List of name reactions
Name reactions are reactions and reaction mechanisms in organic chemistry that are known enough or used frequently enough to be named. The reactions are named either after their discoverer or after a chemical. There are books that deal solely with name reactions.
A.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Achmatowicz reaction | Osman Achmatowicz | Conversion of furans into dihydropyran | |
Acyloin condensation | Synthesis of α-hydroxy ketones from esters | Rühlmann variant | |
Albright-Goldman oxidation | J. Donald Albright and Leon Goldman | Selective oxidation of alcohols to aldehydes | |
Alder-Rickert reaction | Kurt Alder and Hans Rickert | Extension of the Diels-Alder reaction | |
Algar-Flynn-Oyamada reaction | Joseph Algar and John P. Flynn , T. Omayada | Synthesis of flavonols from chalcones | |
Alder-ene reaction | Kurt Alder | pericyclic reaction for the synthesis of alkenes | Schenck-en reaction |
Aldol reaction | Charles Adolphe Wurtz and Alexander Porfirjewitsch Borodin | Addition reactions between aldehydes and / or ketones with acid / base catalysis | |
Alkene metathesis | Yves Chauvin | Olefin rearrangement | |
Allan-Robinson condensation | James Allan and Robert Robinson | Preparation of flavones or isoflavones by condensation of o -hydroxyaryl ketones with anhydrides of aromatic carboxylic acids | |
Amadori rearrangement | Mario Amadori | second step of the so-called Maillard reaction , a non-enzymatic browning | |
Andrussow method | Leonid Andrussow | Industrial synthesis of hydrogen cyanide from methane and ammonia | |
Angeli Rimini reaction | Angelo Angeli and Enrico Rimini | Color reaction for the detection of aldehydes | |
Anschütz anthracene synthesis | Richard Anschütz | Reaction of benzene with bromoethene | |
Appel reaction | Rolf Appel | Conversion of alcohols into alkyl halides | |
Arbusov reaction | Alexander Yerminingeldowitsch Arbusow | Production of alkylated phosphoric acid esters (also: Michaelis-Arbusow reaction) | |
Arens-van-Dorp reaction | JF Arens and DA van Dorp | Synthesis of α, β-unsaturated aldehydes | Isler modification |
Arndt-Eistert homologation | Fritz Arndt and Bernd Eistert | Chain extension of carboxylic acids or ketones with diazomethane | |
Asinger reaction | Friedrich Asinger | Synthesis of 3-thiazolines (multi-component reaction) | Synthesis of 3-oxazolines |
Aston Greenburg rearrangement | JG Aston and RB Greenburg | Synthesis of esters with a tertiary α-carbon atom | |
Atherton-Todd reaction | FR Atherton, HT Openshaw, and Alexander Robertus Todd | Conversion of dialkyl phosphites into dialkyl chlorophosphates | |
Aza-Claisen rearrangement | Ludwig Claisen | ||
Auwers synthesis | Karl von Auwers | Synthesis of flavonols from coumarones | |
Aza-Cope rearrangement | Arthur C. Cope | ||
Aza-Wittig reaction | Georg Wittig | ||
Azo coupling | Reaction of diazonium salts with activated aromatics to form azo compounds |
B.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Baddeley isomerization | George Baddeley | Rearrangement of an alkyl group in polyalkylbenzenes | |
Baekeland-Manasse-Lederer reaction | Adolf von Baeyer | Synthesis of phenolic resins from phenol and aldehydes | |
Baeyer diarylmethane synthesis | Adolf von Baeyer | Electrophilic aromatic substitution for the production of diarylmethanes | |
Baeyer indole synthesis | Adolf von Baeyer and Adolph Emmerling | Synthesis of indoles | |
Baeyer oxindole synthesis | Adolf von Baeyer | Synthesis of oxindoles | |
Baeyer pyridine synthesis | Adolf von Baeyer | Synthesis of pyridine derivatives | |
Baeyer-Villiger oxidation | Adolf von Baeyer and Victor Villiger | Oxidation of ketones to esters with peroxycarboxylic acids | |
Balsohn alkylation | M. Bahlson | Alkylation of aromatics using alkenes | |
Bailey peptide synthesis | JL Bailey | Implementation of Leuchs' anhydrides with amino acids or peptide esters | |
Baker-Ollis sydnone synthesis | John Campbell Earl and Alan W. Mackney | Synthesis of Syndrons | |
Baker-Venkataraman rearrangement | Wilson Baker and K. Venkataraman | Synthesis of 1,3-diketone substituted phenol derivatives | |
Baljet reaction | Reaction for the detection and colorimetric determination of cardenolides | ||
Balz-Schiemann reaction (Schiemann reaction) | Günther Balz and Günther Schiemann | Synthesis of fluoro-aryls from aryldiazonium salt | |
Bamberger rearrangement | Eugen Bamberger | Rearrangement of aromatic hydroxylamines to p-hydroxyaromatics | |
Bamford-Stevens reaction | William Randall Bamford and Thomas Stevens Stevens | base-induced conversion of tosylhydrazones into alkenes | |
Barber reaction | Philippe Barbier | Synthesis of secondary and tertiary alcohols | |
Bardhan-Sengupta synthesis | Jogendra Chandra Bardhan and Suresh Chandra Sengupta | Synthesis of phenanthrene | |
Bargellini reaction | Guido Bargellini | Synthesis of β-heteroatom-substituted 2-methylpropanoic acid derivatives | |
Beard reaction | Heinrich Bart | Synthesis of arylarsonic acids from diazonium salts | |
Bartoli indole synthesis | Giuseppe Bartoli | Synthesis of 7-substituted indoles from ortho -substituted nitrobenzenes | |
Barton arylation | Derek HR Barton | Arylation of phenols , enols , azoles and amines using organobismuth compounds | |
Barton decarboxylation | Derek HR Barton | radical decarboxylation of a carboxylic acid | |
Barton-McCombie deoxygenation | Derek HR Barton and Stuart W. McCombie | radical reaction to remove terminal organic groups, for example from carboxylic acid halides | |
Barton reaction | Derek HR Barton | δ-nitroso alcohols from nitrous acid esters | |
Barton-Zard reaction | Derek HR Barton and Samir Zard | Preparation of pyrrole derivatives from isonitriles and nitroalkenes | |
Batcho-Leimgruber indole synthesis | Andrew D. Batcho and Willy Leimgruber | Synthesis of indole from ortho -nitrotoluene | |
Baylis-Hillman reaction | Anthony B. Baylis and Melville ED Hillman | Synthesis of α-hydroxyvinyl carbonyls from vinyl ketone or ester, aldehyde and base | |
Béchamp reduction | Antoine Béchamp | Reduction of aromatic nitro compounds with iron in hydrochloric acid | |
Beckmann rearrangement | Ernst Beckmann | Rearrangement at the nitrogen atom: conversion of ketones via oximes to carboxamides | |
Beirut reaction | Makhluf J. Haddadin and Costas H. Issidorides | Synthesis of quinoxaline N, N'-dioxides | |
Belousov-Zhabotinsky reaction | Boris Pavlovich Belousov and Anatoli Markowitsch Schabotinsky | complex multi-component reaction with oscillating behavior | |
Benary reaction | Erich Bénary | Synthesis of α, β-unsaturated ketones from dialkylamino vinyl ketones | |
Benedict reaction | Stanley Benedict | Detection reaction for reducing sugars, flavonoids and coumarins | |
Benzidine rearrangement | Nikolai Nikolayevich Sinin | Conversion of N, N'-diphenylhydrazines (hydrazobenzene) to p-bisanilines (1-amino-4- (4-aminophenyl) benzene, benzidine) | |
Benzilic acid rearrangement | Justus von Liebig | Conversion of 1,2-diketones to α-hydroxycarboxylic acids | |
Benzoin addition | Arthur Lapworth | Synthesis of α-hydroxy ketones from aromatic aldehydes | |
Bergman cyclization | Robert G. Bergman | Thermal rearrangement of enediynes into benzene diradicals | |
Miner dismantling | Max Bergmann | Cleavage of peptides | |
Bergmann azlactone synthesis | Max Bergmann | Synthesis of peptides | |
Bernthsen reaction | August Bernthsen | Synthesis of acridines from diarylamines and carboxylic acids | |
Betti reaction | Mario Betti | Conversion of aldehydes, primary and secondary amines and aromatic compounds with a hydroxyl group | |
Biginelli reaction | Pietro Biginelli | Synthesis of tetrahydropyrimidones | |
Birch reduction | Arthur Birch | Reduction of aromatics to 1,4-dienes | |
Bischler-Möhlau indole synthesis | August Bischler and Richard Möhlau | Indole synthesis from anilines and α-bromo ketones | α-Hydroxyketones can be used |
Bischler-Napieralski reaction | August Bischler and Bernard Napieralski | Cyclization of amides with POCl 3 | |
Blaise ketone synthesis | Edmond Blaise | Synthesis of ketones by reacting an organozinc compound with an acyl halide | |
Blaise reaction | Edmond Blaise | an α-bromo ester reacts with a nitrile to form a β-keto ester | |
Blanc reaction | Gustave Louis Blanc | Chloromethylation of aromatics | |
Bodroux amide synthesis | Fernand Bodroux | Preparation of substituted amides from aromatic or aliphatic esters and an aminomagnesium halide | |
