Part 1 Carbon-carbon bond forming reactions: carbon-carbon single bonds; carbon-carbon double bonds; carbon-carbon triple bonds; cyclopropanations; thermal and photochemical reactions; aromatic substitutions forming a new carbon-carbon bond; synthesis via organometallics; rearrangements. Part 2 Oxidations: C-O oxidations; C-H oxidations; C-N oxidations; amine oxidations; sulfur oxidations; oxidative additions to C-C multiple bonds; phenol-quinone oxidation; dehydrogenation; reviews. Part 3 Reductions: C=O reductions; C-N multiple bond reductions; reduction of sulfur compounds; N-O reductions; C-C multiple bond reductions; hetero-bond reductions; reductive cleavages; reduction of azides; reductive cyclizations; other reductions; reviews. Part 4 Synthesis of heterocycles: oxiranes, aziridines, and thiiranes; oxetanes, thietanes and azetidines; lactams; lactones; furnas and thiophenes; pyrroles, indoles, etc; pyridines, quinolines, etc; pyrans, pyrones, and sulfur analogues; other heterocycles with one hetero-atom; heterocycles with a bridgehead heteroatom; heterocycles with two or more hetero-atoms; other heterocycles; reviews. Part 5 Protecting groups: hydroxy; amine protecting groups for aldehydes and ketones; amino acid protection. Part 6 Useful synthetic preparations: functional group preparations; additions to alkenes or alkynes; sulfur compounds; phosphorous, selenium, and tellurium compounds; nucleotides, etc; silicon compounds tin compounds. Part 7 Other reviews: techniques; asymmetric synthesis and molecular recognition ; reactions; reactive intermediates; organo-metallics and metalloids; halogen-compounds and halogenation; natural products.