Materials
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Chirally active Carbon Nanoparticles for Enantioselective Separation of Racemic Mixtures
Dr. Dipanjan Pan from the University of Illinois has...
Dr. Dipanjan Pan from the University of Illinois has developed compounds featuring carbon nanoparticles (CNPs), which enantioselectively absorb chiral molecules. This allows for the separation of racemic mixtures. These CNPs are inexpensive to produce and result in better or comparable enantiomeric excess in relation to similar adsorbents. These chiral CNPs are biodegradable, allowing for simple removal by enzyme after separation is complete. This technology is very useful for separating racemic mixtures when a specific enantiomer is targeted. Benefits |
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Professors Jeffrey Moore, Nancy Sotos, and Scott White from the University of Illinois has developed a novel method to create composites that allows for much easier... Professors Jeffrey Moore, Nancy Sotos, and Scott White from the University of Illinois has developed a novel method to create composites that allows for much easier manufacturing and more design latitude. |
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