1.In glycolysis the enzyme that remove water from 2-phosphoglycerate Enolase:
a. Mutase
b. Anolase
c. Triose Isomerase
d. Aldolase
Correct Answer: b
2.The process of glycolysis takes place in:
a. Mitochondria
b. Granum
c. cytoplasm
d. Nucleus
Correct Answer: c
3.In glycolysis how many molecules of ATP produce:
a. 8
b. 6
c. 10
d. 12
Correct Answer: a
4.Acetaldehyde is reduced to ethanal by the enzyme Alcohol dehydrogenase:
a. kinase
b. Alcohol dehydrogenase
c. Aldolase
d. Hexokinase
Correct Answer: b
5.Who called lori cycle:
a. glycolysis
b. Krebs cycle
c. Gluconeogenesis
d. citric acid cycle
Correct Answer: c
6.The overall free energy in gluconeogenisis is:
a. 16 kj/mol
b. 15 kj/mol
c. 18 kj/mol
d. 14 kj/mol
Correct Answer: a
7.In feeder path way glycogen enter through reaction:
a. Hydrolyzed reaction
b. Carboxylzed reaction
c. Reversible reaction
d. Phosphorolytic reaction
Correct Answer: d
8.(UDP) Uridine diphosphate work as a:
a. Catalyst
b. Inhibitor
c. co-enzyme
d. Enzymes
Correct Answer: c
9.Pyruvate dehydrogenase complex have diameter:
a. 50nm
b. 60nm
c. 70nm
d. 40nm
Correct Answer: a
10.In gluconeogenesis oxaloacetate is converted into:
a. Pyruvate
b. Fructose
c. Glucose
d. Glyceraldehyde
Correct Answer: c
11.Pyruvic acid is produced as a result of:
a. Gluconeogenesis
b. Pyruvic acid
c. Glycolysis
d. Krebs cycle
Correct Answer: c
12.The first control Point in gluconeogenesis is the reaction catalysed by:
a. Hexokinase
b. FBpase-1
c. Phosphofructokinase
d. Pyruvate carboxylase
Correct Answer: d
13.Krebs cycle takes place in:
a. Cytosol
b. Nucleus
c. outer membrane
d. Matrix of mitochondria
Correct Answer: d
14.End product of anerobic respiration in yeast:
a. Methyl Alcohol
b. Ethyl Alcohol
c. Ethyl Alcohol+ Co2
d. Lactic acid
Correct Answer: c
15.Conversation of energy during citric acid cycle is :
a. 1076 kj/mol
b. 876 kj/mol
c. 776 kj/mol
d. 976 kj/mol
Correct Answer: b
16.The product of succinic acid by the action of enzyme is:
a. Malonic acid
b. Pyruvic acid
c. Fumeric Acid
d. citric acid
Correct Answer: c
17.The breaking of the terminal phosphate of ATP release energy:
a. 7.3 kcal
b. 9.3 kcal
c. 3.7 kcal
d. 5.3 kcal
Correct Answer: a
18.One molecule of FADH2 is produce in Krebs cycle during conversation is:
a. Malate to oxaloacetate
b. Fumarate to malate
c. Fumarate to succinate
d. succinate to fumarate
Correct Answer: d
19.Which enzyme that is not involve in regulation of glycolysis is:
a. Hexokinase
b. Glucokinase
c. Phosphofructokinase
d. Mutase
Correct Answer: d
20.Which of the following reaction does not take place in animal:
a. Krebs cycle
b. Alcoholic fermentation
c. Glycolysis
d. Lactic acid formation
Correct Answer: b
21.The enzyme invlove in phosphorylation in glycolysis is :
a. Fructokinase
b. Isomerase
c. Hexokinase
d. Enolase
Correct Answer: c
22.Which enzyme play important role in regulation of glycolysis:
a. Hexokinase
b. Enolase
c. Carboxylase
d. Phosphofructokinase
Correct Answer: d
23.The a-ketoglutrate is used in precursor of amino acid:
a. Methionine
b. Aspartate
c. Glutamate
d. Glycine
Correct Answer: b
24.Strong inhibitor of succinate dehydrogenase is:
a. Urase
b. NAD
c. Iron
d. Malonate
Correct Answer: d
25.No. of ATPs produced during oxidation of one glucose molecule:
a. 32
b. 30
c. 36
d. 38
Correct Answer: a
26.On average ______ or more of daily energy requirement is supplied by dioxy triaccylglycerol.
