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Questa Cmap, creata con IHMC CmapTools, contiene informazioni relative a: Aldol condensation_MC_rev, Aldol condensation can be followed by Dehydration, Aldehyde or ketone is possibile when One of the two carbonyl compound is unable to condense with itself, Nucleophilic addition generates 1,3-aldol, Nucleophilic addition and the product of this reaction is 1,3-aldol, Dehydration a particular type of condensation and dehydration is crotonization, aldehyde or ketone enolate in the mechanism it is a strong nucleophile, aldehyde or ketone enolate added to a aldehyde, Aldol condensation a particular type of condensation and dehydration is crotonization, Mixed condensation Of different Aldehyde or ketone, Aldol condensation Is a Nucleophilic addition, 1,3-aldol and, after the formation of the aldol, we α-β unsaturated aldehyde, Dehydration and it forms a give rise to an α-β unsaturated aldehyde, Aldol condensation is an important reaction, because we make a Carbon-carbon bond, Nucleophilic addition catalized by Hydroxide ion catalyst, aldehyde because of their Reduced steric hindrance, Aldol condensation the Mixed condensation, aldehyde or ketone enolate it has a Negative alpha carbon, Nucleophilic addition of a aldehyde or ketone enolate, aldehyde because of their Higher electrophilic behavior, Dehydration in crotonization