Home Airway Clearance in Patients With Bronchiectasis (Home-Care Bronchiectasis)

Bronchiectasis Adult Clinical Trial

Official title: Feasibility of Implementing SIMEOX® Using Tele-physiotherapy and Evaluation of Compliance With SIMEOX® at Home for Bronchial Drainage in Patients With Bronchiectasis Other Than Cystic Fibrosis and Who Have Difficulties in Accessing Regular Respiratory Physiotherapy Sessions.

Status Completed

Clinical Trial Summary

Bronchiectasis is a chronic multiple etiologies pulmonary disease characterized by permanent dilatation of the caliber of the bronchial tree territory with an alteration of mucociliary clearance. This alteration causes mucus retention and leads to infections and chronic bronchial inflammation. Respiratory physiotherapy is one of the cornerstones of the management of these patients, particularly to facilitate bronchial drainage. In patients with abundant bronchial secretions, it is recommended to carry out airway clearance sessions daily or several times a day, which represents a very significant burden of care. Moreover, access to respiratory physiotherapy care isn't always easy for patients due to geographical, time, or professional availability limitations. In addition, few professionals are trained in France for this specific care dedicated to chronic lung disease. Finally with this kind of remote formation and follow up, it may be more suitable for this at-risk patient population in the context of the COVID-19 pandemic situation (limitation of physical contact).

SIMEOX® (Physio-Assist, Aix en Provence, France) is an innovative medical device (CE medical mark) for bronchial tree drainage. The use of this device in autonomy by the patient requires however a specific initial training of a few sessions (3-5 sessions). Tele-physiotherapy could allow remote training of patients in the use of SIMEOX®. This SIMEOX® device used autonomously at home, could provide patients with a practical and efficient bronchial clearance technique.

The overall objective of this pilot study is to evaluate the use of SIMEOX® at home after education in its use by telecare for bronchial drainage in patients with bronchiectasis (non-cystic Fibrosis Bronchiectasis) and who have difficulty accessing usual respiratory physiotherapy sessions.

Clinical Trial Description

Bronchiectasis is a chronic multiple etiologies pulmonary disease characterized by permanent and abnormal dilatation of the caliber of a territory of the bronchial tree with an alteration of mucociliary clearance. Patients with bronchiectasis have chronic cough and sputum production. Bacterial infections develop in them, leading to loss of lung function. Bronchiectasis affects patients of all ages and sexes, but the prevalence is higher in older women. It is often a complication of a previous lung infection or injury or is due to underlying systemic diseases. The treatment of bronchiectasis is multimodal and non-specific, including anti-inflammatory agents, bronchodilation, and depending on the clinical picture, bronchodilators, and inhaled antibiotics.

Respiratory physiotherapy is one of the cornerstones to facilitate bronchial drainage. In patients with abundant bronchial secretions, it is recommended that bronchial drainage sessions be performed daily or several times a day. These bronchial drainage sessions, whether performed with a physiotherapist or independently, represent a very significant burden of care with limited compliance. Moreover, access to respiratory physiotherapy care is not always easy for patients due to geographical, time or professional availability limitations. Telehealth is recommended to improve the access to care and the quality of care. The Article 53 of French Law No. 2019-774 of July 24, 2019, relating to the organization and transformation of the healthcare system, provides for telecare. In the context of respiratory physiotherapy, this is a session carried out remotely by the physiotherapist, by videotransmission. In the context of the COVID-19 health crisis, this telecare was regulated by the decree of May 11, 2020. The rehabilitation of respiratory diseases (excluding emergencies) was envisaged in this decree. Practical experiences of telecare in respiratory physiotherapy have emerged during this health crisis and have created an opportunity to facilitate access to care for patients.

The general principle expected from bronchial clearance techniques is to modify the viscoelastic properties of secretions and facilitate their elimination; these techniques can be applied simply with the spontaneous breathing of the patient by modifying the respiratory flow and/or the amplitude of ventilation or they can be applied with instrumental aids. SIMEOX® (Physio-Assist, Aix en Provence, France) is an innovative medical device (CE medical mark) for drainage of the bronchial tree: by means of a mouthpiece connected to SIMEOX® a succession of very short air negative pressure are generated in a non-invasive way that disseminate in the bronchial tree a pneumatic vibratory signal that modifies the rheological properties of the mucus, facilitates the mobilization of secretions and assists their transport to the upper airways. The SIMEOX® device was tested in patients with bronchiectasis during respiratory exacerbation during a 7-day hospital stay; patients reported good tolerance of the device; respiratory function and exercise tolerance parameters were improve. However, the patient's autonomous use of this device requires specific training of a few sessions (3 to 5 sessions).

RESEARCH HYPOTHESES Tele-physiotherapy could allow remote training of patients in the use of SIMEOX®. Once trained in its use, patients who have difficulty accessing standard respiratory physiotherapy sessions could be provided with a practical and effective bronchial clearance technique that can be used independently at home. ;

Related Conditions & MeSH terms

• Bronchiectasis
• Bronchiectasis Adult

• NCT number: NCT04742270
• Study type: Interventional
• Source: Physio-Assist
• Status: Completed
• Phase: N/A
• Start date: March 4, 2021
• Completion date: December 31, 2021