Spectrophotometric determination and computational evaluation of the rates of hydrolysis of 9-amino-substituted acridines

Keyphrases

• 9-Aminoacridine 60%
• Acidic Conditions 20%
• Acridine 100%
• Acridone 20%
• Amino 100%
• Aminoacridine 40%
• Biological Properties 20%
• Bond Dissociation Energy 20%
• Bond Energy 20%
• Bond Order 40%
• Bonding Effect 20%
• Computational Evaluation 100%
• Computational Results 20%
• Conformational Energy 20%
• Delocalization 40%
• Drug Industry 20%
• Dye Industry 20%
• Historical Relevance 20%
• Hydrolysis 20%
• Hydrolysis Rate 100%
• Intramolecular Hydrogen Bonding 20%
• Long History 20%
• N-15 60%
• PH Dependence 20%
• Physical Properties 40%
• Quantum Mechanics Calculations 20%
• Rapid Hydrolysis 20%
• Spectrophotometric Method 100%
• Steric Effect 20%
• Substituted Amines 20%

Chemistry

• 9-Aminoacridine 37%
• Acidic Condition 12%
• Acridine 100%
• Acridone 12%
• Biological Property 12%
• Bond Energy 12%
• Bond Order 25%
• Dissociation Energy 12%
• Enzymatic Hydrolysis 100%
• Ground State 12%
• Hydrogen Bonding 12%
• Quantum Theory 12%
• stability 12%
• Steric Effect 12%