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Review of Pharmacology - 9E (2015)

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<strong>Review</strong> <strong>of</strong> <strong>Pharmacology</strong><br />

218. Ans. (b) Phenoxybenzamine (Ref: KDT 6/e p133)<br />

219. Ans. (c) Hydrolysis by blood esterase (Ref: KDT 6/e p141)<br />

220. Ans. (d) All <strong>of</strong> above (Ref: KDT 6/e p139)<br />

221. Ans. (d) Phenoxybenzamine binding to alpha adrenergic receptors (Ref: Katzung 10/e p16; KDT 6/e p133)<br />

• Phenoxybenzamine is an irreversible (covalent) antagonist at alpha receptors. All other drugs mentioned are<br />

reversibly interacting with their receptors.<br />

Answers <strong>of</strong> recent Questions asked by National Board<br />

Autonomic Nervous System<br />

1. Ans (a) Atenolol (Ref. KDT 7th/40)<br />

2. Ans (a) Causes increase in GI Ischemia (Ref. KDT 7th/134)<br />

Dopamine causes vasodilation in renal and splanchnic vessels by stimulating D 1<br />

receptors.<br />

3. Ans. (a) Acute CHF (Ref: KDT 6/e p142)<br />

4. Ans. (a) Adrenaline (Ref: KDT 6/e p122)<br />

5. Ans. (c) Neostigmine (Ref: KDT 6/e p104)<br />

6. Ans. (a) Adrenaline (Ref: KDT 6/e p130)<br />

7. Ans. (b) Carbaryl (Ref: KDT 6/e p105)<br />

8. Ans. (c) Pindolol (Ref: KDT 6/e p140)<br />

9. Ans. (d) Absence <strong>of</strong> pulmonary secretions (Ref: emedicine.medscape.com)<br />

10. Ans. (a) Atropine (Ref: KDT 7/e p118)<br />

11. Ans. (b) Alpha 2 (Ref: KDT 7/e p565)<br />

12. Ans. (b) Adjuvant pharmacotherapy for BMI > 30 kg/m 2 (Ref: CMDT 2014/1215)<br />

NIH Clinical obesity guidelines recommend<br />

• Lifestyle modification for all<br />

• Surgery for patients with:<br />

––<br />

BMI >40 kg/m 2<br />

––<br />

BMI >35 kg/m 2 with obesity related co-morbidities<br />

• Pharmacotherapy for patients with:<br />

––<br />

BMI >30 kg/m 2<br />

––<br />

BMI >27 kg/m 2 with obesity-related risk factors.<br />

13. Ans. (b) Fludrocortisone (Ref: CMDT 2014/941)<br />

14. Ans. (a) Atropine (Ref: KDT 7/e p146)<br />

• Dopamine, adrenaline and isoprenaline act by stimulating b 1<br />

receptors in heart. As patient has b-blocker overdose,<br />

these are likely to be ineffective<br />

• Atropine can increase heart rate in this person by blocking parasympathetic action on heart.<br />

15. Ans. (c) Yohimbine (Ref: KDT 7/e p140)<br />

16. Ans. (a) Mucous and pharyngeal secretions (Ref: KDT 7/e p113-115)<br />

17. Ans. (c) Bradycardia (Ref: KDT 7/e p114)<br />

18. Ans. (d) Intramuscular (Ref: KDT 7/e p138)<br />

19. Ans. (a) Tamsulosin (Ref: KDT 7/e p142)<br />

20. Ans. (a) Tamsulosin (Ref: KDT 7/e p142)<br />

21. Ans. (b) Shorter acting than edrophonium (Ref: KDT 7/e p105-109)<br />

22. Ans. (a) Glaucoma (Ref: KDT 7/e p121)<br />

108<br />

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