Bodroux-Tschitschibabin aldehyde synthesis | Alexei Jewgenjewitsch Tschitschibabin and Fernand Bodroux | Implementation of orthoformic acid esters with Grignard reagents | |
Boekelheide reaction | Virgil Boekelheide | Conversion of 2-methylpyridine- N -oxide and related compounds to 2-hydroxymethylpyridine and related compounds | |
Boekelheide rearrangement | Virgil Boekelheide | ||
Bohn-Schmidt reaction | René Bohn and Robert Emanuel Schmidt | Reaction to produce polyhydroxyanthraquinones | |
Bönnemann synthesis | Helmut Bönnemann | Preparation of pyridines from a nitrile and an alkyne | |
Boord Olefin Synthesis | Cecil E. Boord | Production of alkenes | |
Borsche-Berkhout reaction | Walther Borsche and AD Berkhout | Preparation of 1,3-benzodioxane from phenols and aldehydes | |
Borsche-Drechsel cyclization | Walther Borsche and Edmund Drechsel | Synthesis of nitrogen-containing heterocycles from phenylhydrazones | |
Bosch reaction | Carl Bosch | Reaction of carbon dioxide with hydrogen to form elemental carbon (graphite), water and heat | |
Boulton-Katritzky rearrangement | A. John Boulton and Alan Katritzky | cyclic rearrangement of heterocycles | |
Bourguel alkyne synthesis | M. Bourguel | Synthesis of alkynes from 2,3-dibromo-1-propene | |
Bouveault aldehyde synthesis | Louis Bouveault | Implementation of formamides with Grignard reagents | |
Bouveault-Blanc reaction | Louis Bouveault and Gustave Louis Blanc | Reduction of esters with sodium to alcohols | |
Boyland Sims Oxidation | Eric Boyland and Peter Sims | Oxidation of anilines to ortho-aminophenols | |
Bradsher cyclization (Bradsher reaction) |
Charles K. Bradsher | Synthesis of various polycyclic, aromatic compounds by acid-catalyzed cyclization | |
Bray-Liebhafsky reaction | William C. Bray and Herman A. Liebhafsky | complex multi-component reaction with oscillating behavior | |
Brellochs reaction | Bernd Brellochs | Synthesis of carboranes from aldehydes and boranates | |
Briggs-Rauscher reaction | Thomas S. Briggs and Warren C. Rauscher | complex multi-component reaction with oscillating behavior | |
Brook rearrangement | Adrian Gibbs Brook | Intramolecular migration of a silyl group to an oxygen atom | |
Brown hydroboration | Herbert Charles Brown | Functioning of alkenes | |
Bucherer reaction | Hans Theodor Bucherer | Reaction of naphthols to naphthylamines in the presence of ammonia and sodium hydrogen sulfite | |
Bucherer-Bergs synthesis | Hans Theodor Bucherer and Hermann Bergs | Conversion of carbonyl groups into hydantoins | |
Buchner reaction | Eduard Buchner | Synthesis of esters of cycloheptatriene | |
Büchner-Curtius-Schlotterbeck reaction | Eduard Buchner , Theodor Curtius and Fritz Schlotterbeck | Reaction of a carbonyl compound (aldehyde or ketone) with a diazoalkane | |
Buchwald-Hartwig coupling | Stephen L. Buchwald and John F. Hartwig | Palladium-catalyzed coupling reaction of an aryl halide or triflate with a primary or secondary amine | |
Burgess elimination (Burgess dehydration) | Edward M. Burgess |
C.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Cadiot-Chodkiewicz coupling | Władysław Chodkiewicz and Paul Cadiot | Copper-catalyzed coupling of terminal alkynes to diynes | |
Camps quinoline synthesis | Icilio Guareschi and later Rudolf Camps | Synthesis of hydroxy quinolines from N -acyl- ortho- acylanilines | |
Cannizzaro reaction | Stanislao Cannizzaro | Disproportionation of aldehydes in alcohols and carboxylic acids | crossed Cannizzaro reaction |
Carboni-Lindsey reaction | RA Carboni and RV Lindsey junior | Synthesis of a pyridazine from a tetrazine and an alkene | |
Carroll Rearrangement (Kimel-Cope Rearrangement) | Michael Francis Carroll , Walter Kimel, and Arthur C. Cope | Rearrangement of β-ketoesters to γ, δ-unsaturated ketones | |
Castro-Stephens coupling | Charles E. Castro and Robert D. Stephens | Synthesis of aromatic alkynes by forming a carbon – carbon bond | |
Chan rearrangement | Tak-hang chan | Rearrangement from an acyloxacetate to a 2-hydroxy-3-ketoester | |
Chapman rearrangement | AW Chapman | thermal rearrangement of aryl imino esters to carboxamides | |
Chromotropic acid reaction | Detection reaction for formaldehyde | ||
Ciamician-Dennstedt rearrangement | Giacomo Luigi Ciamician and Max Dennstedt | Conversion of pyrrole into halogen-containing pyridines | |
Claisen condensation | Ludwig Claisen | Condensation of esters to form β-keto esters | Stobbe condensation |
Claisen-Schmidt condensation | Ludwig Claisen and J. Gustav Schmidt | Special case of the crossed aldol reaction | |
Claisen-Tishchenko reaction | Ludwig Claisen and Vyacheslav Yevgenyevich Tishchenko | Addition reaction of two aldehydes with aluminum alcoholate as a catalyst to form carboxylic acid esters | |
Claisen rearrangement | Ludwig Claisen | [3,3] Sigmatropic rearrangement of allyl vinyl ethers to unsaturated carbonyl compounds | |
Clauson-Kaas reaction | Niels Clauson-Kaas | Synthesis of N-substituted pyrroles from dialkoxy-tetrahydrofurans | |
Clayton-Jensen reaction | JO Clayton and WL Jensen | Chlorophosphorization of aliphatic hydrocarbons | |
Clemmensen reduction | Erik Christian Clemmensen | Deoxygenation of aldehydes and ketones in an acidic environment | |
Combes quinoline synthesis | Alphonse Combes | Quinoline derivatives from aniline and β-diketones | |
Conrad-Limpach quinoline synthesis | Max Conrad and Leonhard Limpach | Synthesis of quinoline from aniline and beta-keto esters | |
Cope elimination | Arthur C. Cope | Elimination reaction with N-oxides of tertiary amines | |
Cope rearrangement | Arthur C. Cope | [3,3] -sigmatropic rearrangement in 1,5-dienes | Oxy-Cope rearrangement |
Corey Bakshi Shibata Reduction | Elias James Corey , Saizo Shibata and Raman K. Bakshi | enantioselective reduction of unsymmetrical ketones | |
Corey-Fuchs reaction | Elias James Corey and Philip L. Fuchs | Synthesis of alkynes from aldehydes | |
Corey Gilman Ganem Oxidation | Elias James Corey , Norman W. Gilman and BE Ganem | Synthesis of α, β-unsaturated methyl esters | |
Corey House reaction | Elias James Corey , Herbert O. House , Gary H. Posner, and George Whitesides | Lithium cuprates react with halides under CC coupling | |
Corey-Kim oxidation | Elias James Corey and Choung Un Kim | Synthesis of aldehydes from primary alcohols and ketones from secondary alcohols | |
Corey-Nicolaou macrolactonization | Elias James Corey and Kyriacos Costa Nicolaou | Production of macrocyclic lactones (macrolides) | |
Corey-Schmidt oxidation | Elias James Corey and Greg Schmidt | Oxidation of an alcohol to an aldehyde or carboxylic acid ester | |
Corey-Seebach reaction | Elias James Corey and Dieter Seebach | Conversion of aldehydes into ketones via deprotonated dithioacetals | |
Corey-Suggs oxidation | Elias James Corey and John William Suggs | Oxidation of alcohols to carbonyl compounds with pyridinium chlorochromate (PCC) | |
Corey Winter Elimination | Elias James Corey and Roland AE Winter | Preparation of olefins from 1,2-diols | |
Cornforth rearrangement | John W. Cornforth | Rearrangement of carbonyl-substituted 1,3-oxazoles to isomeric 1,3-oxazoles | |
Criegee ozonolysis | Rudolf Criegee | 1,3-cycloaddition of ozone to alkenes and subsequent reactions | |
Criegee rearrangement | Rudolf Criegee | Rearrangement of the peroxyester of a tertiary alcohol into ketones , esters and carbonates | |
Curtius reaction | Theodor Curtius | thermal decomposition of carboxylic acid azides to isocyanates and their subsequent reactions |
D.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Dakin reaction | Henry Drysdale Dakin | Synthesis of dihydric phenols | |
Dakin West reaction | Henry Drysdale Dakin and Randolph West | Conversion of α-amino acids into α-acetamidoketones using acetic anhydride and a base | |
Danheiser benzannelation | Rick L. Danheiser | ||
Darzens glycidate condensation | Georges Darzens | Oxiranecarboxylic acid esters through chain extension of aldehydes or ketones with α-chlorocarboxylic acid esters | |
Darzens halogenation | Auguste Georges Darzens | Synthesis of halogenated hydrocarbons from alcohols | |
Davidson oxazole cyclization | David Davidson (chemist) | Synthesis of substituted oxazoles from an O- acylacyloin | |
Delépine aldehyde oxidation | Marcel Delépine | Oxidation of an aldehyde to a carboxylic acid using silver (I) oxide catalysis | |
