Living systems perform chemical transformations under conditions and with precision that synthetic chemistry cannot reach. As such, the field has increasingly moved toward bioinspired and bio-integrated strategies, including biocatalysis, chemoenzymatic cascades, metabolic engineering, and bio-orthogonal chemistry, each of which still relies heavily on chemical biology.
Francescato, M., Liao, H., Gentilucci, L. (2025). Grand challenges in chemical biology from the perspective of organic chemical synthesis. FRONTIERS IN CHEMICAL BIOLOGY, 4, 1-4 [10.3389/fchbi.2025.1731631].
Grand challenges in chemical biology from the perspective of organic chemical synthesis
Francescato, Marco;Liao, Hang;Gentilucci, Luca
2025
Abstract
Living systems perform chemical transformations under conditions and with precision that synthetic chemistry cannot reach. As such, the field has increasingly moved toward bioinspired and bio-integrated strategies, including biocatalysis, chemoenzymatic cascades, metabolic engineering, and bio-orthogonal chemistry, each of which still relies heavily on chemical biology.File in questo prodotto:
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