Surface Mechanomyography Using a Parasternal Patch to Measure and Detect Respiratory Drive and Effort
- Conditions
- Acute Respiratory Failure
- Interventions
- Device: non-invasive ventilation with or without resistance
- Registration Number
- NCT06046898
- Lead Sponsor
- University Hospital, Angers
- Brief Summary
Surface mechanomyography (sMMG) has been proposed as a tool to study muscle mechanical activity. sMMG is a noninvasive technique using specific transducers to record muscle surface oscillations due to mechanical activity of the motor units . It could be of major interest for the detection of respiratory efforts in patients with respiratory failure. This study aims at assessing the performances of sMMG to measure and detect respiratory drive and effort in healthy volunteers.
- Detailed Description
Not available
Recruitment & Eligibility
- Status
- COMPLETED
- Sex
- All
- Target Recruitment
- 10
- healthy volunteer
- Age > 18 and < 60
- Informed consent
- Fasting
- Subjects covered by or having the rights to medical care assurance
- Obesity (BMI > 30 kg.m-2)
- Respiratory disease
- Cardiovascular disease
- Contraindication to the insertion of a nasogastric tube
- Incapacity to consent
- Pregnancy, breastfeeding
- Bad understanding of the French language,
- Other protected person according to articles L1121.7 and L1121.8 of the French Public Health Act.
Study & Design
- Study Type
- INTERVENTIONAL
- Study Design
- CROSSOVER
- Arm && Interventions
Group Intervention Description SV - R / PSV / SV + R non-invasive ventilation with or without resistance Spontaneous ventilation without resistance / Pressure support ventilation / Spontaneous ventilation with resistance SV + R / SV - R / PSV non-invasive ventilation with or without resistance Spontaneous ventilation with resistance / Spontaneous ventilation without resistance / Pressure support ventilation SV - R / SV + R / PSV non-invasive ventilation with or without resistance Spontaneous ventilation without resistance (SV - R) / Spontaneous ventilation with resistance (SV + R) / Pressure support ventilation (PSV) SV + R / PSV / SV - R non-invasive ventilation with or without resistance Spontaneous ventilation with resistance / Pressure support ventilation / Spontaneous ventilation without resistance PSV / SV + R / SV - R non-invasive ventilation with or without resistance Pressure support ventilation / Spontaneous ventilation with resistance / Spontaneous ventilation without resistance PSV / SV - R / SV + R non-invasive ventilation with or without resistance Pressure support ventilation / Spontaneous ventilation without resistance / Spontaneous ventilation with resistance
- Primary Outcome Measures
Name Time Method Accuracy of sMMG to detect respiratory effort 5 minutes after the beginning of recording Delays between the beginning of the respiratory effort detected by sMMG and Eadi and the end of the respiratory effort detected by sMMG and Eadi (msec)
- Secondary Outcome Measures
Name Time Method Comparison between sMMG slope & Eadi parameters 5 minutes after the beginning of recording Accuracy of sMMG to assess the intensity of respiratory drive (in comparison with Eadi in microvolt)
Comparison between sMMG-time (MMG-TP) and PTPes-Pes Peak 5 minutes after the beginning of recording Accuracy of sMMG to assess the intensity of respiratory effort (in comparison with pressure-time product in cm H2O.s.min-1)
Comparison between sMMG slope & slope Peso 5 minutes after the beginning of recording Accuracy of sMMG to assess the intensity of respiratory drive (in comparison Peso in cm H20)
Delay between neural time measured by sMMG and neural time measured by Eadi 5 minutes after the beginning of recording Accuracy of sMMG to assess the duration of inspiratory neural time (in comparison with Eadi in msec)
Trial Locations
- Locations (1)
Angers University Hospital
🇫🇷Angers, France