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IIT Bombay Innovation Speeds Drug Discovery
16 Jul
Summary
- Scientists convert simple straight-chain molecules into complex ring-shaped ones.
- New method makes drug discovery faster, cheaper, and more sustainable.
- Researchers synthesized complex molecules like anti-cancer agent muricatacin.
Researchers at IIT Bombay have achieved a significant breakthrough in synthetic chemistry by developing a novel and efficient method for converting straight-chain carbon compounds into complex ring-shaped molecules. This advancement tackles a persistent problem where transforming abundant fatty acids into useful chemical building blocks typically requires lengthy and costly multi-step processes.
Led by Professor Debabrata Maiti, the team's innovation utilizes a newly developed chemical compound that selectively targets specific carbon atoms in long chains. This allows for the conversion in fewer steps, with enhanced efficiency and reduced chemical waste. The method is broadly applicable across various organic compounds, serving as a versatile platform for synthesizing diverse bioactive molecules.
This breakthrough has the potential to accelerate drug discovery and development, making the process more economical and environmentally friendly. The IIT Bombay team successfully synthesized over ten biologically and industrially relevant molecules, including muricatacin, a compound with potential anti-cancer properties previously difficult to extract efficiently from natural sources like soursop.
