Comparative Effects of IMT Vs EMT Along With AIT in COPD Patients

Chronic Obstructive Pulmonary Disease (COPD) is the 3rd leading cause of mortality and 7th leading cause of ill-health worldwide. It is characterized by persistent and progressive air flow resistance with expiratory flow more compromised as compared to inspiratory flow leading to CO2 retention and prominent hyperinflation of lungs. The overall effects of COPD on the patient's entire body include pulmonary, followed by extra-pulmonary manifestations in which musculoskeletal derangements are more pronounced and interfere with daily activities, further deteriorating the patient's health. Restricted air flow leads to an increase in shortness of breath on slight exertion and early fatigue or exhaustion of respiratory muscles due to over work. Literature from the past describes how COPD care has advanced and emphasizes the value of pulmonary rehabilitation in addition to medicinal management to treat decadence. Many studies show that Inspiratory muscle training has positive effect on ABG's, some PFT's and diaphragmatic function. Endurance and strength training improve patient activity of daily living and dyspnea. This study intricate the collation of Respiratory Muscle Training and Aerobic Interval Training on functional performance, exertional dyspnea and fatigue level in patients diagnosed with COPD. A randomized controlled trial will be integrated with the sample size of 53 patients which is calculated through epi-tool. Age of selected Patients will fall between 30-55 years and will be randomly assigned into 2 groups. Group A (Experimental group A) will get Inspiratory breather training along-with Aerobic Interval Training, Group B (Experimental group B) will get Expiratory muscle training along-with Aerobic Interval Training (Same Protocol). Data will be gathered from Pulmonology wards and OPD of selected hospital. Clinical Assessment will be incorporated through Karnofsky performance scale, Fatigue Severity Scale, MmRC Dyspnea scale, Digital Spirometer, and 6MWT. Pr