COURSE SPECIFICATION - KKU · course specification male section medicinal chemistry 2 (pch 422) for...
Transcript of COURSE SPECIFICATION - KKU · course specification male section medicinal chemistry 2 (pch 422) for...
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 1
KING KHALID UNIVERSITY
COLLEGE OF PHARMACY
DEPARTMENT OF PHARMACEUTICAL CHEMISTRY
COURSE SPECIFICATION
MALE SECTION
MEDICINAL CHEMISTRY 2 (PCH 422)
For
PHARMACEUTICAL SCIENCES / CLINICAL PHARMACY
BY
Dr. Kumar Venkatesan
Academic Session 1437-1438
1st Semester
(Semester No 371)
September 2016 - January 2017
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 2
COURSE SPECIFICATION
Course Title MEDICINAL CHEMISTRY 2
Course Code PCH 422
Credit Hours 3 (2 Theoretical hours +1 Practical hour)
Program(s) in which the course is
offered
BACHELOR OF PHARMACEUTICAL SCIENCES/ CLINICAL
PHARMACY, COLLEGE OF PHARMACY, KKU.
Name of faculty member responsible for
the course
Dr. Kumar Venkatesan Assistant Professor Department of Pharmaceutical chemistry College of Pharmacy-KKU, ABHA Phone Office: 0172417982 Email: [email protected] Mobile Ph.: 0505735246 Office:163/4/c
Lecture Timings Theory Day 1(Sunday): 02:00 – 2:50 PM Room No: C/5/40 Day 1(Sunday): 03:00 – 3:50 PM Room No: C/5/40 Section 96
Lecture Timings Practical Batch 1; Section 97; Day 4 (Wednesday)1 pm to 3 pm; Room Number - C\4\45 Batch 2; Section 98; Day 5 (Thursday)1 pm to 3 pm ; Room Number – C\4\45
Level/year at which this course is
offered
Level 7, 1st semester, 1435/1436
Pre-requisites for this course
(if any)
Medicinal Chemistry 1 (PCH 321)
Co-requisites for this course
(if any)
Organic Chemistry, Bio-chemistry, Analytical Chemistry and
Human Physiology.
Location if not on main campus Abha, KKU Main campus, Greger (Boys)
Total Number of Teaching Weeks 15 weeks
Total Number of Lectures Theory 30 Hours
Total Number of Practical Hours 60 Hours
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 3
COURSE DESCRIPTION
This course is designed to provide the knowledge to the students on physiochemical properties of therapeutic
agents such as cardiovascular drugs, Diuretic agents, Antihistamines, Gastrointestinal drug, Non-steroidal Anti-
inflammatory agents, Insulin and oral – hypo-glycemic agents and Opioid analgesics. This course also educates
students on the nomenclature, structure, chemistry and structure activity relationship of the above mentioned
therapeutic agents.
THE MAIN LEARNING OUTCOMES FOR STUDENTS ENROLLED IN THE COURSE
Summary of the main learning outcomes for students enrolled in the course.
After completing this course, students should be conversant with:
The physicochemical properties of the therapeutic agents and correlate physical and chemical properties of
drugs to their mechanism of action
Students should be able to describe basic structural features of drugs
Students can understand and be able to predict metabolic pathways of particular drugs
Structural modifications of drugs and their importance to increase the potency of the drug
They should be familiar with particular drug groups, structure-activity relationship and typical
representative examples used.
Prediction of the underlying mechanism of action on structural and molecular basis.
Exhibiting competence with respect to the method of synthesis and analysis of drugs in pure form and
pharmaceutical dosage forms
Critical awarness of Medicinal Chemistry and acquiring eligibility to do Medicinal Chemistry III course in
our college.
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 4
TEXT BOOK FOR REFERENCE
SCHEDULE OF ASSESSMENT TASKS
1) Wilson and Gisvold's Textbook of Organic Medicinal and Pharmaceutical Chemistry. 12th
Edition.
2) Foye’s “Principles of Medicinal Chemistry, Fifth Edition,” By David A. Williams and
Thomas L. Lemke, Lippincott Williams & Wilkins Publishers, New York, 2002.
