentage of time spent in the target zone SpO2 90±2% in the COPD population (in the range of 88 to 92%) 94±2% in the trauma population (in the range of 92 to 96%)
  • Oxygenation - Total time with hyperoxia[ Time Frame: Day 1 - During prehospital transportation (from entry in the ambulance until exit of the ambulance) ]
    Percentage of time spent in thyperoxia (SpO2 > 94% in COPD patients and SpO2 >98% in trauma patients)
  • Oxygenation - Total time with hypoxemia[ Time Frame: Day 1 - During prehospital transportation (from entry in the ambulance until exit of the ambulance) ]
    Percentage of time spent in the target zone SpO2 - % of time with hypoxemia (SpO2<86% in COPD patients and SpO2 <90% in trauma patients)
  • The oxygentherapy complication- PaCO2[ Time Frame: Day 1- On The first ABG or capillary blood gases after hospital admission ]
    -Evaluation of level of PaCO2 on the first ABG at ED or ICU admission (when available)
  • The oxygentherapy complication - respiratory acidosis[ Time Frame: Day 1- On The first ABG or capillary blood gases after hospital admission ]
    -Evaluation of the rate of respiratory acidosis (pH<7.35 and PaCO2>45mmHg) after hospital admission
  • The rate of patients without oxygen at the end of the transportation[ Time Frame: Day 1 - At the end of the transportation (at the exit from the ambulance) ]
    Rate of patient weaned of oxygen at the end of the transportation
  • Outcome data - NIV[ Time Frame: During hospital stay - approximately 28 days - admission day until hospital discharge ]
    The rate of NIV use during lenght of stay in hospital
  • Outcome data - ICU admission[ Time Frame: During hospital stay- approximately 28 days - admission day until hospital discharge ]
    The rate of ICU admission during lenght of stay in hospital
  • Outcome data - Death[ Time Frame: During hospital stay - hospital admission through study completion average 28 days or until death if occured ]
    The rate of death during lenght of stay in hospital
  • Outcome data[ Time Frame: Length of hospital stay measured in calendar days, hospital admission through study completion, average 28 days ]
    Duration of the hospital length of stay
  • The oxygen consumption during the pre-hospital transport[ Time Frame: Day 1 - During prehospital transportation (from entry in the ambulance until exit of the ambulance), ]
    Mean O2 flow rate (total O2 consumption) during transportation
 
FreeO2 PreHospital - Automated Oxygen Titration vs Manual Titration According to the BLS-PCS
Automated Administration of Oxygen (FreeO2) in Ambulances for COPD and Trauma Patients

Evaluation of automated oxygen titration in comparison with manual adjustment in ambulance.
It's a single center study in Canada. This will be a single centred prehospital multi-period cluster crossover feasibility trial, (see Figure 2a) enrolling patients in Ottawa, Ontario, who are treated by paramedics from the Ottawa Paramedic Service, who have been trained in the use of the automated oxygen delivery device. We will be using the FreeO2 device. Patients requiring oxygen therapy during prehospital transportation will be enrolled. No randomization will occur within this single centred feasibility study Patients requiring oxygen therapy during the prehospital transportation will be enrolled and will be included as soon as they are placed into the ambulance, until the arrival of the vehicle to a hospital. Each patient will be randomized into one of two groups according to the usual oxygen therapy or oxygen therapy protocol with the automated system FreeO2. In both groups, SpO2 will be collected continuously every second FreeO2 monitoring, in addition to the collection of vital signs carried out by the staff according to the standards.
Interventional
N/A
分配: Non-Randomized
干预模型: Parallel Assignment
干预模型描述: This will be a single centred prehospital multi-period cluster crossover feasibility trial
盲法: Interventional
盲法描述:
主要目的: Treatment
  • Device: Automated oxygen administration - FreeO2
    The adjustment of the oxygen flow will be made by the FreeO2 system, an automated titration of oxygen flow every second to reach the SpO2 target. The SpO2 target will be set at 90% in COPD patients and 94% in trauma patients.
  • Other: Standard administration of oxygen flow
    The flow of oxygen will be administered according to the usual protocol during the transport and until transfer to the emergency departement.
  • Other: Control group
    In this group, the - usual care based upon BLS-PCS with manual titration of oxygen. In this group the SpO2 was recorded any time with FreeO2 device - recording mode.
  • Other: FreeO2 group
    The adjustment of the oxygen flow will be made by the FreeO2 system, an automated titration to reach the SpO2 target set by clinician.
 
Not yet recruiting
100
与当前相同
December 2019
December 2019   (主要结果测量的最终数据收集日期)
Inclusion Criteria: COPD patient: 1. Known or suspected acute exacerbation of COPD. Acute exacerbation is defined by worsening of the respiratory condition for less than 2 weeks. Suspected COPD is defined by patients of at least 30 years old with respiratory symptoms with a past or current smoking history of at least 10 pack years, or 2. Able to measure SpO2 via pulse oximetry Trauma patient: I) Trauma: patients who sustain any trauma (minor or major), II) Able to measure SpO2 via pulse oximetry Exclusion Criteria: - Inclusion in another study not allowing the co-enrollment - Pregnancy - Age <18 years - Prehospital Invasive or non-invasive mechanical ventilation
参与研究的性别: All
最小年龄：18 Years ，最大年龄：N/A  
没有
 
No
研究美国FDA监管的药品: No
研究涉及美国FDA监管的设备产品: No
计划分享 IPD:
François Lellouche，Laval University
Laval University
Principal Investigator: Michael Austin the ottawa general hospital
Laval University
October 2018

ICMJE     国际医学期刊编辑委员会和 世界卫生组织 ICTRP 要求的元素
请使用微信扫码报名

关于健趣网     联系健趣网     获取帮助     服务条款     隐私政策     APP客户端     网站地图     手机版     临床路径

京ICP备11027633号-5 经营许可证编号：京B2-20192562 互联网药品信息服务资格证书2015-0088 京公网安备 11010102003638号
版权所有 © 2012-2020 健趣网