COPD Clinical Trial
Official title:
Effects of Pursed Lip Breathing With Arm Ergometry After Chin Supported Position in COPD Patients.
Randomized control Trial, Purposive sampling was used to obtain the sample for the study and then randomly allocated into groups by coin toss method. Data collected from July 2019 to January 2020, was conducted at Rehman Medical Institute Peshawar. To determine the effects of pursed lip breathing with arm ergometry after chin support position on heart rate, respiratory parameters, pulmonary function tests and quality of life in COPD patients.
Chronic Obstructive Lung Disease (COPD), a major worldwide epidemic is the 4th leading cause
of death around the globe and though, with rise in worldwide life expectancy and tobacco
smoking, predominantly in developing countries, it is likely to be the 3rd leading cause of
mortality by 2020. In Pakistan, mortality rate caused by COPD is expected to reach 71 deaths
per 100,000 that is globally the fourth leading death rate among 25 most populated countries.
The condition is in the focus worldwide, since its increased prevalence, morbidity and
mortality rate create alarming challenges for health‐care professionals. In spite of latest
trends in decline of COPD consistent death rates and few current achievements in anti‐smoking
efforts in many western countries, the elevating influence of increasing age in an
ever‐growing global population, combined with factors as high smoking rates and pollution of
air in Asia, will confirm that COPD will last as an ever‐increasing issue into the 21st
century.
A variety of environmental and intrinsic risk factors are involved in the development of COPD
which affect at different time points during an individual's life span. Smoking is a dominant
risk factor comprising of 80% of the COPD cases.
During the previous 5 years, an exceeding quantity of risk factors excluding smoking have
been associated with the COPD development, predominantly in developing countries.
Exercise intolerance is a challenging result of COPD and often happens during arm activities.
. Exercise intolerance can be best described by the concept of dynamic hyperinflation. The
thoracic motion is regulated due to hyperinflation and thus capacity to increase tidal volume
during exercise is limited. Many research studies have established that there is limited arm
exercise capacity, and patients often complain of notable dyspnea and fatigue during arm
activities essential in daily life. Two mechanisms have been recommended: neuro-mechanical
dysfunction of respiratory musculature, that are diaphragm and accessory respiratory muscles,
thoracic-abdominal asynchronous and changes in lung volume during upper limb activities.
Impairments in ventilatory mechanics in COPD patients result in termination of arm exercises
at lower workloads compared with healthy subjects.
When these patients were asked to open their mouths to breathe out instead of using pursed
lips Breathing (PLB) they immediately developed severe dyspnea and suffocation. The term PLB
was utilized as the patients had lips almost completely sealed while they were exhaling.
However, the term pursed lip or puckered lip breathing was not well characterized, and the
techniques taught to patients varied depending on the clinician. PLB was defined as a
self-induced type of positive-pressure breath. One definition given by Wikipedia, is that PLB
is a breathing technique that consists of exhaling through tightly pressed lip (pursed lips)
and inhaling through nose with mouth closed. The "tightly" is the word that can be subjective
and open to interpretation. The online free medical dictionary gives a very similar
definition as Wikipedia; however, it removed "tightly" from the "tightly pursed lip".
Regardless of "tightly pursed lip" vs. "pressed lip", the purpose of this breathing is to
slow down the air flow during the exhalation to build up back pressure in the airway to avoid
a sudden drop in intra-pulmonary pressure resulting in alveolar and airway collapse. Pursed
lip breathing, is a strategic breathing training often used by COPD patients to obtain relief
from dyspnea.
A shift in the pattern of recruitment of inspiratory and expiratory muscles with PLB
exercise. There is a better activity in the rib cage and accessory muscles than with activity
of diaphragm. The diaphragmatic tension-time index is decreased. Consequently, PLB by
altering recruitment pattern decreases the possibility of fatigue of diaphragm and improves
breathlessness. It also upsurges recruitment of abdominal expiratory musculature. Expiratory
muscle recruitment does not only ease expiration but also aids in inspiration by developing
the length-tension relationship of the inspiratory muscles.
Body positioning is one of the controlled breathing maneuvers to improve the respiratory
muscle functioning and decreasing dyspnea. That is why the COPD patients often assume the
tripod position, which is, sitting with forward lean of trunk and arm support, during
breathlessness. This position develops the length-tension relationship of diaphragm and
decreases the activity of sternocleidomastoid and scalene muscles thus improving
thoraco-abdominal movement and reducing breathlessness. The arm support in this position
recruits pectoralis major and pectoralis minor musculature to improve rib elevation
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