Exam Details
| Subject | biochemistry | |
| Paper | ||
| Exam / Course | b. pharmacy | |
| Department | ||
| Organization | solapur university | |
| Position | ||
| Exam Date | March, 2018 | |
| City, State | andhra pradesh, solapur |
Question Paper
B.Pharmacy (Semester II) (New CBCS) Examination, 2018
Biochemistry
Day and Date Friday, 11-5-2018 Max. Marks 75
Time 10.30 a.m. to 1.30 p.m.
1. MCQ (20×1=20)
Carbohydrates are defined as
Polyhydroxy acid
Polyhydroxy phenol
Polyhydroxy aldehyde and ketone
Trimethoprim
Identify pentose sugar from the following.
D-ribose D-fructose Lactose D-erythrose
Glucose gets converted into glucose 6-phosphate by help of enzyme.
Hexokinase Pentokinase
Monokinase Synthetase
One ATP molecule generates k/cal. energy.
7.1 7.5 7.3 7.8
Catabolism of hemoglobin generates which is released in urine.
Urobilinogen Uric acid Urobilin Heme
Identify which of the following are referred as power house of cell
Mitochondria Golgi bodies
Cytoplasm DNA
The harmful effect of hydrogen peroxide are prevented by enzyme.
Hydroxyperoxidases Oxygenases
Ligase Hydrase
The formation of glycogen from glucose is referred as
Glycogenolysis Glycogenesis
Glycolysis Glucolysis
Under aerobic condition one mole of glucose generates how much ATP
38 32 8 16
10) The enzymes of TCA cycle are located at
Mitochondrial matrix Cytoplasm
DNA RNA
11) One Acetyl CoA molecule generates ATP.
8 10 12 14
12) Pentose phosphate pathway is also referred as
HMP-shunt TCA cycle Urea cycle Uric acid cycle
13) Identify the highly concentrated form of energy from the following.
Triacylglycerol Glucose Protein Fructose
14) ATP yields from oxidation of one molecule of palmitate.
132 129 101 105
15) Which enzyme regulates synthesis of ketone bodies
HMG-CoA DNA-Hydrase
DNA-Ligase DNA-Isomerase
16) The transfer of group from an amino acid to keto acid is known as transamination.
Amino Keto Aldehyde Aldo-keto
17) Urea is synthesized in organ.
Skin Kidney Brain Liver
18) is referred as reserve bank of information.
DNA DNA-Hydrase
DNA-Ligase DNA-Isomerase
19) Peptide bond formation process is catalyzed by enzyme.
Peptidyltransferase Peptidylhydrase
Peptidyoxidase Peptidylisomerase
20) enzyme is used in treatment of leukemia.
Streptokinase Hexokinase
Ligase Asparginase
2. Solve any seven of the following
Classify amino acid and proteins. Give its biological role.
Classify energy rich compounds with its biological significance.
Define free energy. Give relationship of it with respect to enthalpy and entropy.
Explain complete account to biological oxidation with its significance.
Describe the lipid disorder "fatty acid and obesity."
Define enzymes. Give classification properties and nomenclature of it.
Explain in detail biosynthesis of purine and pyrimidine nucleotides.
Write structure and function of DNA and RNA.
Give structure and biological role of maltose and lactose.
3. Solve any two of the following (10×2=20)
Explain citric acid cycle with its energetics and biological significance.
Define lipids. Explain the process of β-oxidation of saturated fatty acid.
Explain the concept enzyme kinetics and discuss about enzyme inhibitors with example.
Biochemistry
Day and Date Friday, 11-5-2018 Max. Marks 75
Time 10.30 a.m. to 1.30 p.m.
1. MCQ (20×1=20)
Carbohydrates are defined as
Polyhydroxy acid
Polyhydroxy phenol
Polyhydroxy aldehyde and ketone
Trimethoprim
Identify pentose sugar from the following.
D-ribose D-fructose Lactose D-erythrose
Glucose gets converted into glucose 6-phosphate by help of enzyme.
Hexokinase Pentokinase
Monokinase Synthetase
One ATP molecule generates k/cal. energy.
7.1 7.5 7.3 7.8
Catabolism of hemoglobin generates which is released in urine.
