Technical Description
This invention introduces a stereoselective, one-pot process for preparing 3-azabicyclo[n.1.0]alkane-based frameworks from N-allyl amidoesters. By utilising specialized metal salts combined with bases or alkali metal alkoxides under ambient conditions, the method eliminates complex multi-step synthetic hardships to efficiently produce high-yield pharmaceutical precursors.
Problems Addressed
- Severe Synthetic Hardships
- Lacks Ambient Processing
- Inefficient Reaction Pipelines
- Deficient Product Yields
- High Structural Instability
- Complex Stereoselective Barriers
Tech Features
- Enhanced Stereoselective Construction
- Efficient One-Pot Processing
- Optimised Ambient Reaction
- High Product Yields
- Streamlined Catalyst Deployment
- Precise Framework Assembly
Target Audience
- Fine Chemical Manufacturing Industries
- Pharmaceutical Active Ingredient Sectors
- Contract Research Development Industries
- Biomedical Compound Supply Sectors
- Research & Development
Tech ID: P27-2286 TRL 7 Patent Status: Granted Available For Exclusive and Non-exclusive License
