by increased distal chloride delivery(passive) caused bydecrease in GFR
increased degree of polymerizationcauseddecreased adsorption
According to the investigation by the present inventors , it is necessaryto setthe amount of the nonionic surfactant
so strongto causedegradation of the surfactant
an adult rabbit lung injury model usingsaline lavageto causesurfactant de?ciency
by repeated lung lavage(passive) caused bysurfactant depletion
repeated lung lavage with saline(passive) caused bysurfactant depletion
The high - protein fluid inside the alveolicausesinactivation of the surfactant
GM - CSF - neutralizing antibodies , receptor deficiency or gene deficiency / mutation , which leads to decreased macrophage stimulation(passive) caused byexcess surfactant
the electrolyte solutionwill ... influencethe surfactant aggravation
the large volume change with IMVresultedin surfactant deactivation
of phospholipids and other surfactant - associated proteins(passive) is composedSurfactant
reversed micellar systemcomposedof the cationic surfactant
by lack of surfactant(passive) is caused bySurfactant
lack of surfactant(passive) is caused bySurfactant
the maturation of type ii cells of the alveolicausesurfactant
of phospholipids and protein(passive) is composedSurfactant
of 80 % phospholipids , 10 % neutral lipids , and 10 % associated proteins [ 2(passive) is composedSurfactant
of phospholipids and other surfactant - associated proteins ( Clark et al . , 1995 [ PubMed 7644495(passive) is composedSurfactant
of cholesterol and two groups of nonserum proteins which are believed to be important in the adsorption , spreading , and reutilization of surfactant(passive) is also composedSurfactant
surfactant into the pulp before flotationmay causesurfactant
a liquidcomposedof a surfactant
a mixturecomposedof a surfactant
an adult rabbit lung injury model usingsaline lavageto causesurfactant
in alveolar collapse and impaired gas exchangeresultsin alveolar collapse and impaired gas exchange
in small particleresultsin small particle
in small particle sizeresultsin small particle size
to poor lung compliance and atelectasisleadsto poor lung compliance and atelectasis
in increase of particle sizeresultedin increase of particle size
to atelectasisleadingto atelectasis
atelectasis -- > further impairs gas exchangecausesatelectasis -- > further impairs gas exchange
to collapse of the alveoli ( atelectasisleadsto collapse of the alveoli ( atelectasis
the alveoli in the lung(passive) caused bythe alveoli in the lung
respiratory failure and air sac collapsecausesrespiratory failure and air sac collapse
high surface tensioncauseshigh surface tension
thereforecan leadtherefore
to alveolar instability and arterial hypoxemiawould contributeto alveolar instability and arterial hypoxemia
breathing disorders ... with impaired ability to deliver oxygen to the bodycan causebreathing disorders ... with impaired ability to deliver oxygen to the body
to a more negative zeta potential ... possibly due toledto a more negative zeta potential ... possibly due to
in decreased lung complianceresultsin decreased lung compliance
to pulmonary alveolar proteinosisleadsto pulmonary alveolar proteinosis
aggregationcan provokeaggregation
alveolar collapse , decrease in lung compliance , hypoxia , increased work of breathing , and respiratory failurecan causealveolar collapse , decrease in lung compliance , hypoxia , increased work of breathing , and respiratory failure
a decreased in compliancewill causea decreased in compliance
howevermay ... causehowever
to an increase in lung complianceleadingto an increase in lung compliance
the lungcausesthe lung
to alveolar instability and atelectasisleadingto alveolar instability and atelectasis