Urobilinogen Uric acid Urobilin Heme
Identify which of the following are referred as power house of cell
Mitochondria Golgi bodies
Cytoplasm DNA
The harmful effect of hydrogen peroxide are prevented by enzyme.
Hydroxyperoxidases Oxygenases
Ligase Hydrase
The formation of glycogen from glucose is referred as
Glycogenolysis Glycogenesis
Glycolysis Glucolysis
Under aerobic condition one mole of glucose generates how much ATP
38 32 8 16
10) The enzymes of TCA cycle are located at
Mitochondrial matrix Cytoplasm
DNA RNA
11) One Acetyl CoA molecule generates ATP.
8 10 12 14
12) Pentose phosphate pathway is also referred as
HMP-shunt TCA cycle Urea cycle Uric acid cycle
13) Identify the highly concentrated form of energy from the following.
Triacylglycerol Glucose Protein Fructose
14) ATP yields from oxidation of one molecule of palmitate.
132 129 101 105
15) Which enzyme regulates synthesis of ketone bodies
HMG-CoA DNA-Hydrase
DNA-Ligase DNA-Isomerase
16) The transfer of group from an amino acid to keto acid is known as transamination.
Amino Keto Aldehyde Aldo-keto
17) Urea is synthesized in organ.
Skin Kidney Brain Liver
18) is referred as reserve bank of information.
DNA DNA-Hydrase
DNA-Ligase DNA-Isomerase
19) Peptide bond formation process is catalyzed by enzyme.
Peptidyltransferase Peptidylhydrase
Peptidyoxidase Peptidylisomerase
20) enzyme is used in treatment of leukemia.
Streptokinase Hexokinase
Ligase Asparginase
2. Solve any seven of the following
Classify amino acid and proteins. Give its biological role.
Classify energy rich compounds with its biological significance.
Define free energy. Give relationship of it with respect to enthalpy and entropy.
Explain complete account to biological oxidation with its significance.
Describe the lipid disorder "fatty acid and obesity."
Define enzymes. Give classification properties and nomenclature of it.
Explain in detail biosynthesis of purine and pyrimidine nucleotides.
Write structure and function of DNA and RNA.
Give structure and biological role of maltose and lactose.
3. Solve any two of the following (10×2=20)
Explain citric acid cycle with its energetics and biological significance.
Define lipids. Explain the process of β-oxidation of saturated fatty acid.
Explain the concept enzyme kinetics and discuss about enzyme inhibitors with example.
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Subjects
- anatomy, physiology and health education – i
- anatomy, physiology and health education – ii
- biochemistry
- biochemistry – i
- biochemistry – ii
- biopharmaceutics
- biotechnology
- clinical pharmacology
- herbal technology
- human anatomy and physiology – i
- human anatomy and physiology – ii
- medicinal chemistry – i
- medicinal chemistry – ii
- medicinal chemistry – iv
- microbiology
- modern dispensing and hospital pharmacy
- novel drug delivery systems
- organic chemistry – i
- organic chemistry – ii
- organic chemistry – iii
- pathophysiology (new cbcs)
- pathophysiology and clinical biochemistry – i
- pathophysiology and clinical biochemistry – ii
- pharmaceutical analysis – i
- pharmaceutical analysis – ii
- pharmaceutical analysis – iv
- pharmaceutical analysis – v
- pharmaceutical analysis – vi
- pharmaceutical busines management
- pharmaceutical engineering
- pharmaceutical enginering
- pharmaceutical inorganic chemistry
- pharmaceutical jurisprudence
- pharmaceutical microbiology
- pharmaceutical organic chemistry – ii
- pharmaceutical organic chemistry –i
- pharmaceutics – i (new cbcs)
- pharmaceutics – i (old-cbcs pattern)
- pharmaceutics – ii
- pharmaceutics – iii
- pharmaceutics – iv
- pharmacognosy – i
- pharmacognosy – ii
- pharmacognosy – iii
- pharmacology – i (new) (cbcs pattern)
- pharmacology – ii
- pharmacology – ii (cgpa pattern)
- pharmacology – iv
- physical pharmaceutics – i
- physical pharmacy – i
- physical pharmacy – ii
- sterile dosage forms