Respiratory Oxygen Adherence Monitor for Chronic Obstructive Pulmonary Disease Patients

COPD, COPD - Chronic Obstructive Pulmonary Disease

oxygen therapy, COPD

The goal of this clinical trial is to test a device called ROAM that is being developed to see how patients with chronic obstructive pulmonary disease (COPD) use oxygen therapy over a long period of time. This study will focus on evaluating the ROAM device, which will be attached to your oxygen source. The question that the study aims to answer is: will patients who receive daily adherence feedback from the ROAM have increased adherence to their prescribed long term oxygen therapy regimens? Researchers will compare the amount of time using oxygen and attitudes about oxygen therapy observed in a group that receives feedback from ROAM, and a control group that does not receive feedback. Participants will have their oxygen supplies fitted with the ROAM device and then use their oxygen as usual for the 5-week study duration. Participants in the study group will have access to information about their oxygen usage and pulse oximetry levels. All participants will attend two in-clinic sessions of about an hour each, and will complete questionnaires at the beginning and end of the study.

This clinical trial will be a conventional randomized, parallel controlled trial to evaluate the primary hypothesis that a 4-week period of using the ROAM adherence monitor and support system will result in increased adherence when compared to a control group with no adherence monitoring. The participant population will be individuals with chronic obstructive pulmonary disease (COPD), and who have been prescribed oxygen therapy for a minimum of 8 hours/day. Half of the participants will be randomly assigned to the ROAM group; the other half will comprise the control group. All participants will bring their regular oxygen supplies to the clinic to be fitted with the ROAM sensors. To establish baseline adherence, for the first week, all participants will be blinded to feedback from the ROAM system (including oxygen usage times and oxygen saturation levels); a special code will disable feedback on the local system, including the adherence displays and notifications. After one week, the oxygen usage times will be averaged, and used as a baseline of adherence. Control participants will continue to be blinded to the ROAM feedback for the next four weeks. After the first week, the ROAM group participants will be instructed to enter a code to enable the ROAM user feedback display on the concentrator and portable tank systems. These participants will be instructed to take pulse oximetry readings as they usually do using the ROAM system's included oximeter. A minimum of two readings per day will be encouraged by built-in alerts on the system. They will continue using the system, while receiving feedback on daily adherence rates and oxygen saturation levels, for the 4-week study duration. The average daily oxygen use times over the four-week study period will be computed, and use times for the ROAM group will be compared to those of the control group. At the beginning and end of the study, patients will complete a questionnaire to assess attitudes toward treatment. The primary outcome metric will be adherence rates (% adherent = actual treatment time/prescribed treatment time) of the oxygen therapy. The secondary outcome metric will be attitude towards treatment, as assessed via questionnaires.

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United States