a. 0.4
b. 0.1
c. 0.6
d. 0.8
Correct Answer: a
27.Triacylglycerols have the highest energy content of all stored nutrients more than:
a. 38 kj/g
b. 18 kj/g
c. 28 kj/g
d. 48 kj/g
Correct Answer: a
28.Fatty acid synthase complex has no. of different active sites:
a. nine
b. five
c. two
d. Seven
Correct Answer: d
29._______continuously produce and export of ketone bodies.
a. Spleen
b. Kidney
c. Stomach
d. Liver
Correct Answer: d
30.Ketones bodies are:
a. Acetoacetate
b. All
c. Acetone
d. D-b-hydroxybutyrate
Correct Answer: b
31.The single precursor of cholesterol is:
a. Acetone
b. Acetate
c. Butate
d. Glycerase
Correct Answer: b
32.The amino acid plays important role in nitrogen metabolism is:
a. Alanine
b. Citrulline
c. Gultamate
d. Arginine
Correct Answer: c
33.Urea cycle occurs in :
a. Spleen
b. Kidney
c. All of these
d. Liver
Correct Answer: d
34.The animals secreting ammonia are:
a. None
b. Ammonotelic
c. Ureotellic
d. Uricotellic
Correct Answer: b
35.All amino transferase have same prosthatic group:
a. Cytochrome C
b. Cyclic AMP
c. NAD
d. pyridoxal phosphate
Correct Answer: d
36.Which compound is formed in the last step of urea cycle?
a. Arginine
b. Citruline
c. Arginosuccinate
d. ornithine
Correct Answer: d
37.The energy release during hydrolysis of ATP is:
a. 30.5 kj/mol
b. 31.5 kj/mol
c. 35.5 kj/mol
d. 29.5 kj/mol
Correct Answer: a
38.Free energy ∆G is equal to:
a. ∆H-T∆S
b. ∆H-∆S
c. ∆H+T∆S
d. ∆H+∆S
Correct Answer: a
39.The enzyme involve in phosphorylation in glycolysis is:
a. Isomerase
b. Enolase
c. Hexokinase
d. Fructokinase
Correct Answer: c
40.Enzyme phosphorylase b kinase itself is activated by:
a. Thyroxine
b. Adrenaline
c. Epinephrine
d. Insuline
Correct Answer: c
41.Which one of the following reaction does not take place in animals:
a. Glycolysis
b. Alcoholic
c. Krebs cycle
d. Lactic acid fermentation
Correct Answer: d
42.Which of the is the precurssor of gluconeogenesis:
a. lactate
b. All of these
c. Pyruvate
d. glycerol
Correct Answer: b
43.Urea cycle discovered by:
a. Euler
b. Hockel
c. Otto Wasberg
d. Krebs Hans
Correct Answer: d
44.Ammoneotalic animals live in:
a. None
b. Aquatic
c. Terrestial
d. Fresh water
Correct Answer: b
45.The energy release by randomness and disorder is called:
a. enthalpy
b. None
c. Entropy
d. free energy
Correct Answer: c
46.Thieosters release energy on hydrolysis is:
a. -31 kj/mol
b. -49.5 kj/mol
c. -59.5 kj/mol
d. -32.5 kj/mol
Correct Answer: a
47.1 FADH =
a. 3 ATP
b. 2 ATP
c. 1 ATP
d. 1 GTP
Correct Answer: a
48.Conversation of energy during citric acid cycle is :
a. 1076 kj/mol
b. 976 kj/mol
c. 776kj/mol
d. 876 kj/mol
Correct Answer: b
49.Carbamoyl phasphate donate _____ in urea cycle.
a. ATP
b. ADP
c. None
d. NH4+
Correct Answer: d
50.chylomicroes are:
a. Lipids
b. Proteins
c. None
d. Lipoprotein
Correct Answer: d
