View clinical trials related to Chronic Obstructive Pulmonary Disease.
Filter by:The main purpose of this study is to assess the accuracy of a non-invasive wearable technology in the form of a wristband.
Shortness of breath (dyspnea) is an important symptom during physical exertion in patients with chronic obstructive pulmonary disease (COPD) and is related to respiratory muscle weakness. Dyspnea is a multidimensional sensation. The sensory perceptual domain (perceived dyspnea intensity) has been study extensively. The perception of respiratory distress (unpleasantness of dyspnea) has not received as much attention. Inspiratory muscle training (IMT) has been shown to improve inspiratory muscle function and reduce dyspnea intensity. Balance impairments increasing the risk of falling is another recognized problem in patients with COPD. Postural balance has been shown to be especially impaired in patients with COPD who have pronounced respiratory muscle weakness. Improvements in respiratory muscle function might improve balance control in patients. Respiratory Muscle Metaboreflex is known as respiratory muscle work during exercise reflexively induces sympathetically mediated vasoconstrictor activity, there by compromising blood flow and oxygen delivery to active limb and respiratory muscles. Eight weeks of controlled IMT is hypothesized to reduce both intensity as well as unpleasntness domain of dyspnea perception, improve postural control and improves blood flow and oxygen delivery to limb muscles in patients with COPD who have pronounced respiratory muscle weakness.
The primary purpose of this study is to compare and assess the immediate and long-term effects on pulmonary rehabilitation training with the usage of HFNC or conventional oxygen therapy device. The hypotheses was, with high flow nasal cannula usage while exercising, the physiological outcome measurements would be better than conventional oxygen therapy device. Also, the usage of HFNC can immediately increase patient's exercising endurance and decrease dyspnea caused by exercising.
The purpose of this study is to further understand the effects of altitude on the physiology of gas exchange in the pulmonary microcirculation in normal subjects and in people with chronic obstructive pulmonary disease (COPD) measured as the single-breath diffusing capacity for carbon monoxide (DLCOsb). The study will determine a mathematical formula to allow for altitude corrections in both study populations to be used clinically in pulmonary labs.
People with chronic obstructive pulmonary disease (COPD) have balance problems and are at risk of falling. New guidelines recommend balance assessment be included in pulmonary rehabilitation (PR) however no specific tests are recommended. Our goal is to determine the best balance test for identifying COPD patients who are at risk of falling. In this study, COPD patients who report balance problems or falling in the last year will participate in a testing session. Balance, balance confidence, lower body strength, exercise tolerance and perceived physical limitations will be assessed. The number of falls over the following year will be recorded using monthly calendars.
Health literacy refers to personal and relational factors affecting a person's ability to acquire, understand and use information about health and health services. In a need assessment study it was found that, the health services need to focus on health literacy factors in the follow up of patients with chronic obstructive pulmonary disease (COPD). Thus, this project evaluate the effect a of a health literacy partnership health promotion intervention (hospital, municipalities, university) after discharge from hospital with the use of motivational interviewing and tailored follow-ups on re-admission, health literacy, self-management quality of life and cost in people with COPD compared with usual care.
The investigators are looking at the effect of humidified nasal high-flow with oxygen (HNHF-O2) on air exchange during exacerbations of COPD. HNHF-O2 therapy may have beneficial effects in patients with severe breathing impairment that results in low oxygen in the blood. Some studies show that patients with low blood oxygen levels who use HFNC oxygen have lower rates of needing mechanical ventilation.
Patients who are hospitalized at select Carolinas Healthcare System (CHS) sites with Chronic Obstructive Pulmonary Disorder (COPD) acute exacerbation symptoms will be treated per the CHS COPD Clinical Pathway. Patient outcomes will be followed, including but not limited to readmission. Patients on the pathway will also have access to navigator services.
Problematic: Spirometry is used to objectify the obstructive syndrome defining chronic obstructive pulmonary disease (COPD). However, this test remains underused in the primary care. The tools available for its interpretation are little used and the existence of several decision algorithms can create confusion during the diagnosis. Principal objective: To evaluate the impact of a mobile application (SPIRO©) on medical practice (interpretation and prescription of spirometry) of family physicians and family medicine residents working in family medicine units (FMU) in Quebec affiliated with Laval University. Secondary objective : To evaluate the usability of SPIRO© among family physicians and residents in family medicine working in FMU in Quebec affiliated with Laval University. Methods: This is a pre-post clinical trial with control group. Participants (family MD and family medicine residents) will be recruited from the various FMU affiliated with Laval University. Participants working in the FMU in the experimental group will be able to use the SPIRO® mobile application to facilitate interpretation of the spirometry test results while participants in the control group will not have access to it during the study. The basic characteristics of the participants and various behavioral parameters based on the theory of planned behavior concerning the interpretation and prescription of spirometry test will be measured. Data from the control group will be collected before those in the experimental group at the time the application is not yet available, which will minimize contamination between groups. The data will be collected with questionnaires delivered in person to the participants before the intervention (T0 time) and then four months later (T1 time) during their team or research meeting. Participants will be recruited in eight of the 12 Quebec FMU affiliated with Laval University, who will be randomly assigned to two equal groups: control and experimental. The intervention will consist in sending the SPIRO© mobile application to participants in the experimental group who will use it for a period of four months.
The investigators propose a home hospital model of care that substitutes for treatment in an acute care hospital. Limited studies of the home hospital model have demonstrated that a sizeable proportion of acute care can be delivered in the home with equal quality and safety, reduced cost, and improved patient experience.