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a very high O2 affinitycausingsevere tissue hypoxia
cause vascular spasm , blood viscosity increasescausingtissue hypoxia ischemia
COcausesfetal tissue hypoxia
4 affinityleadingto extreme tissue hypoxia
Poisoningcausesfetal tissue hypoxia
that is , repeated acute exposurescausingrepeated tissue hypoxia
decreased tissue oxygen partial pressurepossibly leadingto tissue hypoxia
decreased partial pressure of oxygen in tissuespossibly leadingto tissue hypoxia
tissue oxygen partial pressurepossibly leadingto tissue hypoxia
to decreased oxygen - carrying capacity and the decreased release of oxygen to tissuescausingtissue hypoxia
Various bacterial enzymes and toxins lead to vascular occlusion , ... decreased oxygen ) and ultimately tissue necrosis ( deathresultingin tissue hypoxia
the Various bacterial enzymes and toxins lead to vascular occlusion , ... decreased oxygen ) and ultimately tissue necrosis ( deathresultingin tissue hypoxia
The reduced oxygen - carrying capacity of the bloodleadsto tissue hypoxia
a reduced oxygen - carrying capacity of the bloodresultingin tissue hypoxia
poor gas exchanges in the lungs(passive) caused bytissue oxygenation ( tissue hypoxia )
Capillary loss or drop - out in the retina may lead to reduced oxygen diffusion into the retinal tissuecausingtissue hypoxia
oxygen partial pressurepossibly leadingto tissue hypoxia
An increased kidney oxygen consumptioncausingtissue hypoxia
increased kidney oxygen consumptionresultingin tissue hypoxia
that at the tissue level the hemoglobin will not release oxygen as easilycould resultin tissue hypoxia
by the decreased oxygen - carrying capacity of the reduced red cell mass(passive) caused bytissue hypoxia
This results in decreased tissue perfusion andresultingtissue hypoxia
the oxygen carrying capacity of the bloodcausingtissue hypoxia
adequate oxygenation , ... ( reduced oxygen ) orresultsin tissue hypoxia
It reduces the oxygen - carrying capacity of the bloodleadingto tissue hypoxia
tissue perfusion pressurecausingtissue hypoxia
inadequate oxygen deliveryresultingin tissue hypoxia
The lower tissue perfusion and oxygenation of the bloodleadsto tissue hypoxia
the cerebral perfusion pressure ... in turncausestissue hypoxia
to transfer oxygen to the tissuescausingtissue hypoxia
so increased intrarenal oxygen consumption ... likelyto causetissue hypoxia
Background Reduced retinal vascular oxygen ( O2 ) contentcausestissue hypoxia
This ultimately results in less oxygen being delivered to peripheral tissues and less carbon dioxide being removedcan causetissue hypoxia
Impairment of pulmonary function reduces oxygen intakeresultingin tissue hypoxia
its ability to transport oxygenleadingto tissue hypoxia
cerebral perfusion decreasescausingtissue hypoxia
inadequate tissue perfusionleadingto tissue hypoxia
oxygen for hemoglobinresultsin tissue hypoxia
A reduced cerebral blood flowalso causestissue hypoxia
cerebral perfusion decreases ... , decrease serum pH , and increase in CO2causingtissue hypoxia
to adverse myocardial remodelingto contributeto adverse myocardial remodeling
to increases in permanent tissue damageleadsto increases in permanent tissue damage
hemorrhagic shockcauseshemorrhagic shock
cellular oedema and eventual membrane damage ... for reasons of ion transport mainlywill causecellular oedema and eventual membrane damage ... for reasons of ion transport mainly
from anemiaresultingfrom anemia
symptoms of poisoningthereby causingsymptoms of poisoning
alsomay ... causealso
poisoningto causepoisoning
inflammation , oxidative stress , liver cell injury and increased nuclear transcriptional regulationmay causeinflammation , oxidative stress , liver cell injury and increased nuclear transcriptional regulation
impaired functions of the affected tissuescausingimpaired functions of the affected tissues
to increased capillary permeability and primary brain edemaleadsto increased capillary permeability and primary brain edema
to : a. Metabolic alcalosis d. Convertioncan leadto : a. Metabolic alcalosis d. Convertion
from either decreased oxygen - carrying capacity associated with anemia or decreased oxygen contentresultingfrom either decreased oxygen - carrying capacity associated with anemia or decreased oxygen content
a lessening in the pHcausesa lessening in the pH
to the pathogenesis of insulin resistance likely via increased tissue inflammation ( 45may contributeto the pathogenesis of insulin resistance likely via increased tissue inflammation ( 45
to decreased cellular functionleadsto decreased cellular function
from decreased oxygen availability in the tissuesresultsfrom decreased oxygen availability in the tissues
to local acidification , which is caused by the anaerobic cell metabolism and the lactic acid production associated with itleadsto local acidification , which is caused by the anaerobic cell metabolism and the lactic acid production associated with it
to tissue inflammationcan leadto tissue inflammation
in cellular death and dysfunction of vital organsresultingin cellular death and dysfunction of vital organs
to cellular deathleadingto cellular death
an increased intracellular oxidative stress(passive) may be causedan increased intracellular oxidative stress
to cellular injuryleadingto cellular injury
in increased Epo levelsresultingin increased Epo levels
in an augmentation of the neovascular response in this ROP modelresultingin an augmentation of the neovascular response in this ROP model
anaerobic metabolism , which increases lactate productioncausesanaerobic metabolism , which increases lactate production
to cellular dysfunctionleadsto cellular dysfunction
in cell death ( necrosisresultingin cell death ( necrosis
to the impaired function of the organsleadsto the impaired function of the organs
in proteinuriaresultsin proteinuria
to expression and release of angiogenic factorsleadsto expression and release of angiogenic factors
blood supply , edema and inflammation(passive) caused byblood supply , edema and inflammation
in cellsresultingin cells
to damageleadingto damage
to formation of VEGFleadingto formation of VEGF
to formation of VEGFleadingto formation of VEGF
pulmonary vasoconstriction(passive) caused bypulmonary vasoconstriction
several pathological changes in multiple organscan causeseveral pathological changes in multiple organs
to deathleadsto death
increased lactate(passive) caused byincreased lactate