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Questa Cmap, creata con IHMC CmapTools, contiene informazioni relative a: aldol_condensation_fm, multiple condensation products except with aldehydes without alpha hydrogens, aldehyde it can also be a intramolecular aldol condensation, aldehyde or ketone enolate's alpha carbon creates a carbon-carbon bond, nucleophilic addition to a aldehyde, 1,3-aldol can undergo thermal or spontaneous dehydration, aldehyde or ketone enolate's alpha carbon to another aldehyde, nucleophilic addition of a aldehyde or ketone enolate's alpha carbon, nucleophilic addition where is a requires a hydroxide ion ascatalyst, aldol condensation plus thermal or spontaneous dehydration, aldehyde or ketone enolate's alpha carbon that is strong nucleophile, carbonyl carbon of another aldehyde making 1,3-aldol, aldehyde because they have reduced steric hindrance, aldehyde because they have higher electrophilic behavior, carbon-carbon bond with carbonyl carbon of another aldehyde, thermal or spontaneous dehydration produces an α-β unsaturated aldehyde, mixed condensation can often give rise to multiple condensation products, mixed condensation condeses two different carbonyl compounds, aldol condensation is a nucleophilic addition, intramolecular aldol condensation closes a ring between two aldehyde and/or ketone groups in the same chain, aldol condensation is typical for aldehyde