H.3 Device to assess the efficacy of inhaler medication intake

Chronic Obstructive Pulmonary Disease (COPD) is a progressive lung condition characterized by obstructed airflow. COPD not only deteriorates the quality of life for individuals but also imposes substantial economic and resource strains on healthcare systems. COPD leads to a gradual loss of lung function, turning everyday activities into exhausting tasks for patients. This situation underscores the need for effective management strategies and interventions to alleviate the wide-ranging impacts of this disease.

A pivotal aspect of managing COPD involves the use of inhalers, which, if used correctly, can significantly alleviate symptoms and improve lung function. However, incorrect inhaler usage is a prevalent issue, adversely affecting treatment efficacy. Many patients, due to lack of proper guidance or understanding, fail to use inhalers correctly, leading to insufficient medication reaching the lungs. This improper usage contributes to more severe symptoms, frequent exacerbations, and a higher rate of emergency hospital visits. Addressing this issue is critical in enhancing the effectiveness of COPD treatment and reducing its overall healthcare burden.

In light of these challenges, the development of a device that can assess the efficacy of inhaler use is increasingly necessary. Such a device would represent a significant advancement in COPD treatment, providing patients with real-time feedback on their inhaler technique. By ensuring that patients administer their medication correctly, this technology could dramatically improve treatment outcomes.