1.The richest source of copper is
(A)Liver
(B)Milk
(C)Legumes
(D)Green leafy vegetable
(A)Liver
(B)Milk
(C)Legumes
(D)Green leafy vegetable
2.The deficiency of copper decreases the activity of the enzyme
(A)Lysine oxidase
(B) Lysine hydroxylase
(C) Tyrosine oxidase
(D) Proline hydroxylase
(A)Lysine oxidase
(B) Lysine hydroxylase
(C) Tyrosine oxidase
(D) Proline hydroxylase
3.The recommended daily requirement of iron for women of 18–55 yrs age is
(A)5 mg
(B) 8 mg
(C) 10 mg
(D) 18 mg
(A)5 mg
(B) 8 mg
(C) 10 mg
(D) 18 mg
4.The percent of total iron in body in hemoglobin is
(A) 10–16
(B) 20–30
(C) 30–40
(D) 60–70
(A) 10–16
(B) 20–30
(C) 30–40
(D) 60–70
5.A good source of iron is
(A) Spinach
(B)Milk
(C) Tomato
(D) Potato
(A) Spinach
(B)Milk
(C) Tomato
(D) Potato
6.The amount of copper in the human body is
(A) 50–120
mg
(B) 100–150 mg
(C) 400–500 mg
(D) 500–1000 mg
(A) 50–120
mg
(B) 100–150 mg
(C) 400–500 mg
(D) 500–1000 mg
7.The total sulphur content of the body is
(A) 25–50
gm
(B) 50–75 gm
(C) 100–125 gm
(D) 150–200 gm
(A) 25–50
gm
(B) 50–75 gm
(C) 100–125 gm
(D) 150–200 gm
8.Sulphur
is made available to the body by the amino acids
(A)Cystine and methionine
(B)Taurine and alanine
(C)Proline and hydroxyproline
(D)Arginine and lysine
(A)Cystine and methionine
(B)Taurine and alanine
(C)Proline and hydroxyproline
(D)Arginine and lysine
9.The daily calcium
requirement of an adult man is about
(A) 400
mg
(B) 600 mg
(C) 800
mg
(D) 1,000 mg
(A) 400
mg
(B) 600 mg
(C) 800
mg
(D) 1,000 mg
10.The daily calcium requirement in pregnancy and lactation is about
(A) 600
mg
(B) 800 mg
(C) 1,200
mg
(D) 1,500 mg
(A) 600
mg
(B) 800 mg
(C) 1,200
mg
(D) 1,500 mg
11.Restriction of sodium intake is commonly
advised in
(A)Addison’s disease
(B) Diarrhoea
(C) Hypertension
(D) None of these
(A)Addison’s disease
(B) Diarrhoea
(C) Hypertension
(D) None of these
12.Serum sodium level rises in all of the following except
(A)Renal failure
(B)Prolonged steroid therapy
(C ) Aldosteronism
(D)Dehydration
(A)Renal failure
(B)Prolonged steroid therapy
(C ) Aldosteronism
(D)Dehydration
13.Serum
potassium level decreases in
(A)Familial
periodic paralysis
(B)Addison’s disease
(C )Renal failure
(D)All of these
(A)Familial
periodic paralysis
(B)Addison’s disease
(C )Renal failure
(D)All of these
14.Concentration of the following is higher
in intracellular fluid than in extracellular fluid
(A)Sodium
(B) Potassium
(C) Chloride
(D) Bicarbonate
(A)Sodium
(B) Potassium
(C) Chloride
(D) Bicarbonate
15.Daily iron requirement of an adult man is about
(A)1 mg
(B) 5 mg
(C) 10 mg
(D) 18 mg
(A)1 mg
(B) 5 mg
(C) 10 mg
(D) 18 mg
16.Daily iron requirement of a woman of
reproductive age is about
(A)1 mg
(B) 2 mg
(C) 10 mg
(D) 20 mg
(A)1 mg
(B) 2 mg
(C) 10 mg
(D) 20 mg
17.Relatively
more iron is absorbed from
(A)Green leafy vegetables
(B)Fruits
(C )Whole grain cereals
(D)Organ meats
(A)Green leafy vegetables
(B)Fruits
(C )Whole grain cereals
(D)Organ meats
18.Iron absorption from a mixed diet is about
(A) 1–5
%
(B) 5–10 %
(C) 20–25
%
(D) 25–50 %
(A) 1–5
%
(B) 5–10 %
(C) 20–25
%
(D) 25–50 %
19. All of the following statements about bronzed
diabetes are true except
(A)It is caused
by excessive intake
of copper
(B)Skin becomes pigmented
(C )There is damage to beta cells
of Islets of Langerhans
(D)Liver is
damaged
(A)It is caused
by excessive intake
of copper
(B)Skin becomes pigmented
(C )There is damage to beta cells
of Islets of Langerhans
(D)Liver is
damaged
20.The
general functions of minerals are
(A)The structural components of body tissues
(B)In the regulation of body fluids
(C )In
acid-base balance
(D) All of these
(A)The structural components of body tissues
(B)In the regulation of body fluids
(C )In
acid-base balance
(D) All of these
21.What are the functions of potassium
(A)In muscle contraction
(B)Cell membrane function
(C )Enzyme
actio
(D) All of these
(B)Cell membrane function
(C )Enzyme actio
(D) All of these
22.The normal serum
inorganic phosphorous level is
(A) 1.5–2.5 mg/100 ml
(B) 2.5–4.5 mg/100 ml
(C) 3.4 to 4.5 mg/100 ml
(D) 0.5–1.5 mg/100 ml
(A) 1.5–2.5 mg/100 ml
(B) 2.5–4.5 mg/100 ml
(C) 3.4 to 4.5 mg/100 ml
(D) 0.5–1.5 mg/100 ml
23.Hypocalcaemia can occur in all the following except
(A)Rickets
(B)Osteomalacia
(C)Hyperparathyroidism
(D)Intestinal malabsorption
(A)Rickets
(B)Osteomalacia
(C)Hyperparathyroidism
(D)Intestinal malabsorption
24.The major calcium salt in bones is
(A)Calcium
carbonate
(B)Calcium chloride
(C)Calcium hydroxide
(D)Calcium
phosphate
(A)Calcium
carbonate
(B)Calcium chloride
(C)Calcium hydroxide
(D)Calcium phosphate
0 Comments