SEARCH Articles Figures Tables 1.3- dipolar cycloaddition reactions base-catalyzed formation 2,2 -Bipyridines, formation from pyridine with base Acid-Base Complex Formation to Control the Reactivity Acid-base catalysis enol formation Acid-base cements formation Acid-base reactions salt formation Acid-base reactions water formation Acid—base catalyzed formation and hydrolysis of epoxides Acid—base reactions formation Adduct formation acid-base Amide bases formation Amines Schiff base formation Amino acid Schiff base formation An Assay for Enzyme-Catalyzed Polyanion Hydrolysis Based on Template-Directed Excimer Formation Azobenzene-based polymers formation Base catalysis enolate formation Base format form Base-catalyzed hemiacetal formation Bases for enolate formation Bases pair formation Bases palladium-catalyzed carbon-nitrogen bond formation Bases salt formation Bases, salt formation from Biofilm formation base layer Bleomycin base propenal formation Bronsted bases, enolate formation Brpnsted base/acid catalysis bond formation Calixarenes base-induced calixarene formation Carbon-Nitrogen Bond Formation Based on Hydrogen Transfer Chemically induced CD shrink techniques based on sidewall formation Color Reaction Based on the Formation of Nitrosophenols (Pearl-Benson Method) Dimroth bases, formation Emeraldine base polyaniline formation Epoxides formation from bromohydrins in base Formation by Ketone—Base Condensation Formation constants for Schiff bases Formation of Amides Citrate-Based Siderophores and Other Compounds Formation of Nucleotides from Bases and Nucleosides (Salvage Pathways) Formation of Protein-based Materials Fructose, Schiffs base formation Functional Magnetic Materials Based on Metal Formate Frameworks Glucose Schiffs base formation Graph-based Representation (2D and 3D formats) Grignard-based enolate formation Hemiacetals, acid/base catalysed formation Hemiacetals, acid/base catalysed formation decomposition Hydrazone formation, general base catalysis Iron-base alloys passive film formation Leucoemeraldine base polyaniline formation Lewis acid-base adduct, formation Lewis acid-base, rate complex formation Lewis base catalysts formation Lewis base organocatalysis formation Lewis bases adducts formation Lewis bases enol formation Mannich bases formation Mechanism base-catalyzed enol formation Mechanism of Trogers Base Formation Methods based on intramolecular excimer formation Nickel-base alloys passive film formation Phosphorus-based char formation Primary amines Schiffs base formation Pseudo-bases formation Purine bases, nucleotide formation from Recycle-flow Mixing Based on Eddy Formation Rule-based format translation Schiff Base Formation and Mannich Reactions Schiff Base Formation and Reductive Amination Schiff base formation (Chapter Schiff base formation from amino acids Schiff base formation reaction Schiff base formation, aldehydes Schiff base pH dependence of formation Schiff bases, formation Schiff bases, formation hydration Schiff bases, formation hydrolysis Schiff-base adduct formation Schiff-base complexes formations Schiff’s Base, Formation Secondary amines Schiffs base formation Systems Based on 96-Well Microtiter Format The Chemical Bond Formation Energy Based on Rigid Atomic Orbitals Water formation in acid-base reactions