Delépine reaction | Marcel Delépine | Conversion of primary alkyl halides with hexamethylenetetramine to amines | |
De Mayo reaction | Paul Jose de Mayo | 1,5-diketo compounds from enolizable diketones and olefins, domino reaction from photoaddition and retro-aldol reaction | |
Demyanov rearrangement | Nikolai Jakowlewitsch Demyanow | Substitution of an amino group by a hydroxyl group | |
Dess-Martin oxidation | Daniel Benjamin Dess and James Cullen Martin | Oxidation of primary and secondary alcohols to aldehydes or ketones | |
Diazotization | Generation of diazonium salts from amines | ||
Dieckmann condensation | Walter Dieckmann | intramolecular Claisen condensation | |
Diels-Alder reaction | Otto Diels and Kurt Alder | [2 + 4] cycloaddition | |
Dienol-benzene rearrangement | Hans Plieninger and Rolf Müller | Synthesis of a substituted benzene from a substituted dienol | |
Dienone-phenol rearrangement | Karl von Auwers and Karl Ziegler | Synthesis of a substituted phenol from a substituted dienone | |
Dimroth rearrangement | Otto Dimroth | a rearrangement reaction of exo- and endo-cyclic heteroatoms in heterocyclic rings | |
Di-π-methane rearrangement | Gary L. Grunewald and Howard Zimmerman | photochemical rearrangement of 1,4-dienes to vinylcyclopropanes | |
Doebner-Miller reaction | Oskar Doebner and Wilhelm von Miller | Preparation of quinoline and its derivatives | Beyer method |
Doebner reaction | Oskar Doebner | Synthesis of acid derivatives of quinoline | |
Doering-LaFlamme-Allen synthesis | William von Eggers Doering and Paul M. LaFlamme | Synthesis of allenes from olefins | |
Doetz reaction | Karl Heinz Dötz | Benzo annulation via chromium-carbene complexes | |
Duff reaction | James Cooper Duff | Formylation of electron-rich aromatics |
E.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Eastwood olefination | G. Crank and FW Eastwood | Stereo-specific representation of alkenes | |
Edman breakdown | Pehr Edman | Method for determining the amino acid sequence of proteins and peptides | |
Eglinton reaction | Geoffrey Eglinton | Synthesis of symmetrical diynes from terminal alkynes | |
Honest Sachs reaction | Paul Ehrlich and Franz Sachs | Condensation of a methylene with an acomatic nitroso compound | |
Unicorn acylation | Alfred Einhorn and Friedrich Hollandt | Acylation of alcohols using anhydrides or carboxylic acid halides in a tertiary amine such as pyridine | |
Unicorn-Brunner reaction | Alfred Einhorn and Karl Brunner | Synthesis of 1,2,4-triazoles from hydrazines and diacylamines | |
Eisleb alkylation | Otto Eisleb | Alkylation reaction with an alkali halide | |
Elbs reaction | Karl Elbs | Pyrolysis of aromatic acyls to polynuclear aromatic systems | |
Elbe oxidation | Karl Elbs | Oxidation of phenols with persulfate | |
Eltekoff hydrolysis | A. Eltekoff | Hydrolysis of vinyl halides in aqueous alkaline solution for the production of carbonyl compounds (aldehydes or ketones) | |
Emde dismantling (also Hofmann-Emde dismantling) | Hermann Emde | Cleavage of quaternary ammonium salts to tertiary amines and hydrocarbons | |
Emmert reaction | Bruno Emmert and Erich Asendorf | Production of 2-pyridinedialkylcarbinol | |
Enders reagent | Dieter Enders | Asymmetric Synthesis Reagents (SAMP and RAMP) | |
Erlenmeyer synthesis | Friedrich Gustav Karl Emil Erlenmeyer | Synthesis of α-amino acids and α-keto acids from unsaturated azlactones | |
Erlenmeyer-Plöchl synthesis | Friedrich Gustav Karl Emil Erlenmeyer and Josef Plöchl | Synthesis of azlactones and amino acids | |
Eschenmoser fragmentation | Albert Eschenmoser | Synthesis of alkynes from epoxy ketones | |
Eschenmoser coupling | Albert Fischli and Albert Eschenmoser | Formation of vinylogous amides and urethanes | |
Eschweiler-Clarke methylation | Wilhelm Eschweiler and Hans Thacher Clarke | reductive alkylation of primary and secondary amines to tertiary amines with formaldehyde and formic acid | |
Ester pyrolysis | William P. Ratchford | Preparation of olefins by pyrolysis of carboxylic acid esters | |
Etard reaction | Alexandre Léon Etard | Oxidation of an alkyl-substituted phenyl derivative to an aldehyde |
F.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Faworski reaction | Alexei Yevgrafovich Faworsky | Preparation of α-carbonylalkene from alkynes and carbonyls | |
Faworski rearrangement | Alexei Yevgrafovich Faworsky | Rearrangement of cyclopropanone derivatives or α-haloketones to carboxylic acids | |
Feist-Bénary reaction | Franz Feist and Erich Bénary | Conversion of β-dicarbonyl compounds with α-halogen carbonyl compounds | |
Fenton reaction | Henry John Horstman Fenton | Iron salt catalyzed oxidation of organic substrates | |
Ferrario-Ackermann reaction | ME Ferrario and Fritz Ackermann | Cyclization of diaryl ethers | |
Fetizon oxidation | Marcel Fétizon and Michel Golfier | mild oxidation of alcohols to carbonyl compounds | |
Finkelstein reaction | Hans Finkelstein | Replacement of a halogenyl substituent of an organic compound by a different halogen ion | |
Fischer-Helferich glycosylation | Emil Fischer and Burckhardt Helferich | Acid catalyzed synthesis of O - or S -Glykosiden | |
Fischer-Hepp rearrangement | Otto Fischer and Eduard Hepp | Synthesis of a nitroso compound from an isomeric aromatic nitrosamine | |
Fischer oxazole synthesis | Emil Fischer | Synthesis of 2,5-substituted oxazoles | |
Fischer phenylhydrazine synthesis | Emil Fischer | Synthesis of phenylhydrazine from aniline | |
Fischer-Tropsch synthesis | Franz Fischer and Hans Tropsch | Production of liquid hydrocarbons from synthesis gas | |
Fischer esterification | Emil Fischer | acid esterification with excess alcohol | |
Fischer's indole synthesis | Emil Fischer | Preparation of indoles by reacting aryl hydrazones with ketones in the presence of Lewis acids | |
Fleming-Tamao oxidation | Kohei Tamao and Ian Fleming | Synthesis of primary and secondary alcohols | |
Flood reaction | EA Flood | Synthesis of halotrialkylsilanes from hexaalkyldisiloxanes | |
Forster-Decker reaction | Martin Onslow Forster and Hermann Decker | Preparation of secondary amines from primary amines | |
Forster diazoketone synthesis | Martin Onslow Forster | Synthesis of diazoketones from α-ketooximes and chloramine | |
Franchimont condensation | Antoine Paul Nicolas Franchimont | Linking of two α-bromocarboxylic acid molecules to form a new carbon-carbon bond | |
Frankland Duppa Reaction | Edward Frankland | Production of 2-hydroxycarboxylic acid alkyl esters | |
Fráter-Seebach alkylation | Georg Fráter, Dieter Seebach | stereospecific alkylation of β-hydroxy ester in the α position | |
Friend reaction | August friend | Synthesis of cyclopropane | Gustavson reaction |
Friedel-Crafts acylation | Charles Friedel and James Mason Crafts | Acylation by electrophilic aromatic substitution | |
Friedel-Crafts alkylation | Charles Friedel and James Mason Crafts | Alkylation by electrophilic aromatic substitution | |
Friedlaender quinoline synthesis | Paul Friedländer | Reaction to produce quinoline | |
Frieze rearrangement | Karl Theophil Fries | Lewis acid catalyzed rearrangement of phenyl esters to aryl ketones | |
Fritsch-Buttenberg-Wiechell rearrangement | Paul Fritsch , Wilhelm Paul Buttenberg , Heinrich G. Wiechell | Synthesis of an alkyne from a 1,1-disubstituted vinyl halide | |
Fukuyama amine synthesis | Tohru Fukuyama | Two-step synthesis of secondary amines from primary amines | |
Fukuyama indole synthesis | Tohru Fukuyama | Indoles via radical intermediates | |
Fukuyama reduction | Tohru Fukuyama | Synthesis of aldehydes from thiol esters with triethylsilane in the presence of a palladium catalyst | |
Fürstner indole synthesis | Alois Fürstner | Indoles from o-acylaniline amides according to the McMurry reaction mechanism |
G
H
Surname | Explorer | Brief description | variants |
---|---|---|---|
Haber-Weiss reaction | Fritz Haber and Joseph Joshua Weiss | Synthesis of hydroxyl radicals from hydrogen peroxide and dioxide (1–) | |
Hajos-Parrish-Eder-Sauer-Wiechert reaction (Eder-Sauer-Wiechert modification or Eder-Sauer-Wiechert reaction) |
Zoltan Hajos , David R. Parrish , Ulrich Eder , Gerhard Sauer and Rudolf Wiechert | Combination of an ( S ) - (-) - proline-catalyzed enantioselective Michael addition and a subsequent intramolecular aldol reaction that proceeds with cyclization | Use of other mostly cyclic amino acids as a catalyst |
