DNA-based asymmetric catalysis: Role of ionic solvents and glymes

Keyphrases

• DNA Sequencing 100%
• Ionic Liquid Solvents 100%
• Asymmetric Catalysis 100%
• Percentage Yield 100%
• Glyme 100%
• DNA Catalyst 62%
• Room Temperature 50%
• Catalytic Efficiency 37%
• Solvent Additive 37%
• Methanol 25%
• Ionic Liquid 25%
• Acetonitrile 25%
• Hybrid Catalyst 25%
• Inorganic Salt 25%
• Metal Complexes 12%
• High Temperature 12%
• Reaction Time 12%
• Glycerol 12%
• Asymmetric Synthesis 12%
• B-type 12%
• Glycol 12%
• Organic Solvents 12%
• Circular Dichroism Spectroscopy 12%
• Product Yield 12%
• Duplex 12%
• Enantioselectivity 12%
• Michael Addition 12%
• Mass Transfer Limitation 12%
• Aqueous Buffer 12%
• Asymmetric Reaction 12%
• Chiral Structure 12%
• Synthesis Reaction 12%
• Short Reaction Time 12%
• Asymmetric Michael Addition 12%
• Deep Eutectic Solvents 12%
• Liquid Sodium 12%
• Dipropylene Glycol Dimethyl Ether 12%
• Acetylcholine Chloride 12%
• Chiral Scaffold 12%
• Large Local Reaction 12%
• Deactivation 12%
• Catalyst-controlled 12%

Chemistry

• Asymmetric Catalysis 100%
• DNA 100%
• Ambient Reaction Temperature 30%
• Buffer Solution 15%
• Methanol 15%
• Ionic Liquid 15%
• Acetonitrile 15%
• Inorganic Salt 15%
• Glycerol 15%
• Asymmetric Synthesis 7%
• Dimethyl Ether 7%
• Circular Dichroism 7%
• Enantioselectivity 7%
• Sonication 7%
• Michael Addition 7%
• Synthesis Reaction 7%
• Deep Eutectic Solvent 7%
• Choline Chloride 7%
• MOPS 7%
• Choline 7%
• asymmetric Michael addition 7%

Chemical Engineering

• Methanol 100%
• Acetonitrile 100%
• Metal Complex 50%
• Deep Eutectic Solvent 50%