- •Questions for test control module 1 practical lesson 1 simple proteins. Structure and function
- •Practical lesson 2 physical and chemical propeties of proteins
- •Practical lesson 3 enzymes. Structure and general properties of enzymes
- •Practical lesson 4 mechanism of enzyme action. Regulation of enzyme activity
- •Practical lesson 5 water-soluble and lipid- soluble vitamins. Vitamins as cofactors
- •Practical lesson 6
- •Vitamins as cofactors. Folic acid. Ascorbic acid
- •Keys and analysis practical lesson 1 simple proteins. Structure and function
- •Practical lesson 2 physical and chemical propeties of proteins
- •Practical lesson 3
- •Practical lesson 4 mechanism of enzyme action. Regulation of enzyme activity
- •Practical lesson 2 biological oxidation. Electron transport chain. Bioenergetics and oxydative phosphorilation
- •Practical lesson 3 free radicals and anti-oxidants. Vitamins as antioxidants
- •Practical lesson 4 oxidative decarboxylation of piruvic acid. Krebs cycle
- •III. Keys
- •Practical lesson 2 glycolysis: reaction, regulation, energy balance. Aerobic oxidation of glucose
- •Practical lesson 3 gluconeogenesis. Pentose phosphate pathway. Fructose and galactose metabolism
- •III. Keys
- •Practical lesson 2
- •Practical lesson 3 transport of lipids by blood. Metabolism of cholesterol. Pathology of lipid metabolism
- •Questions for Team Motivation mci/fmg Coaching Academy
- •Biochemistry
- •III. Keys practical lesson 1 lipids: biological functions and classification. Metabolic pathway of lipids. Digestion and catabolism
- •Practical lesson 2 conversion of α- amino group. Disposal and detoxification of ammonia. Conversion for α- carboxyl group
- •Practical lesson 3 fate of carbon skeletons. Metabolism of methionin, phenylalanine, tyrosine. Transmethylation reactions. Creatine metabolism
- •Practical lesson 5 metabolic pathway of nucleotides. Catabolism and anabolism
- •Practical lesson 6 replication. Transcription. Translation
- •Questions for Team Motivation mci/fmg Coaching Academy
- •Metabolic pathway of amino acids
- •Replication transcription translation
- •III. Keys
Questions for Team Motivation mci/fmg Coaching Academy
(2012-2013, 2013-2014)
Biochemistry
1.Carnitine transports fatty acyl CoA in
A) Cytoplasm
B) Intermembrane space of mitochondria
C) Mitochondrial Matrix
D) Nuclear membrane
2. All of the following statements are true regarding lipoproteins except?
a) VLDL transport endogenous lipids
b) chylomicrons transports lipids to the tissue
c) Increased blood cholesterol is associated with increased LDL receptors
d) Increased HDL is associated with decreased risky of coronary disease.
3. A person on fat free carbohydrate rich diet continues to grow obese. Which of the following lipoproteins is likely to be elevated in blood?
a) Chylomicrons
b)VLDL
c)HDL
d)LDL
4. Which of the following products of triacylglycerol breakdown and subsequent β-Oxidation may undergo gluconeogenesis?
a) Acetyl CoA
b) Propionyl CoA
c) All ketone bodies
d) Some amino acids
5. Deficiency of biotin results in decrease in
a) Amino acid synthesis
b) Lipid synthesis
c) Kidney
d) Fatty acid synthesis
6. A fatty acid with 15 carbon atoms will undergo how many cycles of beta oxidation and produce how much acetyl CoA molecule?
a) 5 cycle and 5 acetyl CoA molecule
b) 6 cycle and 6 acetyl CoA molecule
c) 7 cycle and 7 acetyl CoA molecule
d) 8 cycle and 8 acetyl CoA molecule
7. Which out of the followings is the ketone body is maximum in diabetic ketoacidosis?
a) Acetone
b) Acetoacetate
c) Beta-hydroxy butyrate
d) Hydroxy Methyl glutarate
8. Respiratory distress syndrome in premature infants is due to inadequate secretion of which one of the following lipids:-
a) Dipalmitoylphosphatidyl lecithin
b) Spingomyelin
c) Cholesterol
d) Phosphatidyl inositol
9. Iodine number denotes
a) Degree of unsaturation
b) Saponification number
c) Acid number
d) Acetyl number
10. Which of the following enzymes is stimulated by glucagon?
a) Acetyl-CoA carboxylase
b) Glycogen phosphorylase
c) Glycogen synthase
d) HMG-CoA reductase
11. Vitamin C is required for the synthesis of
a) Bile acids from cholesterol
b) Bile salts from bile acids
c) Vitamin D from cholesterol
d) All of these
12. Which of the following can be oxidized by β-oxidation pathway?
a) Saturated fatty acids
b) Monosaturated fatty acids
c) Polyunsaturated fatty acids
d) All of these
13. A fatty acid which is not synthesized in the body and has to be supplied in the diet is
Palmitic acid
Lauric acid
Linolenic acid
Palmitoleic acid
14. The cholesterol molecule is
Benzene derivative
Quinoline derivative
Steroid
Straight chain acid
15. The enzymes of β-oxidation are found in
Mitochondria
Cytosol
Golgi apparatus
Nucleus
16. Gaucher's disease is due to deficiency of the enzyme:
Sphingomyelinase
Glucocerebrosidase
Galactocerbrosidase
β-Galactosidase
17. The number of double bonds in arachidonic acid is
1
2
4
6
18. Phospholipid acting as surfactant is
Cephalin
Phosphatidyl inositol
Lecithin
Phosphatidyl serine
19. Triglycerides are transported from liver to extrahepatic tissues by
Chylomicrons
VLDL
HDL
LDL
20. Carnitine is required for the transport of
Triglycerides out of liver
Triglycerides into mitochondria
Short chain fatty acids into mitochondria
Long chain fatty acids into mitochondria
21. B-Oxidation of odd-carbon fatty acid chain produces
Succinyl CoA
Propionyl CoA
Acetyl CoA
Malonyl CoA
22. Long-chain fatty acids are oxidized step-wise in one carbon units starting from the
Carboxyl end
Aliphatic end
Both (a) and (b)
None of these
23. All the following statements about ketone bodies are true except
Their synthesis increases in diabetes mellitus
They are synthesized in mitochondria
They can deplete the alkali reserve
They can be oxidized in the liver