Haller-Bauer reaction | Albin Haller and E. Bauer | Cleavage of non- enolizable ketones into alkanes and carboxamides | |
Haloform reaction (unicorn reaction) | Alfred Einhorn | oxidative cleavage of methyl ketones | |
Hammick reaction | Dalziel Hammick | Synthesis of 2-pyridine alcohols | |
Hansley-Prelog acyloin condensation | VL Hansley, expanded by Vladimir Prelog | intramolecular variant of acyloin condensation | |
Hantzsch synthesis of dihydropyridine | Arthur Hantzsch | Synthesis of 1,4-dihydropyridines by condensation of β-diketones with aldehydes and ammonia | |
Hantzsch pyrrole synthesis | Arthur Hantzsch | Synthesis of pyrrole derivatives by reaction of β-ketoesters, amines and α-haloketones | |
Hass-Bender Oxidation | Henry B. Hass and Myron L. Bender | Preparation of substituted benzaldehydes | |
Haworth synthesis | Robert Downs Haworth | Synthesis of phenanthrene | |
Hayashi rearrangement | Mosuke Hayashi | acidification with sulfuric acid causes a rearrangement reaction of o-benzoylbenzoic acid | |
Heck reaction | Richard F. Heck | Palladium-catalyzed alkyl / arylation of olefins | |
Hegedus indole synthesis | Louis S. Hegedus | Indoles from o-allylanilines under Pd (II) catalysis | |
Heine reaction | Harold W. Heine | Isomerization of N- acylaziridines to the corresponding oxazoles | |
Hell-Volhard-Zelinsky reaction | Carl Magnus von Hell , Jacob Volhard and Nikolay Dimitrievich Zelinsky | α-halogenation of carboxylic acids | |
Helmchen synthesis | Günter Helmchen | Synthesis of chiral alcohols or carboxylic acids with the help of the Helmchen auxiliary | |
Hemetsberger indole synthesis | Helfried Hemetsberger and Dierk Knittel | Thermal decomposition of a 2-azidocinnamic acid ester into an indole-2-carboxylic acid ester | |
Henkel reaction | Bernhard Raecke | Synthesis of symmetrical dicarboxylic acids from the alkali salts of aromatic carboxylic acids | |
Henry reaction | Louis Henry | Base-catalyzed addition of nitroalkanes to aldehydes or ketones | Aza-Henry reaction |
Autumn angel transamination | Robert M. Herbst and LL Engel | the amino group of an amino acid is transferred to a keto acid, with a new amino acid and an aldehyde being formed | |
Heron rearrangement | Stephen A. Glover | Conversion of an amide with two substituents with heteroatoms on the nitrogen atom to an ester and a 1,1-diimine | |
Heart reaction | Richard Heart | Thiophenol derivative from aniline | |
Hetero-Diels-Alder reaction | Synthesis of six-membered heterocycles with carbon – carbon double bonds | ||
Heyns rearrangement | Kurt Heyns | Initial phase of the Maillard reaction | |
Hinsberg separation | Oscar Hinsberg | Synthesis of sulfonamides to identify various amines | |
Hinsberg thiophene synthesis | Oscar Hinsberg | Synthesis reaction for substituted thiophenes | |
High Campbell Reaction | Joseph Hoch , expanded upon by Kenneth N. Campbell | Synthesis of aziridines from oximes | |
Hock's phenol synthesis | Heinrich Hock | Synthesis of phenol and acetone from cumene - peroxide | |
Hofmann-Martius rearrangement | August Wilhelm von Hofmann and Carl Alexander von Martius | Rearrangement of N -alkylated aniline derivatives to ortho- and para -alkylated aniline derivatives | |
Hofmann rearrangement | August Wilhelm von Hofmann | Conversion of carboxamides into primary amines | |
Hofmann elimination | August Wilhelm von Hofmann | Degradation of amines to alkenes | |
Hofmann-Löffler-Freytag reaction | August Wilhelm von Hofmann , K. Löffler and C. Freytag | cyclic amines from acyclic amines | |
Hooker's oxidation | Samuel Cox Hooker | Oxidation of a 2-hydroxy-3-alkyl (or alkenyl) -1,4-benzoquinone leads to the exchange of a hydroxy and alkyl (alkenyl) group (the latter is also shortened by a methylene group) | |
Horenstein-Pählicke reaction | Heinrich Horenstein and Herrmann Pählicke | Halogen derivatives of tertiary amines react with salts of aromatic carboxylic acids | |
Horner-Wadsworth-Emmons reaction | Leopold Horner , William S. Wadsworth Jr., and William D. Emmons | Wittig-related olefination of aldehydes or ketones with phosphonic acid diesters | Still-Gennari olefination |
Hosomi Sakurai reaction | Akira Hosomi and Hideki Sakurai | Implementation of carbonyl compounds and other electrophiles with allyl - silane | |
Houben-Hoesch reaction | Josef Houben and Kurt Hoesch | Acylation of electron-rich aromatics with nitriles, HCl and a Lewis acid with subsequent hydrolysis yields aryl ketones | Houben-Fischer synthesis |
Huisgen pyrrole synthesis | Rolf Huisgen | Synthesis of substituted pyrroles | |
Huisgen reaction | Rolf Huisgen | 1,3-Dipolar cycloaddition of alkenes or alkynes with 1,3-dipolar molecules such as azides , nitrile oxides or diazoalkanes | |
Hunsdiecker condensation | Heinz Hunsdiecker | Synthesis of cyclopentenones | |
Hunsdiecker reaction | Heinz Hunsdiecker and Claire Hunsdiecker | Decarboxylation of primary silver or thallium (I) carboxylates by reaction with chlorine , bromine or iodine | |
Hurd-Mori reaction | Charles D. Hurd and Raymond I. Mori | Preparation of thiazoles | |
Hydroboration (Brown Hydroboration) | Herbert Charles Brown | Addition of boranes to olefins |
I.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Ivanov reaction | Dimitar Ivanov | Addition of a carboxylate enolate to an aldehyde | |
Ipatiev synthesis | Vladimir Nikolayevich Ipatiev | Addition of a carbenium ion to alkenes without polymerization | |
Irvine-Purdie methylation | James Irvine , Thomas Purdie | Methylation of carbohydrates with iodomethane and silver (I) oxide |
J
Surname | Explorer | Brief description | variants |
---|---|---|---|
Jacobsen epoxidation | Eric N. Jacobsen | enantioselective epoxidation of alkenes | |
Jacobsen reaction | Josef Herzig , expanded by Oscar Jacobsen | Sulphonation of tetrasubstituted benzenes | |
Japp-Klingemann reaction | Francis Japp and Felix Klingemann | Synthesis of aryl hydrazones by reaction of β-dicarbonyl compounds with diazonium salts | |
Jensen reaction | Bror Skytte Jensen | C – C linkage reaction for the synthesis of 4-acylpyrazolones | |
Johnson-Claisen rearrangement | William Summer Johnson and Ludwig Claisen | Ester synthesis | |
Johnson-Corey-Chaykovsky reaction | A. William Johnson , expanded by Elias James Corey and Michael Chaykovsky | Synthesis of epoxides , aziridines and cyclopropanes using sulfur ylides | |
Johnson-Polyene Cyclization | William Summer Johnson | cationic process for ring formation from alkenes | |
Jones oxidation | Ewart Jones | Oxidation of alcohol and aldehydes with chromium (VI) oxide | |
Julia olefination | Marc Julia | Synthesis of stereoselective alkenes from phenyl sulfones and ketones or aldehydes |
K
Surname | Explorer | Brief description | variants |
---|---|---|---|
Kabachnik Fields reaction | Martin Israilewitsch Kabachnik and Ellis K. Fields | Multi-component reaction for the synthesis of α-aminophosphonates | |
Kahne glycosidation | Daniel E. Kahne | ||
Kauffmann olefination | Thomas Kauffmann | Converting a ketone or an aldehyde into a methylene group | |
Bold reaction | Gary E. Keck | Asymmetric allylation | |
Kemp decarboxylation | Daniel S. Kemp | Special case of the Kemp elimination | |
Kemp elimination | Daniel S. Kemp | Base-catalyzed ring opening of a benzisoxazole | |
Kiliani-Fischer synthesis | Heinrich Kiliani and Emil Fischer | Extension of the carbon chain of sugars | |
Kinugasa reaction | Manabu Kinugasa | Synthesis of β-lactams | |
Knoevenagel reaction | Emil Knoevenagel | Conversion of aldehydes or ketones with CH-acidic methylene compounds | Doebner variant |
Knorr quinoline synthesis | Ludwig Knorr | Preparation of quinolines from aniline and β-ketoesters | |
Knorr pyrrole synthesis | Ludwig Knorr | Synthesis of pyrroles by condensation of ketones with α-aminoketones | |
Koch reaction | Herbert Koch | Carboxylic acid synthesis from olefins ( alkenes ), carbon monoxide and water (hydroformylation) | |
Kocheshkov rearrangement | Xenofont Alexandrovich Kocheshkov | Comproportioning of tin tetraorganyls with tin tetrahalides | |
Kochi reaction | Jay K. Kochi | Decarboxylation of secondary and tertiary carboxylic acids by reaction with lead tetraacetate and lithium chloride | |
Koenigs-Knorr method | Wilhelm Koenigs and Eduard Knorr | synthetic production of glycosides from monosaccharide derivatives | |
Kolbe electrolysis | Hermann Kolbe | CC bond formation through anodic oxidation of carboxylic acids | |
