Pulmonary Rehabilitation for Chronic Lung Diseases.

Chronic Obstructive Pulmonary Disease (COPD) is now the main cause of disability in developed world. The advance COPD related to increasing breathlessness, disability, and periodic hospitalizations. An aging population world cigarette consumption developing countries expand global impact this condition. disorder associated with leads a decrease physical activity failure functional independence.
 aim study was evaluate effects PR patients normal exercise capacity on health-related quality life capacity.
 mean FEV1/FVC 59.4± 14.1%, FEV1 64.8± 23.0% as expected. Most topics had mild moderate COPD. PImax PEmax were normal. These subjects no previous participation home-based or hospital-based PR. All maximal V˙O2 work rate before PR.
 After there still considerable improvements (mean increase 101.3 mL/min, p <0.001) 8.2 watts, p<0.001). Ventilation, heart rate, blood pressure constant following maximum oxygen pulse at significantly increased (p<0.02). SpO2 end-tidal PCO2 peak did not improve after Although dyspnea scores rest low PR, end-exercise improved (p=0.01). should be responsibility clinical management COPD, even for those capacity. However, benefits disease progression, hospitalization, survival these remain unknown.
 role any chronic disease, including lung (QL) patients.
 Conclusion; strongly recommended by scientific societies pulmonary rehabilitation programs need more widely implemented. have shown high level evidence respiratory patients, particularly