SEARCH Articles Figures Tables 1,3-Migration of an aryl group from oxygen 1,3-migration of an aryl group from Acetals Derived from Carbohydrate Carbonyl Groups Acetals Derived from Carbohydrate Hydroxy-groups Acetonide from carbonate group Acetyl group removal, from Acetyl group, removal from carbohydrate Aldehydes from activated methyl groups Alkanes From carbonyl groups Alkenes From carbonyl groups using Wittig Alkyl group migration, from sulphur Allenyl groups from alkynes Allenyl groups from allenes Allenyl groups from dienes Amino groups quinoxalines from Amino groups synthesis from oxazolones Aminolysis of Pyrimidines Containing a Leaving Group at C-2 Different from Halogen Basic Facts from Group Theory Biosynthesis of a Butanoyl Group from Acetyl and Malonyl Building Blocks Biotin and the Formation of Carboxyl Groups from Bicarbonate Blood Group Substances from Erythrocytes Blood Group Substances from Other Sources Building crystal structures from lattices and space groups Bulky groups, stabilization from Calculation from structural group contributions Calculation from structural group contributions compound Carbonyl groups energy transfer from Carbonyl groups ketyl radicals from Carboxyl groups, formation from cellulose Carboxyl groups, protection synthesis, from Catalysts Prepared from Metal Carbonyls of Group 8 Iron, Ruthenium and Osmium Cationic initiators from anionic leaving groups Chloride as leaving group from tetrahedral Criteria Documents from the Nordic Expert Group Departure of Anionic Oxygen Leaving Groups from Sugars Difluoromethylene group, from Difluoromethylene groups from ketones Dimensionless Groups from the Conservation Equations Electron donation, from alkyl groups Erythromycin methyl group from methionine Estimation from structural group contributions Estimation from structural group contributions systems Fluorescence energy transfer from phenyl group Formate, active methyl groups from Formation from Group-IIIB Halides Formation from carboxyl group Formation from functional groups From Benzenoid Derivatives by Displacement of Nitro,Chloro and other Groups From Diazo Compounds and Alkenes Bearing Suitable Leaving Groups From Diol Groups on Acyclic Carbohydrates From Diol Groups on Cyclic Carbohydrates From Free-Phenolic Units with a Good 7-Leaving Group From Functional Groups to Extended Molecular Regions From Main Group Hydrides From Other Carbonyl-Containing Compounds with Perfluoroalkyl Groups From Rings with an Amino Group Adjacent to a Replaceable Hydrogen Atom From Rings with an Endocyclic Keto Group Adjacent to a Replaceable Hydrogen Atom From amide group with sulfur From carbon monoxide reaction with Group From carbon monoxide reaction with Group chlorides From carboxyl group with From other Functional Groups From tnchloromethyl group Subject Getting by with Help from Friends, or a Least Neighbors Neighboring Group Participation Group from a Chiral Carbon Racemization Group from basis functions Groups from synthesis Hydrazo compounds, from hydrogenation nitro groups Hydroperoxide groups from carbonyl group Hydroperoxide groups from phenyl group Hydroxy group from hydroxylation reaction Hydroxyethyl groups, from aminoethyl Inductive effect from functional groups, Table Ketyl Radical Anions from Carbonyl Groups Methionine choline methyl groups from Methylene groups ethylene derivs. (from Molecular point group, from crystal Mucin, blood group substances from Networks from Aromatic Linear Chains Created by Reacting Backbone Diacetylene or Pendant Acetylene Groups Nucleophiles Derived from Group 15 N, P, As, and Sb Nucleophiles Derived from Group 16 O, S, Se, and Te Nucleophiles from Group 14 C and Sn Nucleophilic Addition of Allylic Groups from Boron Compounds Oligosaccharides from n-pentenyl blood group substance Organic ligand transfer from transition metals to main group element Ovarian cyst fluids, blood group substances from Pepsin, blood group substances from Phospho group transfer from ATP Prediction from structural groups Preparation formyl group removal from Pyrophospho group transfer from ATP Rearrangements from the 2-Hydroxyl Group Recognition of fluorinated functionalities from unfluorinated group H vs Reducible representations group orbitals from Removal of Protective Groups from Phosphorus Replacement of the Hydroxyl (-OH) Functional Group by Carbon An Example from Nature Resonance effects from functional groups, Table Results from research groups Saliva, blood group substances from Samarium, isolation of materials with yttrium-group earths from Select a Safety Representative from Each Work Group Space group determination from diffraction patterns Space groups, from systematic absences Substituent groups derived from parent hydrides Substituent groups named from parent hydrides Thiocarbonyl group, formation from carbonyl Thiol-groups from oxidation Trialkylsilyl group migration, from Urine, blood group substances from Yttrium-group earths, containing Sm, separation from monazite Yttrium-group earths, containing samarium, separation from Yttrium-group earths, containing separation of, from cerium