Kolbe nitrile synthesis | Hermann Kolbe | Production of nitriles from alkyl halides and cyanide | |
Kolbe-Schmitt reaction | Hermann Kolbe and Rudolf Schmitt | Synthesis of hydroxybenzoic acids by carboxylation of phenates | Salicylic Acid Synthesis |
Kondakov acylation | Ivan Lavrentevich Kondakov | Synthesis of β-haloketones from alkenes and carboxylic acid halides | Darzens olefin acylation, extension by Georges Darzens |
Kondrat'eva pyridine synthesis | GY Kondrat'eva | Synthesis of pyridine derivatives from oxazole and a substituted alkene | |
Cornflower Oxidation | Nathan Kornblum | Conversion of alkyl halides into aldehydes with dimethyl sulfoxide | |
Korte rearrangement | Friedhelm Korte | Rearrangement of α-acyl lactones | |
Kostanecki-Robinson reaction | Stanislaus von Kostanecki and Robert Robinson | Production of coumarin or chromones | Allan-Robinson condensation is part of it |
Krapcho decarboxylation | Andrew Paul Krapcho | Decarboxylation of malonic acid esters, β-ketocarboxylic acid esters and similar compounds | |
Kröhnke pyridine synthesis | Fritz Kröhnke | Synthesis of substituted pyridines from pyridine or pyridine derivatives | |
Kulinkovich reaction | Oleg Grigoryevich Kulinkovich | Synthesis of cyclopropanol / cyclopropylamine derivatives by reaction of Grignard compounds in the presence of titanium (IV) isopropoxide | |
Kumada clutch | Makoto Kumada | Nickel-catalyzed cross-coupling | |
Kutscherov reaction | Mikhail Grigoryevich Kutscherow | Synthesis of aldehydes or ketones from alkynes |
L.
M.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Maillard reaction | Louis Camille Maillard | complex reaction system that is responsible for browning food during roasting | |
Madelung indole synthesis | Walter Madelung | Indole synthesis, starting from 2-alkylated anilides | |
Maitland-Japp reaction | Francis Japp and William Maitland | Preparation of tetrahydropyranone derivatives from ketones and aldehydes | |
Makosza reaction | Mieczysław Mąkosza | Introduction of alkyl residues with functional groups in electrophilic aromatics | |
Malonic ester synthesis | William Henry Perkin Jr. | Alkylation of malonic acid esters | |
Mannich reaction | Carl Mannich | Amino-methylation of C-acidic compounds with formaldehyde and an amine / ammonia | Mannich-Eschenmoser methylenation |
Marshalk reaction | Charles H. Marschalk | Introduction of substituents on phenolic anthraquinones | |
Martinet reaction | Joseph Martinet and André Guyot | Synthesis of dioxindole | |
McCormack reaction | William B. McCormack | Synthesis of phospholene oxides | |
McFadyen-Stevens reaction | John S. McFayden and Thomas S. Stevens | Synthesis of aromatic or heteroaromatic aldehydes | |
McLafferty rearrangement | Fred McLafferty | Reaction in the mass spectrometer | |
McMurry reaction | John E. McMurry | Coupling of ketones to alkenes | |
Meerwein-Ponndorf-Verley reduction | Hans Meerwein , Wolfgang Ponndorf and Albert Verley | Reduction of aldehydes or ketones to primary and secondary alcohols in the presence of aluminum alcoholates | |
Sea wine reduction | Hans Meerwein | Dediazonation of aryldiazonium salts | |
Meisenheimer rearrangement | Jakob Meisenheimer | Synthesis of alkoxyamines from amine oxides | |
Menke nitriding | Jean Babtiste Menke | Nitration of aromatics | |
Menschutkin reaction | Nikolai Alexandrovich Menshutkin | Formation of quaternary ammonium salts | |
Meyer-Hartmann reaction | Christoph Hartmann Victor Meyer | Synthesis of diaryliodonium salts | |
Meyer-Schuster rearrangement | Kurt Heinrich Meyer and Kurt Schuster | Rearrangement of secondary and tertiary propargylic alcohols to α, β-unsaturated ketones | |
Meyers synthesis | Albert I. Meyers | Synthesis of aldehydes from oxazines | |
Michael addition | Arthur Michael | 1,4-addition of nucleophiles to α-β-unsaturated carbonyl compounds | |
Michaelis-Arbusow reaction | August Michaelis , Alexander Jerminingeldowitsch Arbusow and Boris Alexandrowitsch Arbusow | Synthesis of phosphonic acid esters (also: Arbusow reaction) | |
Miescher mining , also Meystre-Miescher mining | Charles Meystre and Karl Miescher | Breakdown of the side chain of bile acids | |
Mignonac reaction | Gilbert Thomas Morgan and Leslie Percy Walls | Optimization of the Picetet-Hubert reaction . Used for the synthesis of phenanthridine and its derivatives | |
Minisci reaction | Francesco Minisci | radical substitution of alkyl and acyl radicals on aromatics | |
Mislow-Evans rearrangement | Kurt Mislow and David Evans | Preparation of alkenols from alpha-substituted allyl sulfoxides | |
Mitsunobu reaction | Oyo Mitsunobu | Synthesis of esters, phenol ethers and the like a. from primary and secondary alcohols with triphenylphosphine and diethylazodicarboxylate | Mitsunobu lactonization |
Morgan Walls reaction | Georges Mignonac | Synthesis of primary amines | |
Moureau-Mignonac imine synthesis | C. Moureau and G. Mignonac | Production of imines from nitriles by Grignard compounds | |
Mukaiyama aldol reaction | Teruaki Mukaiyama | Crossed aldol reaction | Mukaiyama-Michael reaction |
Mukaiyama-Michael reaction | Teruaki Mukaiyama | Addition of enol silanes to α, β-unsaturated carbonyl compounds | |
Müller-Rochow synthesis | Eugene G. Rochow and Richard Müller | Process for the large-scale production of chloro (methyl) silanes |
N
Surname | Explorer | Brief description | variants |
---|---|---|---|
Nagata response | Wataru Nagata | Hydrocyanation | |
Nazarov cyclization | Ivan Nikolayevich Nazarow | Cyclization of divinyl ketones to give cyclopentenones | |
Neber rearrangement | Peter Neber | Synthesis of α-aminated ketones from ketones | |
Nef reaction | John Ulric Nef | Synthesis of carbonyl compounds from nitroalkanes | |
Negishi clutch | Ei-ichi Negishi | CC bond formation between allylic, aromatic or olefinic residues via zinc-organic compounds | |
Nenitzescu indole synthesis | Costin Nenitzescu | Synthesis of 5-hydroxy-indoles from p -benzoquinone | |
Newman-Kwart rearrangement | Alexander Schönberg , expanded by Melvin Spencer Newman and Harold Kwart | Rearrangement of alkyl-substituted thionourethanes to thiolourethanes | |
Nicholas reaction | Kenneth M. Nicholas | Preparation of alkylated alkynes from propargyl alcohols or ethers | |
Niementowski reaction | Stefan Niementowski | Synthesis of quinazolines | |
Kidney stone reaction | Maximilian kidney stone | Conversion of carboxylic acid chloride into chloromethyl ketones with diazomethanes | |
Norrish reaction | Ronald George Wreyford Norrish | photochemical radical reactions of carbonyl compounds | |
Noyori hydrogenation | Ryōji Noyori | ||
Nozaki-Hiyama-Kishi reaction | Hitosi Nozaki , Tamejiro Hiyama and Yoshito Kishi | Nickel-catalyzed chromium-mediated coupling reaction |
O
Surname | Explorer | Brief description | variants |
---|---|---|---|
Oppenauer oxidation | Rupert Viktor Oppenauer | Reverse reaction of the Meerwein-Ponndorf-Verley reduction; Oxidation of primary and secondary alcohols to the corresponding aldehydes or ketones in the presence of aluminum alcoholates | |
Ortoleva-King reaction | Giovanni Ortoleva , expanded by L. Carroll King | Synthesis of pyridinium iodide salts | |
Orton rearrangement | Kennedy Joseph Previté Orton , G. Bender, Henry Edward Armstrong | Chlorine rearrangement on anilides | |
Overman rearrangement | Larry E. Overman | Allyl alcohols react with trichloroacetonitrile under basic conditions, resulting in rearranged trichloroacetic acid amides | |
Oxymercuration , also Hofmann-Sand reaction | KA Hofmann, JW Sand | Markovnikov-selective anti-addition of OH and Hg (II) with subsequent reduction | |
Ozonolysis | Rudolf Criegee | Cleavage of alkenes to carbonyl compounds |
P
Surname | Explorer | Brief description | variants |
---|---|---|---|
Paal-Knorr synthesis | Carl Paal and Ludwig Knorr | Synthesis of heterocycles from 1,4-diketones | |
Parikh-Doering oxidation | Jekishan R. Parikh and William von Eggers Doering | Oxidation of primary and secondary alcohols to aldehydes and ketones similar to the Swern oxidation with DMSO and sulfur trioxide - pyridine complex | |
Passerini reaction | Mario Passerini | Synthesis of α-hydroxycarboxamides from carboxylic acid, ketone and isocyanide | Ugi reaction |
Paternò-Büchi reaction | Emanuele Paternò and George Büchi | photochemical [2 + 2] cycloaddition of carbonyl with olefin | |
Pauly reaction | Hermann Pauly | Detection reaction for the amino acids tyrosine and histidine | |
