Page 6 - Pharmaceutical Organic Chemmistry-3 (Theoritical book) 24-25

Demonstrate creativity in applying entrepreneurial skills in
4.1.3 4.1.3.1 chemical synthesis of different organic compounds and
analyze their spectroscopic data.
Practice dependent learning to develop professional learning
4.3.2 4.3.2.1
skills.

3- Course Contents:
Lecture
Week Topics credit
No.
Hours
1. Introduction to Heterocyclic Chemistry 2
2. Nomenclature of Heterocyclic Compounds 2
3. Five membered heterocyclic rings(pyrrole, furan & thiophen) 2
4. Fused five membered heterocycles 2
5. Six-membered heterocycles 2
Fused six-membered heterocycles & seven membered
6. 2
heterocycles
Structure identification & elucidation (NMR spectroscopy-Part
7. 2
1)
Structure identification & elucidation (NMR spectroscopy-Part
8. 2
2)
Structure identification & elucidation (NMR spectroscopy-Part
9. 2
3)
10. Structure identification & elucidation (IR spectroscopy) 2
11. Structure identification & elucidation (Mass spectrometry) 2
12. Carbohydrates 2

13. Proteins 2
14. Solving spectroscopic problems 2
Practical
Week
No. Practical Topics credit
hours
1st chemical synthesis section
1. • Introduction to synthetic procedures •Benzimidazole 1
synthesis
2nd chemical synthesis section
2. 1
• 3,5- dimethylpyrazole
3rd chemical synthesis section
3. 1
• 4-Hydroxy-2H-phthalazin-1-one synthesis
4th chemical synthesis section
4. 1
• Osazone synthesis