Sarah I. Kurtoic
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View article: Engineering a Non‐Natural Photoenzyme for Improved Photon Efficiency**
Engineering a Non‐Natural Photoenzyme for Improved Photon Efficiency** Open
Photoenzymes are biological catalysts that use light to convert starting materials into products. These catalysts require photon absorption for each turnover, making quantum efficiency an important optimization parameter. Flavin‐dependent …
View article: Engineering a Non‐Natural Photoenzyme for Improved Photon Efficiency**
Engineering a Non‐Natural Photoenzyme for Improved Photon Efficiency** Open
Photoenzymes are biological catalysts that use light to convert starting materials into products. These catalysts require photon absorption for each turnover, making quantum efficiency an important optimization parameter. Flavin‐dependent …
View article: Engineering a Non-Natural Photoenzyme for Improved Photon Efficiency
Engineering a Non-Natural Photoenzyme for Improved Photon Efficiency Open
Photoenzymes are biological catalysts that use light to convert starting materials to products. These catalysts require photon absorption for each catalyst turnover, making quantum efficiency an important optimization parameter. Flavin-dep…
View article: Engineering a Non-Natural Photoenzyme for Improved Photon Efficiency
Engineering a Non-Natural Photoenzyme for Improved Photon Efficiency Open
Photoenzymes are biological catalysts that use light to convert starting materials to products. These catalysts require photon absorption for each catalyst turnover, making quantum efficiency an important optimization parameter. Flavin-dep…
View article: Photoenzymatic Catalysis Enables Radical‐Mediated Ketone Reduction in Ene‐Reductases
Photoenzymatic Catalysis Enables Radical‐Mediated Ketone Reduction in Ene‐Reductases Open
Flavin‐dependent ene‐reductases (EREDs) are known to stereoselectively reduce activated alkenes, but are inactive toward carbonyls. Demonstrated here is that in the presence of photoredox catalysts, these enzymes will reduce aromatic keton…