Diversity-oriented synthesis of a library of substituted tetrahydropyrones using oxidative carbon-hydrogen bond activation and click chemistry

Keyphrases

• Click Chemistry 100%
• Carbon-hydrogen Bond Activation 100%
• Diversity-oriented Synthesis 100%
• Alcohol 50%
• Natural Compounds 50%
• Activation Reaction 50%
• Biological Targets 50%
• Ethyl 50%
• Pyrazole 50%
• Methoxyphenyl 50%
• Triazole 50%
• Structural Diversity 50%
• Rapid Access 50%
• Benzotriazole 50%
• Azide-alkyne Click Chemistry 50%
• Tetrahydropyran 50%
• Stereoselective Reduction 50%
• Click Chemistry Reaction 50%

Chemistry

• Click Chemistry 100%
• Diversity-Oriented Synthesis 100%
• Carbon-Hydrogen Bond Activation 100%
• Ethyl 50%
• Azide 50%
• Chemical Activation 50%
• Pyrazole 50%
• Tetrahydropyran 50%
• Natural Product 50%
• Alkyne 50%
• Triazole 50%
• Benzotriazole 50%