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Biochemical features of fulminating hepatic failure are
A Low blood urea nitrogen
B Prolongation of prothrombin time
C Low serum albumin
D Metabolic alkalosis
E Low blood ammonia level
In hepatic failure the following biochemical abnormalities may be found
A Increased plasma globulin
B Increased the blood ammonia concentration
C Impaired glucose tolerance
D Increased plasma albumin concentration
E Increased the blood urea
Biochemical changes found in fulminant hepatic failure is
A Metabolic acidosis
B Prolongation of prothrombin time
C Hyperbilirubinemia
D Hyperglycemia
E Hypoalbuminemia
Fulminate hepatic failure may occur in __
A Acute viral hepatitis
B scholastic jaundice of pregnancy
C Paracetamol poisoning
D Congestive cardiac failure
Features of fulminant hepatic failure is/are
A Metabolic acidosis
B Prolonged prothrombin time
C Hyperbilirubinemia
D Hypercalcemia
E Low serum albumin
Fulminant hepatic failure is characterized by
A Hepatic encephalopathy
B INR>3
C Coagulopathy
D Absence of hemorrhage
E Its occurrence usually 6 months after the onset of acute liver disease
Biochemical features of chronic renal failure are
A Impaired urinary concentrating ability
B Metabolic acidosis
C Hypophosphatemia
D Hypercalcemia
E Proteinuria >3.5 gm/day
Typical biochemical features of chronic renal failure are
A Impaired urinary concentrating ability of the kidney
B Metabolic acidosis
C Hypophosphataemia
D Hypercalcaemia
E Proteinuria > 3.5g/ day
Failure of a material is termed as fatigue failure, if it fails below the yield point. The resistance to fatigue failure of a material is measured by the
A Ultimate tensile strength (U.T.S.)
B Endurance limit
C Elastic limit
D None of these
Biochemical changes that occur following prolonged vomiting due to gastric outlet obstruction are
A Hypokalaemia
B Hypochloremia
C Metabolic acidosis
D Hypernatremia
E Hypoalbuminemia

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