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Iron deficiency anaemia can be differentiated from anaemia of chronic disease by
A Raised serum transferrin receptor level
B Low serum ferritin level
C Raised TIBC
D Low serum iron level
E Low transferrin saturation
The following enzyme deficiencies lead to hemolytic anemia
A Pyruvate kinase
B Glucose 6 phosphate dehydrogenase
C Lactate dehydrogenase
D Pyruvate dehydrogenase complex
E NADPH Oxidase
Diagnosis of hemolytic uremic syndrome is based on the following feature/s
A Azotemia
B Thrombocytopenia
C Increased LDH
D Hematuria
E Neutropenia
Features of hemolytic anemia include
A Increased reticulocyte count
B Reduced haptoglobin
C Raised LDH
D Microcytic blood Picture
E Increased conjugated bilirubin
Laboratory features present in hemolytic jaundice are
A Raised serum bilirubin
B Increased urobilinogen in urine
C High serum alkaline phosphatase [Davidson's/P-852]
D Presence of bilirubin in urine
E Decreased stercobilinogen in stool
Hereditary hemolytic anemia is
A Thalassemia
B Aplastic anemia
C Megaloblastic anemia
D Leukemia
Anaemia is caused because of deficiency of which of the following?
A Cobalt
B Iron
C Sodium
D Calcium
Iron deficiency anaemia is associated with
A Low MCV
B Decreased serum iron
C Increased serum ferritin
D Low total iron binding capacity
E Decreased RDW-CV than normal range
In iron deficiency anaemia
A Serum iron is reduced
B Serum ferritin is reduced
C Macrocytic anaemia commonly found
D MCV is normal
E Total iron binding capacity is reduced
Iron Deficiency anaemia is found in
A Hook worm infection
B Schistosoma mansoni infection
C Malaria
D Diphyllobothriasis
E Ascariasis

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