Pauson-Khand reaction | Peter Pauson and Ihsan U. Khand | Synthesis of substituted cyclopentenones from alkene, an alkyne and carbon monoxide with dicobalt octacarbonyl | |
Payne rearrangement | George B. Payne | enantiospecific rearrangement of epoxides | |
Pechmann pyrazole synthesis | Hans von Pechmann | Synthesis of pyrazoles | |
Pechmann reaction | Hans von Pechmann | Synthesis of coumarin derivatives | |
Pellizzari reaction | Guido Pellizzari | Synthesis of 1,2,4-triazoles | |
Perkin's reaction | William Henry Perkin | Ester condensation-analogous reaction | |
Perkow reaction | Werner Perkow | Synthesis of vinyl phosphates from ketones | |
Petasis-Ferrier rearrangement | Nicos A. Petasis and Robert J. Ferrier | Conversion of an enol acetal into a tetrahydropyranone under the action of a Lewis acid | |
Peterson olefination | Donald John Peterson | Alkene synthesis by syn elimination from β-hydroxysilanes | |
Petrenko-Krittschenko synthesis of piperidone | Pavel Ivanovich Petrenko-Krittschenko | Precursor to the Robinson-Schöpf reaction | |
Pfitzinger reaction (Pfitzinger-Borsche reaction) |
Wilhelm Pfitzinger and Walther Borsche ; Josef Halberkann | Synthesis of quinoline derivatives from isatin and carbonyl compounds | Half-can variant |
Phillips-Ladenburg Benzimidazole Synthesis | MA Phillips and Albert Ladenburg | Synthesis of benzimidazoles | |
Pictet-Spengler reaction | Amé Pictet and Theodor Spengler | Preparation of isoquinolines from imines and iminium salts | |
Piloty-Robinson pyrrole synthesis | Oskar Piloty , Robert Robinson and Gertrude Maud Robinson | Synthesis of pyrroles from azines | |
Pfitzner-Moffatt oxidation | Klaus E. Pfitzner and John G. Moffatt | mild method for the oxidation of primary and secondary alcohols with N, N'-dicyclohexylcarbodiimide (DCC) and dimethyl sulfoxide (DMSO) into the corresponding aldehydes or ketones | |
Pinacol coupling | Rudolph Fittig | reductive coupling of two ketones to form a 1,2-diol | |
Pinacol rearrangement | Alexander Mikhailovich Butlerov | Acid-catalyzed rearrangement of 1,2-diols | |
Pinner reaction | Adolf Pinner | Reaction of a nitrile with an alcohol with acid catalysis; the result is the salt of an imino ester | |
Pinnick oxidation | Harold W. Pinnick | Oxidation of α, β-unsaturated aldehydes to α, β-unsaturated carboxylic acids using sodium chlorite | |
Plancher rearrangement (Ciamician-Plancher rearrangement) |
Giuseppe Plancher , Giacomo Luigi Ciamician | Rearrangement of an alkyl / aryl group in disubstituted indolin-3-ol | |
Polonovski reaction | Max Polonovski | Rearrangement of amine oxides | |
Pomeranz-Fritsch reaction | Cesar Pomeranz and Paul Fritsch | Synthesis of isoquinoline from benzaldehyde and aminoacetaldehyde diethylacetal | |
Ponzio reaction | Giacomo Ponzio | Synthesis of 3-nitro- (2-dinitromethyl) -benzene | |
Porter-Silver Reaction | Curt C. Porter and Robert H. Silber | Detection of dihydroxyacetone structures | |
Prévost hydroxylation | Charles Prévost | 1,2-dihydroxy addition to CC double bonds | Prévost-Woodward hydroxylation |
Prévost-Woodward hydroxylation | Charles Prévost and Robert B. Woodward | 1,2-dihydroxy addition to CC double bonds | Prévost hydroxylation |
Prileshayev reaction | Nikolai Alexandrovich Prileschajew | Synthesis of epoxides from alkenes and peroxycarboxylic acids | |
Prins reaction | Hendrik Jacobus Prins | electrophilic addition of an aldehyde or ketone to an alkene or alkyne | |
Prins pinacol rearrangement | Hendrik Jacobus Prins | ||
Pschorr cyclization | Robert Pschorr | Intramolecular ring closure of aromatic amines | |
Pummerer rearrangement | Rudolf Pummerer | Conversion of sulfoxides with acid anhydrides to α-acyloxysulfides |
Q
Surname | Explorer | Brief description | variants |
---|---|---|---|
Quasi-Favorski rearrangement | Alexei Yevgrafovich Faworsky | ||
Quelet reaction (Blanc-Quelet reaction) |
R. Quelet and Gustave Louis Blanc | an electron-rich aromatic (e.g. anisole) is substituted in the para position by an α-haloalkyl radical | Blanc reaction |
R.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Radziszewski synthesis | Bronisław Leonard Radziszewski | Preparation of imidazole and its derivatives from diketones, ammonia and aldehydes | |
Ramberg-Bäcklund reaction | Ludwig Ramberg and Birger Bäcklund | Rearrangement of α-halosulfones to olefins in the presence of bases | |
Raschig Hooker Trial | Fritz Raschig and Hooker | Large-scale process for the production of phenol | |
Raschig trial | Fritz Raschig | Large-scale process for the production of hydroxylamine | |
Raschig synthesis | Fritz Raschig | Large-scale process for the production of hydrazine | |
Reed reaction (sulfochlorination) | Cortes F. Reed | Sulfochlorination of alkanes | |
Reformatzki reaction | Sergei Nikolaevich Reformatsky | Synthesis of β-hydroxycarboxylic acid esters from α-halocarboxylic acid esters and aldehydes / ketones in the presence of metallic Zn | |
Regitz diazo transfer | Otto Dimroth and Manfred Regitz | Base-induced transfer of a diazo group to CH-acidic compounds | |
Reichstein synthesis | Tadeus Reichstein | chemical-microbiological process for the production of ascorbic acid from D-glucose | |
Reilly-Hickinbottom rearrangement | Joseph Reilly and Wilfred John Hickinbottom | Variant of the Hofmann-Martius rearrangement | |
Reimer-Tiemann reaction | Karl Reimer and Ferdinand Tiemann | Synthesis of aromatic aldehydes with chloroform via a dichlorocarbene | |
Reissert indole synthesis | Arnold Reissert | Synthesis of indoles | |
Reissert reaction | Arnold Reissert | Functionalization of six-membered nitrogen aromatics | |
Reverdin reaction | Frédéric Reverdin | Nitration of 4-iodanisole with rearrangement of the iodine group | |
Riemschneider reaction | Randolph Riemschneider | Representation of thiocarbamates | |
Riley oxidation | Harry Lister Riley | Production of 1,2-diketones from carbonyl compounds in the alpha methyl or methylene group using selenium dioxide | |
Knight reaction | John Joseph Ritter | Amide synthesis from nitriles and substrates that can form carbenium ions | |
Robinson annulation | Robert Robinson | Sequence of Michael addition and aldol condensation for the generation of six-ring systems | |
Robinson-Gabriel synthesis | Robert Robinson and Siegmund Gabriel | Synthesis of oxazoles | |
Robinson-Schöpf reaction | Robert Robinson and Clemens Schöpf | Multicomponent reaction with double Mannich reaction for the production of tropinone and other tropane alkaloids | |
Rosenmund reduction | Karl Wilhelm Rosenmund | Reduction of acid chlorides to aldehydes with H 2 over a poisoned Pd catalyst | |
Rosenmund-von-Braun reaction | Karl Wilhelm Rosenmund and Julius von Braun | Production of aryl nitriles from aryl bromides and copper (I) cyanide | Sandmeyer reaction |
Rothemund reaction | Paul Rothemund | Synthesis of meso- substituted porphyrins | |
Roush reaction | William R. Roush | Asymmetric allylation | |
Rowe rearrangement | Frederick Maurice Rowe | Synthesis of phthalazinones | |
Rubottom Oxidation | George M. Rubottom | α-hydroxylation of aldehydes and ketones | |
Ruff dismantling | Otto Ruff | Oxidation of aldonic acids with hydrogen peroxide to the next lower aldose | |
Rühlmann condensation | Klaus Rühlmann | Condensation of two esters to form α-hydroxycarbonyl compounds in the presence of trimethylsilyl chloride | |
Ružička ring synthesis | Leopold Ružička | Synthesis of cyclic ketones from dicarboxylic acids |
S.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Sabatier trial | Paul Sabatier and Jean Baptiste Senderens | Conversion of carbon dioxide and hydrogen into methane and water | |
Saegusa-Ito oxidation | Takeo Saegusa and Yoshihiko Ito | Oxidation of silylated enol ethers to enones | |
Sakurai reaction (Hosomi Sakurai reaction) |
Hideki Sakurai and Akira Hosomi | Implementation of carbonyl compounds and other electrophiles with allyl - silane | |
Sandmeyer reaction | Traugott Sandmeyer | Introduction of various substituents (e.g. -Br, -SH, -CN) in aromatics via aryldiazonium salts, mostly in the presence of Cu (I) ions | |
Sarett oxidation | Lewis Hastings Sarett | Gentle oxidation of a primary or secondary alcohol | |
Schiemann reaction (Balz-Schiemann reaction) |
Günther Schiemann | Introduction of fluorine substituents in aromatics via aryldiazonium tetrafluoroborates | |
Schlenk balance | Wilhelm Schlenk | Solvent-dependent behavior of Grignard compounds | |
