| Acetoacetic Ester Condensation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Acetoacetic Ester Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Acid catalysed hydrolysis of esters . . .
Detail at the mechanism for the hydrolysis of esters in the presence of a dilute acid (such as hydrochloric acid or sulphuric acid) acting as the catalyst. Chemguide - [e] Acyloin Condensation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Alder-Ene Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Aldol Addition
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Aldol Condensation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Appel Reaction
… converts an alcohol to an alkyl halide - [e] Appel Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Arbuzov Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Arndt-Eistert Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Azo Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Baeyer-Villiger Oxidation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Baeyer-Villiger Oxidation
Baeyer-Villiger Rearrangement - [e] Baker-Venkataraman Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Balz-Schiemann Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Bamford-Stevens Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Barton-McCombie Reaction (Barton Desoxigenation)
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Baylis-Hillman Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Beckmann Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Benzilic Acid Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Benzoin Condensation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Biginelli Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Birch Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Bischler-Napieralski Reaction
Synthesis of 3,4-dihydroisoquinolines from the beta-ethylamides. Organic Chemistry Portal - [d, e] Blaise Reaction
Synthesis of ß-enamino esters or ß-keto esters via the zinc-mediated reaction of nitriles with a-haloesters. Organic Chemistry Portal - [d, e] Blanc Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Bouveault-Blanc Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Brook Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Brown Hydroboration
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Bucherer-Bergs Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Buchwald-Hartwig Chemistry
Historical context; development of initial catalytic systems; mechanistic studies and rational design; reaction scope - Format: PDF - [e] Buchwald-Hartwig Cross Coupling Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Cadiot-Chodkiewicz Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Cannizaro Oxidation Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] CBS Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Chan-Lam Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Claisen Condensation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Claisen Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Clemmensen Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Conia-Ene Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Cope Elimination
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Cope Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Corey-Bakshi-Shibata Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Corey-Fuchs Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Corey-Kim Oxidation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Corey-Winter Olefin Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Coumarin Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Cross Metathesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Curtius Rearrangement (Reaction)
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Dakin Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Dakin West Reaction
… converts an amino acid and an anhydride to an acylamino ketone - [e] Dess-Martin Oxidation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Diazotation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Dieckmann Condensation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Diels-Alder Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Directed ortho Metalation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Doebner Modification
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Eglinton Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Ene Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Epoxidation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Eschweiler-Clarke Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Ester Pyrolysis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Esterification reaction
Detail at the mechanism for the formation of esters from carboxylic acids and alcohols in the presence of concentrated sulphuric acid acting as the catalyst. Chemguide - [e] Favorskii Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Finkelstein Reaction
An alkyl halide is converted into another alkyl halide - [e] Fischer Esterification
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Fischer Indole Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Fischer Tropsch Reaction
The Molecular Basis of the Fischer Tropsch Reaction. Dissertation, 2002 - Format: PDF - [e] Friedel-Crafts Acylation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Friedel-Crafts Alkylation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Friedlaender Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Fries Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Fukuyama Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Gabriel Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Gewald Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Glaser Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Grignard Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Grubbs Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Haloform Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Hantzsch Dihydropyridine Synthesis (Pyridine Synthesis)
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Hay Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Heck Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Hell-Volhard-Zelinsky Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Henry Reaktion
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Hofmann Elimination
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Hofmann Rearrangement
… converts a primary amide to a primary amine - [e] Hofmann's Rule
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Horner-Wadsworth-Emmons Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Hosomi-Sakurai Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Hunsdiecker Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Hydration of ethene to make ethanol
The mechanism for the hydration of ethene to make ethanol using phosphoric(V) acid as the catalyst. Chemguide - [e] Hydroboration
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Ireland-Claisen Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Iwanow Reaction (Reagent)
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Jones Oxidation
… oxidizes alcohols using chromic trioxide and acid in water - [e] Julia Olefination
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Julia Olefination, modified
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Julia-Kocienski Olefination
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Julia-Lythgoe Olefination
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Kabachnik-Fields Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Kindler Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Knoevenagel Condensation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Kochi Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Kolbe Electrolysis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Kolbe-Schmitt Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Kumada Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Lawesson’s Reagent
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Leuckart Thiophenol Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Luche Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Malonic Ester Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Mannich Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Markovnikov's Rule
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Markovnikov's Rule
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] McMurry Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Meerwein-Ponndorf-Verley Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Michael Addition
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Michaelis-Arbuzov Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Mitsunobu Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Modified Julia Olefination
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Mukaiyama Aldol Addition
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Multicomponent Reactions
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Nef Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Nef Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Negishi Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Newman-Kwart Rearrangement
In the NKR a intramolecular aryl migration of O-thiocarbamates at high temperatures leads to S-thiocarbamates. Organic Chemistry Portal - [d, e] Nitroaldol Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Nozaki-Hiyama Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Olefin Metathesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Olefin Metathesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Oppenauer Oxidation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Organosilicon Reactions
Named Organosilicon Reactions - Format: PDF - [e] Overman Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Oxy-Cope Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Paal-Knorr Furan Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Paal-Knorr Pyrrole Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Paal-Knorr Thiophene Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Passerini Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Paterno-Büchi Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Pauson-Khand Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Pechmann Condensation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Perkin Reaction
Perkin Condensation - [e] Peterson Olefination
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Pictet-Spengler Reaction
Pictet-Spengler tetrahydroisoquinoline synthesis - [e] Pinacol Coupling Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Pinacol Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Pinner Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Prilezhaev Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Prins Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Pschorr Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Reformatsky Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Reimer-Tiemann Reaction
… converts a phenol to an o-hydroxy benzaldehyde - [e] Ring Opening Metathesis (Polymerization)
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Ritter Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Robinson Anellation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Rosenmund Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Rubottom Oxidation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Sakurai Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Sandmeyer Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Saytzeff's Rule
Description and mechanism. Organic Chemistry Portal - [d, e] Schiemann Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Schlosser Modification
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Schmidt Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Schotten-Baumann Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Shapiro Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Sharpless Epoxidation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Simmons-Smith Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Sonogashira Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Staudinger Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Steglich Esterification
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Stetter Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Stille Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Strecker Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Suzuki Coupling
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Swern Oxidation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Tebbe Olefination
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Tishhenko Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Tusji-Trost Allylation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Ugi Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Ullmann Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Upjohn Dihydroxylation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Vilsmeier Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wacker-Tsuji Oxidation
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wagner-Meerwein Rearrangement
… converts an alcohol to an olefin - [e] Weinreb Ketone Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wenker Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Willgerodt-Kindler Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Williamson Synthesis
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wittig Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wittig: [1,2]-Wittig Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wittig: [2,3]-Wittig Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wittig-Horner Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wohl-Ziegler Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wolff Rearrangement
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wolff-Kishner Reduction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wurtz Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Wurtz-Fittig Reaction
Description of the reaction and detail at the mechanism. Organic Chemistry Portal - [d, e] Yamaguchi Esterification
… converts a carboxylic acid and an alcohol to an ester - [e] | 
