Review:
Biocatalysis In Drug Synthesis
overall review score: 4.5
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score is between 0 and 5
Biocatalysis in drug synthesis involves the use of natural or engineered enzymes to facilitate chemical transformations during the production of pharmaceutical compounds. This approach leverages biological catalysts to achieve higher selectivity, milder reaction conditions, and environmentally friendly processes, often reducing the need for hazardous reagents and solvents in drug manufacturing.
Key Features
- Use of enzymes or biological catalysts to perform chemical reactions
- High regio-, chemo-, and stereoselectivity
- Eco-friendly and sustainable synthesis routes
- Improved process efficiency and reduced waste
- Ability to operate under mild conditions (ambient temperature and pressure)
- Potential for enzyme engineering to tailor specific reactions
Pros
- Enhances reaction selectivity, reducing by-products
- Reduces environmental impact through greener chemistry
- Operates under mild, energy-efficient conditions
- Can be applied to synthesize complex chiral molecules
- Potentially lowers manufacturing costs for pharmaceuticals
Cons
- Enzyme stability and cost can be limiting factors
- Not all chemical reactions are suitable for biocatalysis
- Scale-up challenges and enzyme availability issues
- Limited knowledge base for some novel enzymatic pathways
- Requirement for specialized equipment and expertise