acting through profound hypoxemia , and a direct toxic effect on the alveolocapillary membranecausingincreased capillary permeability
to edema and loss of organ functionleadto edema and loss of organ function
to heat and rednessleadsto heat and redness
to leakage of fluid from the vascular compartment leading to third space fluid accumulation and intravascular dehydrationleadingto leakage of fluid from the vascular compartment leading to third space fluid accumulation and intravascular dehydration
to large fluid extravasation , accumulation in the third space , and intravascular dehydrationleadingto large fluid extravasation , accumulation in the third space , and intravascular dehydration
edema and an increase of skin blood flowcausingedema and an increase of skin blood flow
in increased movement of fluid from the vasculature of the brainresultingin increased movement of fluid from the vasculature of the brain
in increased movement of fluidresultingin increased movement of fluid
to the leakage of plasma and proteins into the tissueleadsto the leakage of plasma and proteins into the tissue
exudation of body fluid into the interstitial space , thus forming burn edemacausesexudation of body fluid into the interstitial space , thus forming burn edema
to a leak of plasma proteins , electrolytes and water from the intravascular compartment to the interstitial spaceleadsto a leak of plasma proteins , electrolytes and water from the intravascular compartment to the interstitial space
in increased movement of fluid from the vasculature of the brain to the brain parenchymaresultingin increased movement of fluid from the vasculature of the brain to the brain parenchyma
in decreased plasma volumeresultingin decreased plasma volume
exudation of body fluid into the interstitial space , thus formingcausesexudation of body fluid into the interstitial space , thus forming
fluid transudation into the interstitial space and brain oedemacausingfluid transudation into the interstitial space and brain oedema
exudation of body fluid into the interstitial spacecausesexudation of body fluid into the interstitial space
exudation of body fluid into the interstitial space , 1causesexudation of body fluid into the interstitial space , 1
protein rich fluid to be leak into interstitial tissue spacecausesprotein rich fluid to be leak into interstitial tissue space
in hypotension and leakage of fluidresultingin hypotension and leakage of fluid
leakage of fluidcausingleakage of fluid
fluid shifts from the intravascular compartment to the interstitial spacecausefluid shifts from the intravascular compartment to the interstitial space
the extravasation of fluid from the intravascular compartment into the third spacecausingthe extravasation of fluid from the intravascular compartment into the third space
in fluid shift from intravascularresultingin fluid shift from intravascular
in changes in fluid balanceresultingin changes in fluid balance
to decreased plasma oncotic pressureleadsto decreased plasma oncotic pressure
in increased plasma inflowresultingin increased plasma inflow
Plasma leakage(passive) is caused byPlasma leakage
alveolar and interstitial edemacausesalveolar and interstitial edema
to extravasation of fluid and a decrease in blood pressureleadsto extravasation of fluid and a decrease in blood pressure
in extravasation of proteins and cellsresultingin extravasation of proteins and cells
to interstitial edemaleadsto interstitial edema
to interstitial edemaleadingto interstitial edema
to capillary leak and fluid shiftsleadingto capillary leak and fluid shifts
in exudation of fluid , protein , cells , and other serum constituentsresultingin exudation of fluid , protein , cells , and other serum constituents
the extravasation of fluid from the intravascular compartmentcausingthe extravasation of fluid from the intravascular compartment
exudation of body fluidcausesexudation of body fluid
to leakage of plasma proteins and fibrinogenleadsto leakage of plasma proteins and fibrinogen
in fluid shift from intravascular to the extravascular compartmentresultingin fluid shift from intravascular to the extravascular compartment