Schmidt reaction | Karl-Friedrich Schmidt | Rearrangement at the nitrogen atom: preparation of carboxamides from ketone and hydrazoic acid | |
Scholl reaction | Roland Scholl | Coupling of aromatics | |
Schöllkopf method | Ulrich Schöllkopf | stereoselective amino acid synthesis | |
Schotten-Baumann method | Carl Schotten and Eugen Baumann | Preparation of esters and amides via carboxylic acid chloride, alcohol / amine and aqueous base | Unicorn acylation |
Semmler-Wolff reaction | Friedrich Wilhelm Semmler , expanded by Ludwig Wolff | Preparation of aromatic amines | |
Serini reaction | Karl Heinrich Slotta and Klaus Neisser , expanded by Arthur Serini | Zinc-catalyzed conversion of steroidal 17-hydroxy-20-acetic acid esters into ketones with unchanged steroid backbones | |
Seyferth-Gilbert chain extension | Dietmar Seyferth and John C. Gilbert | Reaction of aldehydes and ketones to form alkynes | Bestmann modification |
Shapiro reaction | Robert H. Shapiro | Synthesis of alkenes or lithium alkenes from carbonyl compounds | |
Sharpless epoxidation | Barry Sharpless | enantioselective synthesis of epoxides from allylic alcohols | |
Shi epoxidation | Yian Shi | ||
Simmons-Smith reaction | Howard E. Simmons and Ronald D. Smith | Cyclopropanation of alkenes by zinc carbenoids | |
Simonini reaction | Angelo Simonini | Production of aliphatic esters | |
Skattebøl rearrangement | Lars Skattebøl | Obtaining allenes from geminal dihalocyclopropanes using an organolithium base | |
Skraup synthesis | Zdenko Hans Skraup | Preparation of quinoline and its derivatives | Doebner-Miller reaction |
Smiles rearrangement | Samuel Smiles | Intramolecular, nucleophilic aromatic substitution | Truce Smiles rearrangement |
Soai reaction | Kenso Soai | Alkylation reaction on a pyrimidine aldehyde | |
Sommelet synthesis | Marcel Sommelet | Conversion of primary alkyl halides with hexamethylenetetramine to amines | |
Sommelet-Hauser rearrangement | Marcel Sommelet and Charles R. Hauser | Rearrangement of quaternary ammonium salts to tertiary amines | |
Sonn-Müller reaction | Adolf Sonn and Ernst Müller | Synthesis of aldehydes from aromatic anilides | |
Sonogashira coupling | Kenkichi Sonogashira | Cross-coupling of terminal alkynes with aryl halides catalyzed by palladium and copper | |
Staudinger ketene cycloaddition | Hermann Staudinger | Synthesis of β-lactams | |
Staudinger reaction | Hermann Staudinger | Synthesis of amines from azides | |
Steglich esterification | Wolfgang Steglich | Esterification with dicyclohexylcarbodiimide (DCC) as coupling reagent and 4- (dimethylamino) pyridine (DMAP) as catalyst | |
Stephen Aldehyde Synthesis | Henry Stephen | Synthesis of aldehydes from nitriles | |
Stephens-Castro coupling | Robert D. Stephens and Charles E. Castro | Preparation of arylalkynes from terminal alkynes by means of copper-catalyzed cross-coupling of an aryl iodide and a copper acetylide | |
Stetter reaction | Hermann Stetter | Umpolung of aldehydes with catalytic amounts of sodium cyanide in DMF , followed by a Michael addition | |
Stevens rearrangement | Thomas S. Stevens | Rearrangement of quaternary ammonium salts with an electron-withdrawing group in the α-position to give tertiary amines | |
Stickland reaction | Leonard Hubert Stickland | Coupled fermentation of two α-amino acids with simultaneous deamination | |
Silence coupling | John Kenneth silence | Palladium -catalyzed coupling of an organotin compound with an sp 2 -hybridized organic halide | |
Stille Kelly coupling | John Kenneth Stille and T. Ross Kelly | ||
Stobbe condensation | Johann Stobbe | Variant of Claisen condensation with diethyl succinate as the CH-acidic component | |
Stollé synthesis | Robert Stollé | Indole preparation from aniline derivatives and 2-halocarboxylic acid chlorides | |
Stork reaction | Gilbert Stork | Synthesis of 1,5-dicarbonyls from enamines | Michael addition |
Strecker reduction | Adolph Strecker | Irreversible, oxidative degradation of α-amino acids to aldehydes and ketones | |
Strecker synthesis | Adolph Strecker | Synthesis of α-aminocarboxylic acid nitriles or amino acids from aldehydes, ammonia and hydrocyanic acid | |
Suzuki clutch | Akira Suzuki | Palladium-catalyzed cross-coupling between organoboronic acids and aryl halides | |
Swarts reaction | Frédéric Swarts | Synthesis of fluorocarbons and fluorochlorohydrocarbons | |
Swern oxidation | Daniel Swern | Oxidation of primary and secondary alcohols to aldehydes and ketones with DMSO and oxalyl chloride | various electrophiles instead of oxalyl chloride |
T
Surname | Explorer | Brief description | variants |
---|---|---|---|
Takai-Lombardo reaction | Kazuhiko Takai and Luciano Lombardo | Methylation of unreactive ketones | |
Takai olefination | Kazuhiko Takai | Reaction of an aldehyde with a diorganochromium compound and leads to the alkene | |
Tebbe methylenation | Frederick Nye Tebbe | Double bonds from carbonyl compounds with the Tebbe reagent | Lombardy , Petasis |
Ter-sea reaction | Edmund ter Meer | Conversion of a geminal nitrohalogenoalkane into a geminal dinitroalkane | |
Thorpe-Ziegler reaction | Jocelyn Field Thorpe and Karl Ziegler | Preparation of heterocycles and macrocyclic ketones | |
Tiffeneau ring expansion (Tiffeneau-Demjanow reaction) |
Nikolai Jakowlewitsch Demjanow and Marc Tiffeneau | Ring expansion in cyclic ketones, also named additionally or solely after Demjanow | |
Tishchenko reaction (Claisen-Tishchenko reaction) |
Ludwig Claisen and Vyacheslav Yevgenyevich Tishchenko | Condensation of aldehydes to esters using aluminum alcoholate in an anhydrous reaction medium | |
Traubean synthesis | Wilhelm Traube | Synthesis of purine derivatives | |
Driving reaction | Wilhelm Treibs | Acetoxylation of an alkene in the allyl position | |
Trost's asymmetric allylic alkylation | Barry Trost | Palladium-catalyzed allylic substitution | |
Cherniak-unicorn reaction | Joseph Tscherniak , Alfred Einhorn | Condensation of N -hydroxymethylamides or N -hydroxymethylimides with various aromatic compounds | |
Chichibabin pyridine synthesis | Alexei Yevgenyevich Chichibabin | Synthesis of pyridine derivatives from aldehydes and ammonia | |
Chichibabin reaction | Alexei Yevgenyevich Chichibabin | Preparation of 2- or 4-aminopyridines or -quinolines from heteroaromatics | |
Chugayev reaction , also Chugaev reaction | Lev Alexandrovich Chugayev | terminal olefins (by pyrolysis of alkylated xanthates) | |
Tsuji consolation response | Jirō Tsuji and Barry Trost | Palladium-catalyzed allylic alkylation |
U
Surname | Explorer | Brief description | variants |
---|---|---|---|
Ugi reaction | Ivar Karl Ugi | Synthesis of α-aminoacylamide derivatives from aldehydes, amines, carboxylic acids and isocyanides (4-component condensation) | Passerini reaction , 3-component Ugi reaction (synthesis of α-aminoacylamide derivatives from imines, carboxylic acids and isocyanides) |
Ullmann reaction | Fritz Ullmann | Synthesis of biaryls from aryl halides with elemental copper | |
Urech hydantoin synthesis | Friedrich Urech | Synthesis of hydantoins from α-amino acids |
V
Surname | Explorer | Brief description | variants |
---|---|---|---|
Van Leusen reaction | Albert Van Leusen | Synthesis of nitriles from ketones and tosylmethyl isocyanide | |
Varrentrapp reaction | Franz Varrentrapp | Degradation of unsaturated carboxylic acids to carboxylic acids with two fewer carbon atoms, acetic acid and hydrogen | |
Victor Meyer reaction | Victor Meyer | Substitution reaction | |
Vilsmeier-Haack reaction | Anton Vilsmeier and Albrecht Haack | Formylation reaction with N-alkylated formamides and phosphorus oxychloride (POCl 3 ) | |
Voges-Proskauer reaction | Otto Voges and Bernhard Proskauer | Testing of bacterial cultures for the formation of 3-hydroxy-2-butanone | |
Voigt reaction | Karl Voigt | Condensation reaction that leads to the formation of secondary or tertiary α-amino-ketones | |
Von Braun dismantling | Julius von Braun | Synthesis of nitriles and halogenated hydrocarbons from a carboxamide | |
Von Braun reaction | Julius von Braun | Synthesis of substituted cyanamides from tertiary amines | |
Von Braun Rudolph synthesis (von Braun Rudolph tetrazole synthesis) |
Julius von Braun and Walter Rudolph | Synthesis of tetrazole derivatives | |
Von Richter reaction | Victor von Richter | Synthesis of aromatic acids from nitrobenzene derivatives |
W.