3) Burger's Medicinal Chemistry and Drug Discovery 6th Ed (Vol. 1-6); Donald J. Abraham;
ISBN 0-471-27401-1; John Wiley & Sons, Inc; 2003
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 5
SCHEDULE OF ASSESSMENT TASKS
Examination protocol
QUIZ EXAM
It will have 10 written questions for 05 marks
Topics for Quiz-I
Date for Quiz Examinations will be announced through Black Board as per the agreement with
group leader
MID-TERM EXAM
24 MCQs 24 Marks 3 Short Answers out of 5 06 Marks Total 30 Marks
Topics for Mid-term exam
FOR MID TERM EXAMINATION, DATE, TIME AND PLACE OF EXAMINATION WILL BE INFORMED BY
ACADEMIC OFFICE.
Quiz exam 05 Marks Mid Term Theory Exam 30 Marks
E- Assignments 05 Marks
Mid Term practical Exam 10 Marks
Final practical Exam 10 Marks
Final Exam 40 Marks
Total 100 Marks
1. Cardiovascular system
MIDTERM EXAMINATION SYLLABUS INCLUDES TOPICS COVERED IN ANY FIVE WEEKS OF
THE TEACHING SCHEDULE
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 6
Assignments through E-Learning Activity
It will be given individually to the students from the topics of the course to do some online activities in
the black board. It will carry 05 marks
END SEMSTER EXAM
Final exam will consist of 60 multiple choice questions for 40 marks.
The mcqs will be from the topics covered from 6th teaching week onwards. FOR END SEMESTER EXAMINATION, DATE, TIME AND PLACE OF
EXAMINATION WILL BE INFORMED BY ACADEMIC OFFICE
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 7
TEACHING SCHEDULE FOR MEDICINAL CHEMISTRY-2-PCH- 422 THEORY
Theoretical Topics to be Covered
Week
No.
Topics Day and Date Instructor
1
1. CARDIOVASCULAR DRUGS:
1.1. CARDIOTONICS:
1.1.1. Cardiac Glycosides:
Chemistry of cardiac glycosides
Chemical stability of cardiac glycosides
Mode of action (MOA)
Toxicity
Structure Activity Relationship (SAR)
1.1.2. Non-steroidal cardiotonic agents:
Chemical structure, side effects and MOA of inamrinone and
milrinone
18-09-2016/
Sunday
2 credit hour
Dr. Kumar
Venkatesan
2 1.2. ANTI-ANGINAL DRUGS:
1.2.1.Organic Nitrates:
Formulation difficulties
Classification: Rapid and Slow acting formulations
Synthesis of iso-sorbide -dinitrate
Assay of nitrates
SAR
1.2.2. Calcium Channel Blockers:
1.2.2.1 1,4-dihydropyridines: Synthesis, nomenclature,
assay and SAR of some selected drugs.
1.2.2.2. Phenylalkylamines:Verapamil; MOA,
metabolism and synthesis.
1.2.2.3. Benzothiazepines:Diltiazem;
MOA, uses and nomenclature.
1.2.2.4. Diaminopropanol ethers: Bepridil; MOA.
25-09-2016/
Sunday
2 credit hour
Dr. Kumar
Venkatesan
3
1.3 ANTI-HYPERLIPIDIMIC DRUGS:
1.3.1. Bile acid binding resins: Cholestyramine
2-10-2016
Dr. Kumar
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 8
1.3.2. HMG-CoA reductase inhibitors: Structural features and
SAR of some selected drugs.
1.3.3. Fibrates: Structural features, MOA, synthesis, assay and SAR of some
selected drugs.
