SEARCH Articles Figures Tables 3- Alkyl -substituted imidazole rearrangement 3- Substituted tetrazole 1-oxides rearrangement 4-substituted Ramberg-Backlund rearrangement 5-Alkyl-substituted epoxides, rearrangement Allyl rearrangement substitution reactions Associative Ligand Substitution Reactions and the Berry Rearrangement Benzazepine, substituted, rearrangement C-Substitution via electrophilic attack at N, deprotonation and rearrangement Cope rearrangements alkyl substitution Displacement s. Migration Rearrangement, Replacement, Substitution Electrophilic aromatic substitution, acylation rearrangements Electrophilic substitution with allylic rearrangement Indoles, 2-substituted via hetero-Cope rearrangement Ketoximes, ©-substituted Beckmann rearrangement Nucleophilic aromatic substitution intramolecular rearrangements Nucleophilic aromatic substitution rearrangements O-Substitution-rearrangement Ortho substitution rearrangement REARRANGEMENT OF N-SUBSTITUTED AROMATIC AMINES Rearrangement compared with substitution Rearrangement of a-Alkoxy-Substituted Allylic Esters Rearrangement of a-Hydroxy Substituted Allylic Esters Rearrangement of a-Thio Substituted Allylic Esters Rearrangement reactions, oxazole synthesis 2-substituted oxazoles Rearrangements of other N-substituted aromatic amines Rearrangements versus substitution Redox Effects, The I Mechanism, and Rearrangements in Substitution Smiles rearrangement substitution Substitution and Rearrangement Substitution carbocation rearrangements during Substitution ligand rearrangement Substitution with rearrangement Substitution, nucleophilic rearrangement Substitutions Following Primary Rearrangements (The Prototropic Routes) Substitutive rearrangement Substitutive rearrangement Syntheses Substitutions and Rearrangements Involving Neighboring Group Participation of Dihetero-tricyclodecanes The Reactions of Hydrocarbons Oxidation, Reduction, Substitution, Addition, Elimination, and Rearrangement