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Salicylate toxicitycausesa mixed respiratory alkalosis , metabolic alkalosis , and elevated anion gap metabolic acidosis
Salicylate toxicitycausesfever , metabolic acidosis and respiratory alkalosis
Salicylate toxicitycausesfever , metabolic acidosis and respiratory alkalosis
central nervous system depressionleadingto respiratory insufficiency and severe metabolic acidosis
Salicylate / aspirin overdosecausestwo primary disturbances ( respiratory alkalosis and metabolic acidosis
dnp has been shown repeatedlyto causehyperthermia , respiratory acidosis , and metabolic acidosis
Aspirin overdosemay leadto metabolic acidosis and respiratory acidosis
Elevated salicylate levelcausesmixed metabolic acidosis - respiratory alkalosis
These agentscan causehyperkalemia and metabolic acidosis
by retention of Carbon dioxide(passive) Caused byMetabolic Alkalosis RESPIRATORY ACIDOSIS
Kidneys and lungs are knownto causemetabolic and respiratory acidosis respectively
hyperventilationleadsto respiratory alkalosis and a compensatory metabolic acidosis
Chronic overdosecausesrespiratory alkalosis with metabolic acidosis
salicylate poisoningcausesa respiratory alkalosis and a metabolic acidosis
This overdosewill causemetabolic acidosis and respiratory alkalosis
any timeleadsto respiratory alkalosis and compensatory metabolic acidosis
Envenomingcausedprogressive respiratory and metabolic acidosis ( 49
salicylate intoxicationcausesmetabolic acidosis and respiratory alkalosis
salicylate intoxicationcausesa respiratory alkalosis and a metabolic acidosis
the factorsinfluencingrespiratory and metabolic acidosis and alkalosis
causes an increase in anaerobic metabolismcontributingto a mixed metabolic and respiratory acidosis
by hypoventilation and(passive) caused byhypoxia and respiratory acidosis
acute pneumonia , ... ; and 2causedhypoxia and respiratory acidosis
acute pneumonia , ... ; andcausedhypoxia and respiratory acidosis
textbook salicylate poisoningcausesa respiratory alkalosis and a metabolic acidosis
hyperventilation ( high respiratory rate , low tidal volumeresultingin respiratory alkalosis and metabolic acidosis
the absorption of CO2can causehypercapnia and respiratory acidosis
Hypoventilationcauseshypoxemia and respiratory acidosis
Hypoventilationcausesboth hypoxemia and respiratory acidosis
Long - term oxygen supplementationmay causehypercapnia and respiratory acidosis
changes in carbon dioxide exhalation due to lung or breathing disorders(passive) are caused primarily byRespiratory Acidosis and Alkalosis
changes in carbon dioxide exhalation due to lung or breathing disorders(passive) are caused byRespiratory acidosis and respiratory alkalosis
lung Disorders or breathing(passive) are mainly caused byRespiratory acidosis and alkalosis
Blood gas analysiscausemixed respiratory and metabolic acidosis
Respiration was depressedcausingelevated pCO2 and respiratory acidosis
too little or too much breathing(passive) are basically caused byRespiratory acidosis and alkalosis
Kidneys and lungs are knownto causemetabolic and respiratory acidosis
Severe ARDScan leadto metabolic and respiratory acidosis
Complications Severe ARDScan leadto metabolic and respiratory acidosis
Further changes with toxic dosesresultin both respiratory and metabolic acidosis
to reduced hydrogen ion concentrationthereby contributingto reduced hydrogen ion concentration
in deathpotentially resultingin death
an acid - base disturbance(passive) is caused byan acid - base disturbance
an acidaemia(passive) caused byan acidaemia
hypothermiamay resulthypothermia
metabolic alkalosis treatment metabolic acidosiscausesmetabolic alkalosis treatment metabolic acidosis
An acidic pH(passive) can be caused byAn acidic pH
increased ventilationcauseincreased ventilation
hypoventilationcausehypoventilation
halitosiscan causehalitosis
from the shallow breaths caused by painmay resultfrom the shallow breaths caused by pain
these pH alterationswill causethese pH alterations
in an accumulation of carbon dioxide in the blood that combines with water to form carbonic acid , lowering the pH of the bloodresultsin an accumulation of carbon dioxide in the blood that combines with water to form carbonic acid , lowering the pH of the blood
to deathleadingto death
pulmonary vascular remodelingmay causepulmonary vascular remodeling
to coma and deathleadingto coma and death
in a drop in cardiac indexmay resultin a drop in cardiac index
from an accumulation of salicylic acid and other metabolic acids in the bloodresultsfrom an accumulation of salicylic acid and other metabolic acids in the blood
decrease in ionized calciumcausedecrease in ionized calcium
plasma(passive) caused byplasma
to deathleadingto death
from the shallow breaths caused by pain an restricted chest wall movement w splintingmay resultfrom the shallow breaths caused by pain an restricted chest wall movement w splinting
alsocontributealso
a profound reduction in pH.could causea profound reduction in pH.
in deathresultedin death
to lethal complications , such as perioperative decompensationmay leadto lethal complications , such as perioperative decompensation
from problems related to renal acid - base controlresultfrom problems related to renal acid - base control
a decrease in systemic vascular resistance mediated by a relaxation of the systemic arterial tonemay causea decrease in systemic vascular resistance mediated by a relaxation of the systemic arterial tone
ventilation(passive) caused byventilation
what ? delayedcauseswhat ? delayed
in reduced bloodresultingin reduced blood
from a build - up of carbon dioxide in the bloodresultsfrom a build - up of carbon dioxide in the blood
the acidity of the blood to increasecausingthe acidity of the blood to increase
from a build - up of carbon dioxide in the blood ( hypercapniaresultsfrom a build - up of carbon dioxide in the blood ( hypercapnia
alkalosiscan resultalkalosis
by which conditionsmay be causedby which conditions
from lung diseases such as chronic obstructive pulmonary disease and severe asthmamay resultfrom lung diseases such as chronic obstructive pulmonary disease and severe asthma
pulmonary vasoconstriction ... resulting in impaired endothelial and epithelial integrity with leakage of proteinaceous exudate and formation of hyaline membranes ( hence the namecausepulmonary vasoconstriction ... resulting in impaired endothelial and epithelial integrity with leakage of proteinaceous exudate and formation of hyaline membranes ( hence the name