SEARCH Articles Figures Tables Alkenes, (£>selective synthesis Alkenes, (£>selective synthesis trisubstituted Aluminum Reagents in Selective Organic Synthesis Amines selective synthesis Ammonia synthesis pressure selection Asymmetric and Selective Synthesis Carbon monoxide hydrocarbon synthesis selectivity Carbon selective synthesis Catalysts selection, methanol synthesis Catalytic asymmetric synthesis enzyme selection Comparison of Selected Chemical and Electrochemical Synthesis Diethyl ketone, selective synthesis Enantiofacial selection asymmetric synthesis Enantiomer-selective ester synthesis Enantiomer-selective synthesis Enantioselective synthesis substrate selection Erythro/threo-Selective syntheses Fatty acylated, selectively synthesis Fermentative syntheses precursor selection Fischer-Tropsch synthesis olefin selectivity Fischer-Tropsch synthesis selectivity Fischer-Tropsch synthesis selectivity control From Concatenative Synthesis to Unit Selection General Syntheses, and Selectivities of Reactions Therein Glycoside synthesis anomeric selectivity High Pressure in Organic Synthesis Influence on Selectivity Hydrocarbon synthesis selectivity, catalyst structural Ionic Liquids in Organic Synthesis Effects on Rate and Selectivity Oligosaccharide synthesis by selective Oligosaccharide synthesis by selective AgOTf, promoter Oligosaccharide synthesis by selective Cu 2, promoter Oligosaccharide synthesis by selective DAST) Oligosaccharide synthesis by selective NodRM-IV factor Oligosaccharide synthesis by selective Stability Oligosaccharide synthesis by selective TOPCAT-MOP combinations Oligosaccharide synthesis by selective advantages Oligosaccharide synthesis by selective anomeric activation Oligosaccharide synthesis by selective disaccharide glycosyl MOP donors Oligosaccharide synthesis by selective elfamycin Oligosaccharide synthesis by selective fluorides and sulfides Oligosaccharide synthesis by selective globotriasolylceramide Oligosaccharide synthesis by selective glycosyl fluoride donors Oligosaccharide synthesis by selective glycosyl fluorides and sulfides Oligosaccharide synthesis by selective glycosyl sulfone donors Oligosaccharide synthesis by selective glycosyl sulfoxide donors Oligosaccharide synthesis by selective hexasaccharide Oligosaccharide synthesis by selective mechanism Oligosaccharide synthesis by selective octasaccharide Oligosaccharide synthesis by selective pentasaccharide Oligosaccharide synthesis by selective single-electron transfer Oligosaccharide synthesis by selective sulfated Le* tetrasaccharide Oligosaccharide synthesis by selective thioglycoside donors Oligosaccharide synthesis by selective thiophiles Oligosaccharide synthesis by selective trisaccharide Oligosaccharide synthesis by selective two-stage activation Oligosaccharide synthesis by selective undecasaccharide Optically selective synthesis Organic Synthesis via Examination of Selected Natural Products Organolithiums: Selectivity for Synthesis Phenol selective synthesis Phosphine selected syntheses Phosphine-mediated selective synthesis Protein synthesis inhibitors selective action Pyridones selective synthesis Reactivity-selectivity Synthesis Regioselective and Site-Selective Syntheses of Oxetanes STATE SELECT synthesis/optimization Selected Applications in Synthesis Selected Applications of Achiral Type II Allylmetal Reagents in Natural Product Synthesis Selected Applications of Ylides in Synthesis Selected Applications of the Catalytic Enantioselective Allylation Reaction in Natural Product Synthesis Selected Examples of Industrial Electroorganic Synthesis Selected Organic Syntheses Selected Syntheses Selected Syntheses Selected Syntheses of Terpenes Selected Total and Partial Syntheses Selective Acetal Synthesis Selective Hydrogenation for Fine Chemical Synthesis Selective Stimulation Method for Tactile Synthesis Selective Synthesis of Carbon Nanofibers as Better Catalyst Supports for Low-temperature Fuel Cells Selective catalytic reduction direct synthesis Selective catalytic reduction synthesis methods Selective hydrogenation synthesis Selective organic synthesis Selective phosphorylation synthesis Selective redox reaction chiral synthesis Selective synthesis Selective synthesis changing starting material Selective synthesis isomer Selective synthesis of acetophenones in batch reactors through acetylation with acetic anhydride Selective synthesis of acetophenones in fixed bed reactors through acetylation with acetic anhydride Selective synthesis of enethiols Selective synthesis of pyridones Selective synthesis substitution Selectivity cumene synthesis Selectivity fatty-ester synthesis Selectivity in synthesis Selectivity of Fischer-Tropsch synthesis Separation flowsheet synthesis selection Shape-Selective Particle Synthesis Solid-Phase Synthesis of 1,3,4-Oxadiazoles and 1,3,4-Thiadiazoles via Selective Cyclization Solid-phase synthesis selection, reaction conditions Solid-phase synthesis target selection Solution-phase synthesis target selection Stereo- and regio-selective synthesis Stereo-selective synthesi Structure-selectivity relationships synthesis Synthesis catalyst, highly selective Synthesis chirally selective organic Synthesis of antibodies and clonal selection Synthesis process selection Synthesis selective crystallization Synthesis through selective activation The role of water in biochemical selection and protein synthesis The selective synthesis of diastereomers The selective synthesis of enantiomers Total Synthesis of Selected Macrolides Trans effect selective synthesis Triazoles 1,4-disubstituted, selective synthesis Unit-selection synthesis Unit-selection synthesis, features Unit-selection synthesis, features base types Unit-selection synthesis, features feature types Unit-selection synthesis, searching