Lecture 30: Relative reactivity of Pyrrole Furan and Thiophene Pharma. Org. Chem. iii BP40T

PHARMACEUTICAL ORGANIC CHEMISTRY-III BP401T AKTU Lecture 30: Relative reactivity of Pyrrole Furan and Thiophene Links of Lectures Unit 1 Lecture 1: Syllabus Syllabus Lecture 2: Isomerism stereoisomerism optical isomerism-optical activity Lecture 3: Elements of symmetry chiral and achiral molecules. Lecture 4: Enantiomerism diastereomerism meso compounds Lecture 5: D L system of nomenclature of optical isomers Lecture 6: Sequence rule for RS and E Z configuration Lecture 7: RS system of nomenclature of optical isomers CIP Lecture 8: Calculation of total stereoisomer Reactions of chiral molecules. Lecture 9: Racemic modification and resolution of racemic mixture Lecture 10: Asymmetric synthesis: partial and absolute. Unit ii Lecture 11: Geometrical isomerism Cis-Trans. Lecture 12: E-Z configuration Lecture 13: Syn-Anti configuration Lecture 14: Conformational isomerism in Ethane Lecture 15: Conformational isomerism in n-butane Lecture 16: Conformational isomerism in cyclohexane Lecture 17: Stereo isomerism in biphenyl compounds Atropisomerism and conditions for optical activity Lecture 18: Stereospecific reactions Lecture 19: Stereoselective reactions Lecture 20: MCQ of stereo geometrical and conformational isomerism Unit iii Lecture 21: Heterocyclic compounds-i: Nomenclature Lecture 22: Heterocyclic compounds-i: classification Lecture 23: Synthesis and reactions of Pyrrole Lecture 24: Medicinal use of pyrrole Lecture 25: Synthesis and reactions of Furan Lecture 26: Medicinal use of Furan Lecture 27: Synthesis and reactions of Thiophene Lecture 28: Medicinal use of Thiophene Lecture 29: Relative aromaticity of Pyrrole Furan and Thiophene Lecture 30: Relative reactivity of Pyrrole Furan and Thiophene Lecture 31: Synthesis reactions and medicinal uses of Pyrazole and Imidazole Lecture 32: Synthesis reactions and medicinal uses of oxazole and thiazole Lecture 33: Synthesis reactions basicity and medicinal uses of pyridine Lecture 34 : Synthesis reactions medicinal uses of of quinoline Lecture 35 : Synthesis reactions and medicinal uses of Isoquinoline Acridine Lecture 36 : Synthesis reactions and medicinal uses of Indole Lecture 37 : Synthesis reactions and medicinal uses of Pyrimidine Purine and their derivatives Lecture 38 : Synthesis and medicinal uses of Azepines and their derivatives Unit V Lecture 39: Reactions of synthetic importance: Metal hydrid reduction NaBH4 LiAlH4 Lecture 40: Clemmensen Birch reduction Lecture 41: Wolff Kishner reduction Lecture 42: Oppenauer oxidation and Dakin reaction Lecture 43: Beckmanns rearrangement Lecture 44: Schmidt rearrangement Lecture 45: Claisen-Schmidt condensation,

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