Ventilation Distribution in COPD Patients During Breathing Exercises
NCT06381973 · Status: COMPLETED · Phase: NA · Type: INTERVENTIONAL · Enrollment: 33
Last updated 2026-04-23
Summary
ELTGOL (Slow Expiration with the Opened Glottis in the Lateral posture) is an airway clearance technique performed in the lateral decubitus position. This technique focuses on optimizing ventilation of the infralateral lung (when the subject is lying in the lateral posture) to enhance local air-liquid interaction. Previous studies on ventilation differences between the infra- and supralateral lungs were conducted on healthy, young, male subjects, without the application of thoracic or abdominal pressure.
This study aimed to assess ventilation distribution in right lateral recumbency in patients with chronic obstructive pulmonary disease (COPD), as well as healthy individuals, and investigate the impact of thoracic and abdominal manual pressures during ELTGOL on ventilation distribution.
Conditions
Interventions
- BEHAVIORAL
-
ELTGOL_Physio
The subject will be asked to slowly exhale with the glottis opened in the right lateral posture. The physiotherapist will accompany the subject by gently applying manual pressure on the chest wall and the abdomen during expiratory phases.
- BEHAVIORAL
-
ELTGOL_Auto
The subject will be asked to slowly exhale with the glottis opened in the right lateral posture. The physiotherapist will not intervene in this arm.
- DEVICE
-
PEP
The subject will be asked to exhale through a positive expiratory pressure (PEP) device (Threshold PEP) while being in the right lateral posture.
- BEHAVIORAL
-
1L-Tidal-Breathing
The subject will be asked to breath with a fixed tidal-breathing of 1 liter per breath (monitored via a spirometer) while being in the right lateral posture.
- BEHAVIORAL
-
Spontaneous Breathing
The subject will be asked to breath spontaneously while being in the right lateral posture.
Sponsors & Collaborators
-
William Poncin, PT, PhD
lead OTHER
Study Design
- Allocation
- RANDOMIZED
- Purpose
- TREATMENT
- Masking
- SINGLE
- Model
- CROSSOVER
Eligibility
- Min Age
- 40 Years
- Sex
- ALL
- Healthy Volunteers
- Yes
Timeline & Regulatory
- Start
- 2024-04-15
- Primary Completion
- 2025-05-16
- Completion
- 2025-05-16
Countries
- Belgium
Study Locations
More Related Trials
-
Effect of Prone Position onV/Q Matching in Non-intubated Patients With COVID-19
NCT04754113 ·Status: COMPLETED ·Phase: NA
-
EIT Assessment of Lung Volume and Tidal Distribution: A Comparison of Non-Invasive Ventilation Devices
NCT02930174 ·Status: COMPLETED ·Phase: NA
-
Positional Effects on Lung Ventilation and Perfusion in Obesity
NCT07341113 ·Status: COMPLETED
-
Influence of Techniques of Chest Physiotherapy in the Pediatric Intensive Care
NCT03112811 ·Status: UNKNOWN ·Phase: NA
-
Validation of a Dynamic Evaluation Tool in Respiratory Failure
NCT01807663 ·Status: TERMINATED ·Phase: NA
-
Assessment of Continuous Measurement of Transcutaneous CO2 for Evaluation of Alveolar Dead Space During Exercise
NCT03718780 ·Status: UNKNOWN ·Phase: NA
-
Evaluation of Postoperative Ventilation Distribution With Electrical Impedance Tomography
NCT05389735 ·Status: UNKNOWN
-
Physiological Effects of Lung Impedance Tomography-Guided and Plat Pressure-Guided Phigh During APRV in Patients With ARDS
NCT06696638 ·Status: RECRUITING ·Phase: NA
-
Visualization of Inspiratory Effort and Respiratory Mechanics to Promote Lung- and Diaphragm Protective Ventilation
NCT05459116 ·Status: RECRUITING ·Phase: NA
-
Lung EIT Image Guide Ventilation in ARDS
NCT07309783 ·Status: NOT_YET_RECRUITING ·Phase: NA
-
Individualized Positive End-expiratory Pressure Guided by End-expiratory Lung Volume in the Acute Respiratory Distress Syndrome
NCT04012073 ·Status: TERMINATED ·Phase: PHASE3
-
Pressure Levels on Lung Expansion
NCT03027180 ·Status: COMPLETED ·Phase: NA
-
Optimal PEEP Titration Combining Transpulmonary Pressure Measurement and Electric Impedance Tomography
NCT04174014 ·Status: RECRUITING ·Phase: NA
-
Prone Position With Different Types of Cushions in Patients With ARDS
NCT06184490 ·Status: RECRUITING ·Phase: NA
-
Effect of Early Physical Exercise on Pulmonary Ventilation and Recruitment
NCT02226406 ·Status: COMPLETED ·Phase: NA
-
Comparison of Static Air Support Devices (Repose®) and Alternating-Pressure Devices in the Prevention of Pressure Ulcers
NCT03597750 ·Status: COMPLETED ·Phase: NA
-
By Assessing the Continuous Respiratory Physiological Changes Through Prone Position, Determine the Optimal Duration for Prone Position
NCT06827184 ·Status: RECRUITING
-
Effects of Pleural Effusion Drainage on Respiratory System Mechanics
NCT01652521 ·Status: UNKNOWN
-
Influence of Respiratory Mechanics on Brain-specific Monitoring in Brain-injured Patients
NCT04013698 ·Status: WITHDRAWN ·Phase: NA
-
Measurement of Cardiac Output in Intensive Care Unit With Unstable Hemodynamic: Validation of Physioflow® Device Versus Trans Thoracic Echocardiography
NCT03937102 ·Status: COMPLETED
-
Measuring Lung Pressures in Critically Ill Children Who Are on Mechanical Ventilation
NCT02354365 ·Status: ACTIVE_NOT_RECRUITING
-
The Effectiveness of the Jamboxx Respiratory Therapy Device: Study 3
NCT03547349 ·Status: TERMINATED ·Phase: NA
-
Distribution of Pulmonary Ventilation With the Modified Pachon Incentive vs. Branded Respiratory Incentive
NCT05532748 ·Status: UNKNOWN ·Phase: NA
-
Effects of PEEP on Heart and Lungs in Obese Subjects
NCT02523352 ·Status: UNKNOWN ·Phase: NA
-
Comparison of Sacral Interface Pressure in Healthy Volunteers on Two Dynamic Pressure-Prevention Support Surfaces
NCT06661954 ·Status: COMPLETED ·Phase: NA