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and deficiencyleadstissue breakdown in the lung causing pulmonary emphysema.(1)
the cellular injurycontributesto tissue injury associated with the pulmonary system
increased permeability in the pulmonary capillaries and epithelial barrierresultingin lung edema and tissue hypoxia
leukocyte recruitment and increased permeability in the pulmonary capillaries and epithelial barrierresultingin lung edema and tissue hypoxia
epithelial barrierresultingin lung edema and tissue hypoxia
a factorcausingdysfunction of the pulmonary system
by congestive heart failure(passive) often caused byPulmonary edema - Fluid in lung tissues
congestive heart failure(passive) often caused byPulmonary edema - Fluid in lung tissues
cause vascular spasm , blood viscosity increasescausingtissue hypoxia ischemia
Excessive NOmay contributeto lung tissue edema formation
irreversible connective - tissue changescausefunctional impairments in the pulmonary tissue
an inflammatory processresultsin edema of the lung tissues
mucus membranesleadingto pulmonary edema ( bleeding in the respiratory system
can travel through the bloodstreamcausinga pulmonary embolism in the lungs
stimulate chronic inflammatory responses in the lungleadingto pulmonary tissue dysfunction
Tuberculosiscan causefibrosis tissue in lung
this reaction startedto causetissue breakdown in the lung
the long termresultsin pulmonary tissue fibrosis
Acute Respiratory Distress Syndrome ... an acute , severe lung injurycausesedema of the lung alveoli
an inflammatory reactionleadsto pulmonary tissue fibrosis
mucus plug or inadequate ventilation(passive) caused byCollapse of pulmonary alveoli
their activation ... an inflammatory responsecan causefibrosis within the lung tissue
a malignant tumoris discoveredarising in the lung tissues
increased pulmonary vascular permeabilityresultingin pulmonary edema , hypoxia
poor gas exchanges in the lungs(passive) caused bytissue oxygenation ( tissue hypoxia )
suggestingmay contributeto the pulmonary vasculopathy of hypoxia
inflammatory exudatecausingsolidification of pulmonary tissue
of collagen(passive) are composedpulmonary tissue
Peripheral canceroriginatesin the pulmonary tissue
pneumonia ... an inflammatory processresultsin edema of lung tissue
bleomycincausessensitisation of lung tissue to oxygen
cause a blockage of branches in the pulmonary arteriescausingischemia of the lung tissue
cytostatic bleomycin administered(passive) caused bypulmonary tissue
damage and scarring caused by the asbestos fibersleadto fibrosis of the parenchymal lung tissue
blood vessels in the lungscan resultin hemorrhage into lung tissue
Inhalation of this dustwill causefibrosis of the lung tissue
pulmonary capillary membrane permeabilityleadsto pulmonary edema and lung tissue d
the lungscan ... leadto fibrosis of the lung tissue
their activation ... an inflammatory responsecan causefibrosis in the lung tissue
Long - term exposurecan leadto fibrosis of the lung tissue
to hemodynamic compromise and respiratory failureleadsto hemodynamic compromise and respiratory failure
to the closure of the umbilical vessels , the ductus arteriosus , and the ductus venosusleadsto the closure of the umbilical vessels , the ductus arteriosus , and the ductus venosus
closure of umbilical vessels , the ductus arteriosus and the ductus venosuscausesclosure of umbilical vessels , the ductus arteriosus and the ductus venosus
an increase in resistancecausesan increase in resistance
in emphysemacan ... resultin emphysema
in a decreased PCD that moves the capillaries away from gas exchange near the lung alveoli and increases the vascular resistance to blood flowcan also resultin a decreased PCD that moves the capillaries away from gas exchange near the lung alveoli and increases the vascular resistance to blood flow
a decrease in volume ... resulting in increased pressure in comparison to the atmospherecausesa decrease in volume ... resulting in increased pressure in comparison to the atmosphere
to radiation - induced injurycontributedto radiation - induced injury
swellingcausesswelling
shortness of breathcausesshortness of breath
to generation of reactive oxygen species ( ROSleadsto generation of reactive oxygen species ( ROS
an inflammationcausingan inflammation
the vasoconstriction(passive) caused bythe vasoconstriction
the physical signs buy(passive) caused bythe physical signs buy
to gas bubbles being released into the arterial circulation ( arterial gas embolismcan leadto gas bubbles being released into the arterial circulation ( arterial gas embolism
gas bubbles being released into the arterial circulation ( arterial gas embolismcan leadgas bubbles being released into the arterial circulation ( arterial gas embolism
vasoconstrictioncausesvasoconstriction
to shortness of breathleadsto shortness of breath
the airways to become smallercausesthe airways to become smaller
to progressive damageleadingto progressive damage
to increased plasma volumeleadingto increased plasma volume
to permanent lung damage and ultimately resulting in respiratory failureleadingto permanent lung damage and ultimately resulting in respiratory failure
breathlessness and coughingcausesbreathlessness and coughing
that high - altitude pulmonary edema(passive) is causedthat high - altitude pulmonary edema
of collagenare composedof collagen
in general function testscould resultin general function tests
when asbestos fibers become lodged in the lungresultswhen asbestos fibers become lodged in the lung
a release of cytokines that can exacerbate the systemic inflammatory response syndrome typical of ARDScausesa release of cytokines that can exacerbate the systemic inflammatory response syndrome typical of ARDS
from an infiltration of accidental productsresultsfrom an infiltration of accidental products
to gradual shortness of breath but is n't necessarily fatalleadsto gradual shortness of breath but is n't necessarily fatal
permanent damage to the lungscausespermanent damage to the lungs
in emphysemaresultingin emphysema
to pulmonary destructionleadingto pulmonary destruction
in pulmonary hypertensionresultsin pulmonary hypertension
to deathcan leadto death
to permanent respiratory problemscan leadto permanent respiratory problems
alsocan ... causealso
in the inability of the air sac to stretchresultingin the inability of the air sac to stretch
to the progressive loss of lung function over timeleadsto the progressive loss of lung function over time
to shortness of breath due to an accumulation of silica dust in the air pocketsleadsto shortness of breath due to an accumulation of silica dust in the air pockets