Surname | Explorer | Brief description | variants |
---|---|---|---|
Wacker process (Wacker-Hoechst process) | Walter Hafner and Jürgen Smidt u. a. ( Wacker Chemie ) | Oxidation of alkenes to carbonyl compounds using palladium (II) chloride , copper and oxygen | |
Wagner-Jauregg reaction | Theodor Wagner-Jauregg | Construction of a naphthalene structure from diaryl ethers and maleic anhydride | |
Wagner-Meerwein rearrangement | Georg Wagner and Hans Meerwein | Framework rearrangement of carbocations | |
Walden reversal , Waldensche reversal | Paul Walden | Change of configuration at a stereochemical center (usually a C atom) | |
Gelding rearrangement | Otto Wallach | acid-catalytic rearrangement of azoxybenzenes to hydroxyazobenzenes | |
Weermann dismantling | Rudolf Adrian Weermann | Degradation of amides to aldehydes with one carbon atom less | |
Weinreb reaction | Steven M. Weinreb | Weinreb amide synthesis | |
Weinreb amide ketone synthesis | Steven M. Weinreb | Conversion of carboxylic acids to ketones or aldehydes | Ketone synthesis |
Wenker synthesis | Henry Wenker | Preparation of aziridine from ethanolamine | |
Wharton fragmentation | Peter S. Wharton | Breakdown or fragmentation of carbon chains with heterogeneous nucleophiles and leaving groups | |
Wharton olefin synthesis | Peter S. Wharton | Reduction of α, β-epoxy ketones to allyl alcohols | |
Weiss reaction (Weiss-Cook condensation) | Ulrich Weiss and James M. Cook | Synthesis of bicyclo [3.3.0] octanes | |
Wender indole synthesis | Paul Wender | Synthesis of indole derivatives | |
Westphalen rearrangement | Theodor Westphalen | Rearrangement of a methyl group and the resulting formation of a double bond | |
Willgerodt-Kindler reaction | Conrad Willgerodt and Karl Kindler | Preparation of arylacetic acid from aryl methyl ketones | |
Williamson ether synthesis | Alexander William Williamson | Synthesis of ethers via alcoholate / phenolate and alkyl halide | |
Wittig-Horner reaction | Georg Wittig and Leopold Horner | Olefination of aldehydes using alkyldiphenylphosphine oxides | |
Wittig reaction | Georg Wittig | Olefination of aldehydes and ketones using phosphorylides | Locksmith variant or lithium-free variant |
Wittig rearrangement | Georg Wittig | Rearrangement of ethers to alcohols | 1,2-Wittig rearrangement and 2,3-Wittig rearrangement |
Well-degradation | Alfred Wohl | Aldoses are shortened by one carbon atom | |
Well-Aue reaction | Alfred Wohl and Wilhelm Aue | Formation of a phenazine from an organic nitro compound and an aniline derivative | |
Wohl-Ziegler reaction | Alfred Wohl and Karl Ziegler | allylic bromination of olefins with N-bromosuccinimide | |
Wolff-Kishner reaction | Ludwig Wolff and Nikolai Matwejewitsch Kischner | Deoxygenation of aldehydes and ketones via hydrazone | |
Wolff rearrangement | Ludwig Wolff | Ketenes from alpha-diazoketones | |
Wolffenstein-Böters reaction | Richard Wolffenstein , Oscar Boeters | Synthesis of dinitrophenol and trinitrophenol (picric acid) | |
Wurtz synthesis | Charles Adolphe Wurtz | Coupling of two alkyl halides to form alkanes | |
Wurtz-Fittig synthesis | Charles Adolphe Wurtz and Rudolph Fittig | Conversion of alkyl and aryl halides with sodium to alkylated aromatics |
X
Surname | Explorer | Brief description | variants |
---|---|---|---|
Y
Surname | Explorer | Brief description | variants |
---|---|---|---|
Yamada clutch | Shun-ichi Yamada | Condensation reaction of a carboxylic acid and an amine to form an amide | |
Yamaguchi method | Masaru Yamaguchi | Formation of macrolide lactones from hydroxycarboxylic acids |
Z
Surname | Explorer | Brief description | variants |
---|---|---|---|
Zerewitinov's reaction | Fyodor Wassiljewitsch Zerewitinow | Determination of H-acidic hydrogen atoms by adding Grignard reagent | |
Ziegler-Hafner synthesis | Karl Ziegler and Klaus Hafner | Synthesis for azulenes | |
Ziegler-Natta process | Karl Ziegler and Giulio Natta | stereospecific polymerization of double bonds with Ziegler-Natta catalysts | |
Zincke reaction | Theodor Zincke | Synthesis of pyridinium compounds from pyridines | |
Zincke-Suhl reaction | Theodor Zincke and Rütger Suhl | Reaction of p-cresol with carbon tetrachloride | |
Zincke nitriding | Theodor Zincke | Synthesis of nitrophenols | |
Zinin Reduction | Nikolai Nikolayevich Sinin | Reduction of aromatic nitro compounds to the corresponding aniline derivatives | |
Zwikker reaction | Jan Jacobus Lijnst Zwikker | Color reaction for the detection of barbiturates |
For a further list see also Category: Name Reaction .
Web links
- Namesreactions.de
- organic-chemie.ch
- Chemiestudent.de ( PDF file )
- chempensoftware (en) ( Memento from February 7, 2008 in the Internet Archive )
- MerckIndex (en) (PDF file; 3.7 MB)
literature
- Zerong Wang: Comprehensive Organic Name Reactions and Reagents . 1st edition. 3 volumes. John Wiley & Sons , Hoboken (New Jersey) 2009, ISBN 978-0-471-70450-8 , doi : 10.1002 / 9780470638859.conrr489 (over 850 name reactions).
- László Kürti , Barbara Czakó : Strategic Applications of Named Reactions in Organic Synthesis . Background and Detailed Mechanisms. 250 named reactions. 1st edition. Elsevier Academic Press, Amsterdam · Boston 2005, ISBN 978-0-12-369483-6 ( limited preview in Google Book Search - 250 name reactions).
- Thomas Laue, Andreas Plagens: Name and catchword reactions in organic chemistry . 5th edition. Vieweg + Teubner Verlag , Wiesbaden 2006, ISBN 978-3-8351-0091-6 (over 140 name reactions).
- Jie Jack Lie: Name reactions. Springer 2009
Individual evidence
- ↑ T. Omayada by Li Named Reactions , even as Omayada