1 Principles Of Organic Synthesis [ Introduction Video]
2 Lec 1: Aldol Reaction
3 Lec 2: Perkin, Claisen and Thorpe Reactions
4 Lec 3: Reaction of Enolates
5 Lec 4: Reaction of alkenes and carbonyl compounds
6 Lec 5: Mannich reaction
7 Lec 6: Friedel-Crafts and Prins Reactions
8 Lec 7: Grignard Reagents
9 Lec 8: Organolithium Reagents
10 Lec 9: Organocopper, Organozinc and Organomercury Reagents
11 Lec 10: Ritter Reaction and Gabriel Synthesis
12 Lec 11: Reactions of imines and enamines, synthesis of alkaloids and amino acids
13 Lec 12: Reactions of electrophilic and nucleophilic nitrogens, synthesis of amino acids and peptides
14 Lec 13: Principles, effect of substituents and carbon-carbon bond formation
15 Lec 14: Formylation/acylation and related reactions
16 Lec 15: Nitration, Sulfonation and other reactions
17 Lec 16: Principle, Substitution mechanism and reactions of Benzyne
18 Lec 17: Schiemann Reaction, Ullmann reaction and Stephens-Castro coupling
19 Lec 18: Ziegler Alkylation, Chichibabin Reaction, Von Richter Rearrangement
20 Lec 19: Preparation, properties and reactions
21 Lec 20: Coupling reactions, Japp-Klingemann reaction and Tiffeneau-Demjanov rearrangement
22 Lec 21: Applications of diazonium salts
23 Lec 22: Wagner-Meerwein rearrangment, Pinacol rearrangment, Benzilic acid rearrangment
24 Lec 23: Rearrangement of halogen, oxygen, sulfur and nitrogen containing centre
25 Lec 24: Rearrangement to electron-Rich carbon
26 Lec 25: Reactivity and several reactions
27 Lec 26: Reactions of sulfur and silicon containing reagents
28 Lec 27: Preparation and reactions of organoborane and organotin reagents
29 Lec 28: Formation of carbon-carbon and carbon-halogen bonds
30 Lec 29: Cu, Mn, Sm, and Sn Based Reactions, Acyloin Condensation
31 Lec 30: C-N, C-O bond formation and decarboxylation