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The DNAOrgCat project aims to innovate asymmetric catalysis by combining organocatalysis with bio-hybrid DNA-based methods. This research seeks to create sustainable and efficient catalytic processes for synthesizing complex molecules, enhancing both academic and industrial applications.
Asymmetric catalysis is arguable the most appealing way to prepare complex chiral scaffolds.
In this context, metal-catalyzed transformations have been more widely used in comparison to metal-free strategies.
Nonetheless, the complexity involved with the transition metal catalysts, the toxicity often associated with the metals and the none-negligible amounts of waste produced during the reactions have caused significant drawbacks.
The advent of green and sustainable chemistry brought organocatal…
QUEEN MARY UNIVERSITY OF LONDON
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