Exam Details
Subject | pharmacology—ii | |
Paper | ||
Exam / Course | b. pharmacy | |
Department | ||
Organization | savitribai phule pune university | |
Position | ||
Exam Date | April, 2018 | |
City, State | maharashtra, pune |
Question Paper
T.Y. B.Pharm. Semester) EXAMINATION, 2018
PHARMACOLOGY—II
(2015 PATTERN)
Time Three Hours Maximum Marks 60
N.B. Answers to the two sections should be written in separate
answer books.
(ii Neat diagram must be drawn wherever necessary.
(iii Figures to the right indicate full marks.
SECTION I
1. Attempt any one
Classify sympathomimetic drugs. Discuss biosynthesis, mechanism
of action, pharmacological actions and therapeutic uses of
catecholamines.
Or
Define and classify parasympathomimetics drugs. Discuss
mechanism of action, pharmacological actions and adverse drug
reaction, therapeutic uses of atropine.
2. Attempt any four
Enlist types of adrenergic receptors and their tissue distribution.
P.T.O.
[5345]-5002 2
Explain biosynthesis and degradation of acetyl choline.
Write the symptoms and treatment of Organo phosphate poisoning
(OPC).
Explain mechanism of action of ganglion blockers.
What is cholinergic crisis
Classify skeletal muscle relaxants. Write therapeutic uses of
baclofen.
3. Write notes on any two
Beta blockers
Pharmacotherapy of Myasthenia gravis
Antichlolinesterases.
SECTION II
4. Attempt any one
Classify antihypertensive agents. Write pharmacology of Calcium
Channel Blockers.
Or
Classify bronchodilator drugs. Explain pharmacotherapy of
Bronchial asthama.
5. Attempt any four
What are the advantages of Angiotensin Receptors Blockers
over ACE inhibitors
[5345]-5002 3 P.T.O.
Justify the role of cardiac glycosides in treatment of CCF.
Explain mechanism of action of quinidine.
Write the treatment for cough.
Explain mechanism of action and therapeutic uses of vasopressin.
Explain mechanism of action and adverse effects of clonidine.
6. Solve any two
Write a detailed note on Potassium sparing diuretics.
Classify antianginal drugs. Describe the therapeutic utility of
vasodilators in angina pectoris.
Explain the pharmacology of mast cell stabilizers.
PHARMACOLOGY—II
(2015 PATTERN)
Time Three Hours Maximum Marks 60
N.B. Answers to the two sections should be written in separate
answer books.
(ii Neat diagram must be drawn wherever necessary.
(iii Figures to the right indicate full marks.
SECTION I
1. Attempt any one
Classify sympathomimetic drugs. Discuss biosynthesis, mechanism
of action, pharmacological actions and therapeutic uses of
catecholamines.
Or
Define and classify parasympathomimetics drugs. Discuss
mechanism of action, pharmacological actions and adverse drug
reaction, therapeutic uses of atropine.
2. Attempt any four
Enlist types of adrenergic receptors and their tissue distribution.
P.T.O.
[5345]-5002 2
Explain biosynthesis and degradation of acetyl choline.
Write the symptoms and treatment of Organo phosphate poisoning
(OPC).
Explain mechanism of action of ganglion blockers.
What is cholinergic crisis
Classify skeletal muscle relaxants. Write therapeutic uses of
baclofen.
3. Write notes on any two
Beta blockers
Pharmacotherapy of Myasthenia gravis
Antichlolinesterases.
SECTION II
4. Attempt any one
Classify antihypertensive agents. Write pharmacology of Calcium
Channel Blockers.
Or
Classify bronchodilator drugs. Explain pharmacotherapy of
Bronchial asthama.
5. Attempt any four
What are the advantages of Angiotensin Receptors Blockers
over ACE inhibitors
[5345]-5002 3 P.T.O.
Justify the role of cardiac glycosides in treatment of CCF.
Explain mechanism of action of quinidine.
Write the treatment for cough.
Explain mechanism of action and therapeutic uses of vasopressin.
Explain mechanism of action and adverse effects of clonidine.
6. Solve any two
Write a detailed note on Potassium sparing diuretics.
Classify antianginal drugs. Describe the therapeutic utility of
vasodilators in angina pectoris.
Explain the pharmacology of mast cell stabilizers.
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Subjects
- active pharmaceutical ingrendients technology
- analytical pharmacognosy and
- analytical pharmacognosy and extraction technology
- bio-organic chemistry and drug design
- communication and soft skill development
- dosage form design
- extraction technology
- human anatomy and physiology–i
- human anatomy and physiology—ii
- industrial pharmacy—i
- industrial pharmacy—ii
- medicinal chemistry–i
- modern dispensing practices
- natural product chemistry
- pharmaceutical analysis-iii
- pharmaceutical analysis—i
- pharmaceutical analysis—iv
- pharmaceutical biochemistry
- pharmaceutical business management and disaster management
- pharmaceutical engineering
- pharmaceutical inorganic chemistry–i
- pharmaceutical microbiology
- pharmaceutical organic chemistry-iv
- pharmaceutical organic chemistry—i
- pharmaceutical organic chemistry—ii
- pharmaceutical organic chemistry—iii
- pharmaceutics-i
- pharmaceutics–ii
- pharmacognosy
- pharmacognosy & phytochemistry—i
- pharmacognosy and phytochemistry–ii
- pharmacology—ii
- pharmacology—iii
- physical pharmaceutics-i