Sunday
2 credit hour
Venkatesan
4 1.4 ANTI-THROMBOTICS:
1.4.1 Oral anticoagulants:
Warfarin
Indanediones
1.4.2 Parentral anticoagulants:
Heparin
Low molecular weight heparins
9-10-2016/
Sunday
2 credit hour
Dr. Kumar
Venkatesan
5 1.5 ANTI-HYPERTENSIVE DRUGS:
Classification of antihypertensive drugs
The renin- angiotensin system
1.5.1. Angiotensin-Converting Enzyme Inhibitors:
1.5.1.1. Sulfhydryl-Containing Inhibitors:Captopril
1.5.1.2. Dicarboxylate-Containing Inhibitors: Enalapril,
Enalaprilat
1.5.1.3 Phosphonate-Containing Inhibitors:Fosinopril
1.5.2 Angiotensin Receptor Antagonists:
Losartan
Valsartan
1.5.3 Direct Vasodilators:
1.5.3.1.Calcium Channel Blockers
1.53.2.Potassium Channel Openers:
Diazoxide
Minoxidil
1.5.3.3.Other Vasodilators:
Hydralazine
Sodium nitroprusside
16-10-2016
Sunday
2 credit hour
Dr. Kumar
Venkatesan
6 2. Diuretics
2.1. Carbonic anhydrase inhibitors:
2.2.2 Loop diuretics:
5-Sulfamoyl-2- and -3-aminobenzoic acid derivatives: Furosemide,
Bumetanide. SAR and synthesis.
Phenoxyacetic acid derivatives: Ethacrynic acid. Uses, SAR and
synthesis.
23-10-2016
Sunday
2 credit hour
Dr. Kumar
Venkatesan
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 9
7 2.2.3. Thiazide and thiazide like diuretics: SAR, synthesis
and assay of selected drugs.
2.2.4. Potassium sparing diuretics:
Classification
Properties and uses
2.4.1. Aldosterone antagonists: Uses, adverse effects
and metabolism.
2.4.2 2,4,7 triamino-6-arylpteridines:
Triamterene
Amiloride hydrochloride
2.2.5.Osmotic diuretics:
30-10-2016
Sunday
2 credit hour
Dr. Kumar
Venkatesan
8 3. ANTIHISTAMINIC DRUGS: 3.1 Histamine and its receptors
3.2 Therapeutic uses of anti-histamines
3.3 Classification of Anti-histamines
3.3.1 First generation H1 anti-histamines
Alkylamines
Aminoalkylethers - SAR and Synthesis
Ethylenediamines
Propylamines: SAR and Synthesis
Piperazine derivatives
3.3.2 Second generation H1 anti-histamines:
Terfinadine
Astemizole
Loratadine
Cetrizine
3.4. Histamine release inhibitors: Cromolyn sodium
6-11-2016
Sunday
2 credit hour
Dr. Kumar
Venkatesan
9 4. GASTRO-INTESTINAL DRUGS:
4.1 Classification
4.2. Inorganic antacids:
Aluminum salts
Calcium carbonate
Magnesium salts
Bismuth salts
Simethicone
4.3. H2-receptor antagonists:
20-11-2016
Sunday
2 credit hour
Dr. Kumar
Venkatesan
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 10
First generation H2-receptor antagonists
Second generation H2-receptor antagonists
Third generation H2-receptor antagonists
4.4. Proton pump inhibitors:
Acid-catalyzed activation of omeprazole
SAR of proton pump inhibitors
10 5. NON-STEROIDAL ANTI-INFLAMMATORY DRUGS
MOA and Classification of NSAIDs
5.1.Salycilates:
Aspirin
Salycilates modified at the carboxyl group
Synthesis of diflunisal
SAR of salycilates
Assay
Purity of Aspirin
5.2.2 Aminophenol Derivatives:
Paracetamol; Identity test, assay and metabolism.
27-11-2016
Sunday
2 credit hour
Dr. Kumar
Venkatesan
11 5.3. N-arylanthranilic acids:
Mefenamic acid
Flufenamic acid
Meclofenamic acid
SAR
Synthesis of flufenamic acid
5.4. Arylacetic acids:
Indomethacin
Sulindac
Diclofenac
Tolmetin
SAR
Synthesis of Indomethacin
5.5. Arylpropionic acids:
Ibuprofen
Ketoprofen
Naproxen
Nabumetone
Synthesis of ibuprofen
Assay
4-12-2016
Sunday
2 credit hour
Dr. Kumar
Venkatesan
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 11
SAR of profens
12 5.6.Oxicams:
Pyroxicam
Tenoxicam
Meloxicam
Synthesis of pyroxicam
SAR of oxicams
5.7.Selective COX 2 Inhibitors:
