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Drugscausehemolysis ( G6PD deficiency
more than 100 different mutations in the protein S gene(passive) can be caused byProtein S deficiency
mutations in the PROS1 gene(passive) is caused byProtein S deficiency
mutations of the PROS1 gene(passive) is caused byprotein S deficiency
by a mutation in the PROS1 gene(passive) caused byProtein S deficiency
More than 220 mutations in the PROS1 gene have been foundto causeprotein S deficiency
Genetic testing for protein S mutations ... many different mutationscan causeprotein S deficiency
mutations in the PROS1 gene ( 3q11-q11.2(passive) is caused byProtein S deficiency
mutations in the PROS1 ( 3q11-q11.2 ) gene(passive) is caused byprotein S deficiency
a deficiency in Vitamin K , liver disease , and some long - term infection including HIV(passive) can be caused byProtein S deficiency
many different mutationscan causeprotein S deficiency
high inflammation(passive) can be also caused byProtein S deficiency
two different mutationscausingprotein S deficiency
first(passive) was ... discoveredProtein S deficiency
any drugcausingPROTEIN S DEFICIENCY
an acquired disordercausesprotein S deficiency
ASPIRIN ... other drugscausePROTEIN S DEFICIENCY
OMEPRAZOLE with other drugscausePROTEIN S DEFICIENCY
a deficiency in Vitamin K , liver disease(passive) can be caused byProtein S deficiency
METHOTREXATE with other drugscausePROTEIN S DEFICIENCY
WARFARIN SODIUMcausesPROTEIN S DEFICIENCY
point mutationscausingprotein S deficiency
a PROS1 genetic mutationcausingProtein S deficiency
PROS1causingprotein S deficiency
not METHOTREXATEcausesPROTEIN S DEFICIENCY
NEXIUM ... other drugscausePROTEIN S DEFICIENCY
you evaluatecausesPROTEIN S DEFICIENCY
heterozygous or homozygous mutation in the OPLAH gene ( 5-Oxoprolinase(passive) can be caused by5-oxoprolinase deficiency
by inadequate nutrient intake(passive) caused bynutrient deficiency
decreased cellular uptakemay causeintracellular deficiency
cellular uptakemay causeintracellular deficiency
by chronic alcoholism , malnutrition , or other factors(passive) can be caused bythiamine deficiency
by chronic alcoholism , malnutrition , or other factors(passive) can be causedthiamine deficiency
Too much raw fish in a cats dietcan ... hence ... causethiamine deficiency
by a deficiency in thiamine ( vitamin B1(passive) is caused bythiamine deficiency
by thiaminase in raw fish(passive) caused bythiamine deficiency
by the consumption of prey containing thiaminase , a thiamine - degrading enzyme(passive) to be caused byThiamine deficiency
the consumption of prey containing thiaminase , a thiamine - degrading enzyme(passive) to be caused byThiamine deficiency
An excessive amount raw fish in a cats dietcan ... thus ... causethiamine deficiency
an all - fish dietwill causethiamine deficiency
to loss of sodium and retention of Potassiumleadingto loss of sodium and retention of Potassium
to excessive sodium excretion and potassium retentionleadsto excessive sodium excretion and potassium retention
increased renal excretion of sodiumcausesincreased renal excretion of sodium
loss of sodiumcausesloss of sodium
urinary loss of sodiumcausesurinary loss of sodium
potassium retention ( too little excretion in the kidneyscausingpotassium retention ( too little excretion in the kidneys
to heart failure and breathing difficultiesleadsto heart failure and breathing difficulties
potassium retentioncausingpotassium retention
to dehydration and low blood pressure with salt lossleadsto dehydration and low blood pressure with salt loss
to dehydration and low blood pressure with salt lossleadsto dehydration and low blood pressure with salt loss
to severe and progressiveleadsto severe and progressive
alsoresultsalso
to the kidneysleadsto the kidneys
salt wasting in this conditioncausessalt wasting in this condition
to hyponatremia , decreased plasma volumeleadsto hyponatremia , decreased plasma volume
Deficiency of aldosteronecausesDeficiency of aldosterone
urinary loss of sodium , chloride , and watercausesurinary loss of sodium , chloride , and water
to saltmay leadto salt
to hyponatremia , decreased plasma volume , hyperkalemialeadsto hyponatremia , decreased plasma volume , hyperkalemia
to impaired cellular potassium uptakeleadingto impaired cellular potassium uptake
hyperkalemiacauseshyperkalemia
to hyperkalemialeadsto hyperkalemia
hyperkalemia , which can be life threatening , and sodiumcauseshyperkalemia , which can be life threatening , and sodium
low blood sodium ( along with high levels of potassiumcauseslow blood sodium ( along with high levels of potassium
to hyponatremialeadsto hyponatremia
the kidneys to excrete sodium which may result in salt cravingscausesthe kidneys to excrete sodium which may result in salt cravings
to dehydration and low blood pressureleadsto dehydration and low blood pressure
to Hyponatremia and Hyperkalemialeadsto Hyponatremia and Hyperkalemia
to the pathogenesis of hyponatremiacontributesto the pathogenesis of hyponatremia
to : impaired ability to conserve sodium and excrete potassium with hyponatremia and hyperkalemiacan leadto : impaired ability to conserve sodium and excrete potassium with hyponatremia and hyperkalemia
fluid accumulation(passive) was caused byfluid accumulation
to hyponatremia , hyperkalemia , dehydration , and hypotensionleadsto hyponatremia , hyperkalemia , dehydration , and hypotension
in increased urine productionoften resultsin increased urine production
to hypogammaglobulinemialeadsto hypogammaglobulinemia
hyperkalemia by decreasing potassium excretion in the distal nephroncauseshyperkalemia by decreasing potassium excretion in the distal nephron
hyponatremia through two mechanisms : icauseshyponatremia through two mechanisms : i
to an enlarged bladderleadsto an enlarged bladder
to the syndrome of diabetes insipidusleadsto the syndrome of diabetes insipidus
to the syndrome of diabetesleadsto the syndrome of diabetes
to ischemia of the peritoneumleadsto ischemia of the peritoneum