SEARCH Articles Figures Tables A Little of Everything Various Carbanions and Enolates Yielding Ring Expansion A Tnmethylsilyl enolates ketones A Tnmethylsilyl enolates reaction with tnfluoromethyl A variety of electrophilic alkenes will accept enol(ate) nucleophiles A,P-Unsaturated enol esters A,P-unsaturated enolates A-Acyloxazolidinone Enolates A-Amino enolates A-Silyl enol A-hydroxylation of enolates A-mercurio ketones T 3-metal enolates A-substituted enolates Acetic acid, a-allyloxyesters, Wittig rearrangement zirconium enolates Acidity of a-Hydrogens the Enolate Anion Acidity of a-hydrogen atoms enolate formation Acidity of a-hydrogen atoms enolate ion formation Acrylic acid, a- methyl ester addition reaction with enolates Addition of Enolates with a-Substituents to Aldehydes Addition of an Enolate to Ketones and Aldehydes (a Condensation) Aldehydes, a-methyl reaction with enol silanes Alkali metal enolates a,p-unsaturated Alkenes, Alkynes, Enols, and Vinyl Amines as the Nucleophiles Attachment as Enol Ethers, Enamines, Imines, and Hydrazones Carbenes, a-siloxyintermediates in enol ether preparation Carbonates, a-methoxyreaction with enol silanes Carbonates, a-methoxyreaction with enol silanes Lewis acid mediated Carbonyl compounds a-bromobromomagnesium enolates Carbonyl compounds, a-seleno enolates Carboxylic acids, syn-a-methyl-p-hydroxyaldol reaction titanium enolates, chiral auxiliary Carboxylic acids, syn-a-methyl-p-hydroxyaldol reaction zirconium enolates, chiral auxiliary Conversion of an Enol to a Ketone Cyanides, a-alkoxyacyl reaction with silyl enol ethers Cyclopentenones with a-silyl ester enolates Deprotonation as a Source of Enolate Reactivity ENOLATE REACTIONS OF a-HALO CARBONYL DERIVATIVES Enamines as enol equivalents for conjugate addition Enol acetates a-hydroxylation Enol as a nucleophile Enol esters a-sulfonyloxylation Enol ethers as nucleophiles Enol silanes reaction with chiral a-alkoxy aldehydes Enol silanes reaction with chiral a-methyl aldehydes Enolate Equivalents from a,p-unsaturated Aldehydes Enolate Equivalents from a-Functionalized Aldehydes Enolate anion as nucleophile Enolate anions, a-alkylation Enolate as a nucleophile Enolates a-alkylation Enolates a-fluorosynthesis Enolates a-heteroatom-substituted Enolates a-hydroxylation Enolates a-silylsynthesis Enolates a-sulfinyl acetate Enolates as conjugate bases of ketones Enolates as nucleophiles Enolates of a,p-Unsaturated Carbonyl Compounds Enols (s. a. Hydroxymethylene Enols as intermediates Enols as nucleophiles Enols reactions with a-selenoalkyl metals Ester Enolates Operate as Both Initiators and Catalysts for GTP Esters as Enolates 1,4-Cyclohexanedione and Meerweins Ester Esters as enolates From Simmons-Smith Cyclopropanation of a-Enone Enol Ethers Hydroxymethylene compds s. a. Aldehydes, Enols Hydroxymethylene compounds s. a. Aldehydes, Enols Ketones a-allyloxy, Claisen rearrangement of enolate Ketones, a- vinyl reaction with enolates Ketones, a-allyloxy enolates Ketones, a-silyl enol ether preparation Ketones, a-sulfinyl enolates Lactams, a-acetoxyreaction with tin enol ethers Lactams, a-acetoxyreaction with tin enol ethers synthesis Pd-Catalyzed a-Substitution of Enolates and Related Derivatives Phenol as enol Phosphoenolpyruvate as stabilized enol Reaction with enols or enolates as intermediates Reactions at the a Carbon of Carbonyl Compounds Enols and Enolates Reactions of Chiral Ammonium Ketene Enolates as Nucleophiles with Different Electrophiles Reactivity of Enols a-Substitution Reactions Silyl enol ethers a-sulfonyloxygenation Silyl enol ethers as nucleophiles Silyl enol ethers conversion to a-hydroxyketones by oxidation Thebainone-A enol methyl ether Tin, sulfidobis reaction with a-mercurated ketones preparation of enol stannyl ethers Vitamin as enol What Makes a Good Enolate Wittig reagents, as specific enol equivalent