7.7.1. Sulides
7.7.2. Tricyclics: Rofecoxib, Celecoxib.
Agents used for treatment of gout
Natraceuticals for osteoarthritis
11-12-2016
Sunday
2 credit hour
Dr. Kumar
Venkatesan
13
6. INSULIN AND ORAL HYPOGLYCEMIC AGENTS:
6.1 Diabetes - Introduction:
Types of diabetes
Complications of diabetes
Signs and symptoms of diabetes
Diagnosis of diabetes
6.2. Insulin:
Role of insulin
Chemistry of insulin
Dosage forms
Chemical stability
Insulin analogues and SAR
6.3. Oral hypoglycemics:
Sulfonylureas - SAR and MOA
Classification of Sulfonylureas - First, Second and Third
generation drugs
Synthesis and analysis of sulfonylureas
6.4. Thiazolidinediones: MOA
6.5. α-glucosidase inhibitors: MOA
6. 6. Biguanides: MOA
18-12-2016
Sunday
2 credit hour
Dr. Kumar
Venkatesan
14 7. OPIOID ANALGESICS:
Opium alkaloids
Morphine
Structure of morphine
SAR of morphine
25-12-2016
Sunday
Dr. Kumar
Venkatesan
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 12
Steriochemistry of morphine
Essential requirements for activity
Morphine receptors
2 credit hour
15 Morphine analogues:
o 1.1.Variation of substituents
o 1.2.Drug extension
o 1.3. Rigidification
o 1.4. Simplification:
Removing ring E
Removing ring D
Removing rings C & D
Removing rings B, C & D
Removing rings B,C, D & E
Synthesis of meperidine
Non-opoid analgesics: Nefopam, Tramadol
Endogenous opoids: SAR.
Antitussive agents
01-01-2017
Sunday
2 credit hour
Dr. Kumar
Venkatesan
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 13
TEACHING SCHEDULE FOR MEDICINAL CHEMISTRY-2-PCH- 422 PRACTICAL
Batch-A, Section 97, Wednesday, 01.00–03.00 PM; Lab No C/4/45
Week Date Topic Faculty Name
1 21-9-2016 Assay of Ibuprofen tablets Dr. Kumar Venkatesan &
Dr. Vel
2 28-9-2016 Assay of Captopril tablets “
3 05-10-2016 Assay of Povidone iodine topical solution “
4 12-10-2016 Assay of Sulfanilamide “
5 19-10-2016 Assay of Aspirin tablets “
6 26-10-2016 Assay of Ascorbic acid tablets “
7 02-11-2016 Revision “
8 09-11-2016 Practical Examination – I “
9 23-11-2016 Assay of Furosemide tablets “
10 30-11-2016 Assay of Propranolol tablets “
11 07-12-2016 Assay of Paracetamol tablets “
12 14-12-2016 Assay of Aspirin tablets “
13 21-12-2016 Assay of Metoclopramide tablets “
14 28-12-2016 Revision “
15 04-01-2017 Practical Examination – II “
Dept. of Pharmaceutical Chemistry, Medicinal Chemistry 2 (PCH 422) Page 14
TEACHING SCHEDULE FOR MEDICINAL CHEMISTRY-2-PCH- 422 PRACTICAL
Batch-B, Section 98, Thursday, 01.00–03.00 PM; Lab No C/4/45
Week Date Topic Faculty Name
1 22-9-2016 Assay of Ibuprofen tablets Dr. Kumar Venkatesan &
Dr. Vel
2 29-9-2016 Assay of Captopril tablets ‘’
3 06-10-2016 Assay of Povidone iodine topical solution ‘’
4 13-10-2016 Assay of Sulfanilamide “
5 20-10-2016 Assay of Aspirin tablets “
6 27-10-2016 Assay of Ascorbic acid tablets “
7 03-11-2016 Revision “
8 10-11-2016 Practical Examination – I “
9 24-11-2016 Assay of Furosemide tablets “
10 01-12-2016 Assay of Propranolol tablets “
11 08-12-2016 Assay of Paracetamol tablets “
12 15-12-2016 Assay of Aspirin tablets “
13 22-12-2016 Assay of Metoclopramide tablets “
14 29-12-2016 Revision “
15 05-01-2017 Practical Examination - II “