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Any defect in the membranewill causepermeability of water
Hypoxiacausespermeability oedema
the orientation and shape of the asymmetric grains in the porous media(passive) is caused byPermeability anisotropy
by weathering(passive) caused bypermeability and porosity
the dolomitization process(passive) caused bypermeability heterogeneities
by both confining stress and gas slippage effect(passive) is influenced byapparent permeability
by both confining stress and gas slippage effect(passive) is influencedapparent permeability
both confining stress and gas slippage effect(passive) is influenced byapparent permeability
a humoral factorinfluencingglomerular permeability
by thrombin , bradykinin , platelet activating factor , hydrogen peroxide , VEGF , or neutrophils(passive) caused byendothelial permeability
thrombin , bradykinin , platelet activating factor , hydrogen peroxide , VEGF , or neutrophils(passive) caused byendothelial permeability
by cytokine release(passive) caused byendothelial permeability
by changes in the interactions between cell - cell adhesion complexes and the cytoskeleton(passive) caused byendothelial permeability
by thrombin , bradykinin , platelet activating factor , hydrogen peroxide , VEGF(passive) caused byendothelial permeability
# # # Pressureinfluencesendothelial permeability
substancescan influenceendothelial permeability
by thrombin , bradykinin , platelet activating factor(passive) caused byendothelial permeability
by thrombin , bradykinin(passive) caused byendothelial permeability
NS1causesendothelial permeability
# # # NS1causesendothelial permeability
by thrombin(passive) caused byendothelial permeability
by thrombin , bradykinin , platelet activating factor , hydrogen peroxide(passive) caused byendothelial permeability
various inflammatory reactionsinfluencingendothelial permeability
fungal and bacterial growth ... membrane porescauseK+ permeability
To determinemight influenceendothelial permeability
by oxygen free radicals(passive) caused bymicrovascular permeability
by bradykinin(passive) caused bymicrovascular permeability
by shrinkage of pore size(passive) caused byintrinsic permeability
by the shrinkage of pore size(passive) caused byintrinsic permeability
by the disruption of the tight junctions(passive) caused byparacellular permeability
C. difficile toxin A in the rat ileum(passive) caused bymannitol permeability
by histamine(passive) caused byvenular permeability
by a combination of alveolar - capillary membrane disruption and ischemia - reperfusion - mediated injury(passive) caused bypermeability
by disruption of epithelial tight junctions(passive) caused bypermeability
Intestinal inflammationmay contributeto permeability
by the membrane proteins(passive) caused bythe permeability
the effective stress ... in turninfluencesthe permeability
1]Morphological factorsinfluencingtransepithelial permeability
Morphological factorsinfluencingtransepithelial permeability
a ... Morphological factorsinfluencingtransepithelial permeability
leaky gutcausingleaky gut
at time =are setat time =
to albuminurialeadingto albuminuria
to a net influx of Na+ and water and to cell swellingleadsto a net influx of Na+ and water and to cell swelling
to loss of albumin and other proteinsleadingto loss of albumin and other proteins
proteinuriacausingproteinuria
to proteinurialeadingto proteinuria
in proteinuriaresultingin proteinuria
in vascular leakageresultsin vascular leakage
to interstitial and alveolar edemaleadingto interstitial and alveolar edema
in substantial albuminuria and/or proteinuriacould resultin substantial albuminuria and/or proteinuria
to inflammation and disease.[21leadsto inflammation and disease.[21
to interstitial and alveolar edema , and intravascular sequestration of leukocytesleadingto interstitial and alveolar edema , and intravascular sequestration of leukocytes
to inflammation andleadsto inflammation and
plasma extravasationcausingplasma extravasation
in gross hematuriaresultingin gross hematuria
to albuminuria in ratsleadingto albuminuria in rats
in barrier dysfunctionresultingin barrier dysfunction
vasodilation of blood vesselscausesvasodilation of blood vessels
to vascular leakage , hemorrhage and a notable maculopapular rashleadsto vascular leakage , hemorrhage and a notable maculopapular rash
to the brain injuryleadingto the brain injury
to waterleadingto water
to apoptosis and colonic mucosal damageleadingto apoptosis and colonic mucosal damage
in edema formationresultsin edema formation
to tissue edema and potential bacterial disseminationleadsto tissue edema and potential bacterial dissemination
to contraction of skeletal musclesleadingto contraction of skeletal muscles
to the patientleadsto the patient
in retinopathyresultsin retinopathy
The flow of the current(passive) is influenced byThe flow of the current
reduced flow or failure of fluid movementcausingreduced flow or failure of fluid movement
nutrients to leak out and resulting in fungal cell deathcausingnutrients to leak out and resulting in fungal cell death
to leakage of cytoplasmic contents and finally cell deathleadsto leakage of cytoplasmic contents and finally cell death
in high - potency topical steroidsresultsin high - potency topical steroids
cytoplasmic leakage and cell deathcausescytoplasmic leakage and cell death
in a leaking of fluid and cells from the circulation into the surrounding tissueresultingin a leaking of fluid and cells from the circulation into the surrounding tissue
leaky gutcausingleaky gut
to food , bacteria ... and toxins that are in the gut leaking into the bloodstream and causing inflammatory reactions throughout the bodyleadsto food , bacteria ... and toxins that are in the gut leaking into the bloodstream and causing inflammatory reactions throughout the body
to capillary leakage and subsequent alveolar floodingleadingto capillary leakage and subsequent alveolar flooding
to leakage of cytoplasmic contentsleadsto leakage of cytoplasmic contents
leakage of nutrientscausingleakage of nutrients