a number of factors , including chronic bronchitis , long term exposure to inhaled irritants , e.g. air pollution , which damage the cilia , enzyme deficiencies and other pathological conditions(passive) may be caused byPulmonary emphysema
Smokingcausespulmonary emphysema
the lungscausingpulmonary emphysema
expression in the lungs of transgenic micecausespulmonary emphysema
by deficiency of alpha(passive) caused byPulmonary emphysema
Alpha-1 antitrypsin deficiency ... a genetic rare diseasecan causepulmonary emphysema
by cigarette smoke(passive) caused bypulmonary emphysema
antitrypsin deficiency ... a genetic rare diseasecan causepulmonary emphysema
4 deficiencycausespulmonary emphysema
shortness of breathcausesshortness of breath
shortness of breathcausesshortness of breath
shortness of breathcausesshortness of breath
shortness of breath due to over - inflation of the alveoli ( air sacs in the lung ... in people with emphysemacausesshortness of breath due to over - inflation of the alveoli ( air sacs in the lung ... in people with emphysema
shortness of breath due to over - inflation of the alveoli ( air sacs in the lungcausesshortness of breath due to over - inflation of the alveoli ( air sacs in the lung
shortness of breath due to over - inflation of the alveoli ( air sacs in the lungcausesshortness of breath due to over - inflation of the alveoli ( air sacs in the lung
shortness of breath and damage to the bronchioles , which are the small airways around the lungcausesshortness of breath and damage to the bronchioles , which are the small airways around the lung
shortness of breath due to over - expansion of the alveoli ( air sacs in the lungcausesshortness of breath due to over - expansion of the alveoli ( air sacs in the lung
shortness of breath - affecting the air sacs ( alveoli ) of the lungscausesshortness of breath - affecting the air sacs ( alveoli ) of the lungs
shortness of breath due to inflation of the air sacs in the lungscausesshortness of breath due to inflation of the air sacs in the lungs
shortness of breath due to over - inflation of the air sacs in the lungcausesshortness of breath due to over - inflation of the air sacs in the lung
shortness of breath because of over - inflation of the alveoli ( air sacs within the lungcausesshortness of breath because of over - inflation of the alveoli ( air sacs within the lung
to hyper - inflated lung regionsleadsto hyper - inflated lung regions
difficulty of breathing or shortness of breathcausesdifficulty of breathing or shortness of breath
shortness of breath due to over - inflation of the alveolicausesshortness of breath due to over - inflation of the alveoli
shortness in breath due to over - inflation of the alveolicausesshortness in breath due to over - inflation of the alveoli
shortness of breath due to ocausesshortness of breath due to o
in shortness of breath among other symptomsresultsin shortness of breath among other symptoms
shortness of breathcausesshortness of breath
shortness of breathwill causeshortness of breath
in shortness of breathresultsin shortness of breath
shortness of breathcausesshortness of breath
shortness of breathcausesshortness of breath
shortness of breath which is caused by loss of lung elasticity with agecausesshortness of breath which is caused by loss of lung elasticity with age
breathlessnesscausesbreathlessness
in destruction of the alveolar wallsresultsin destruction of the alveolar walls
in destruction of the alveolar wallsresultsin destruction of the alveolar walls
a decrease in lung functioncausesa decrease in lung function
destruction to the tissues around alveolicausesdestruction to the tissues around alveoli
destruction to the tissues around alveolicausesdestruction to the tissues around alveoli
in collapse of the alveolar walls and degeneration of the pulmonary capillariesresultsin collapse of the alveolar walls and degeneration of the pulmonary capillaries
difficulty incausesdifficulty in
them to lose their elasticitycausesthem to lose their elasticity
inflammation and tissue damagecausesinflammation and tissue damage
in the breakdown of the airspace walls , which in turn results in a decrease in respiratory functionresultsin the breakdown of the airspace walls , which in turn results in a decrease in respiratory function
to the primary pathology of emphysema , namely the dilatation and destruction of respiratory bronchiolesleadsto the primary pathology of emphysema , namely the dilatation and destruction of respiratory bronchioles