Biochemical changes found in fulminant hepatic failure is

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

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

The following biochemical disturbances occur in fulminating hepatic failure

A

Metabolic acidosis

B

Hyperkalaemiaia

C

Hypoglycaemia

D

Fall in Po2

E

Hypernatraemia

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

Fulminant hepatitis is caused by

A

Hepatitis A

B

Hepatitis B

C

Wilson disease

D

Phenytoin

E

Galactosaemia

Fulminate hepatic failure may occur in __

A

Acute viral hepatitis

B

scholastic jaundice of pregnancy

C

Paracetamol poisoning

D

Congestive cardiac failure

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 found in fulminant hepatic failure is

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