Ying Shu

1 Introduction Enzymatic reactions hold immense scientific and industrial importance in chemical production due to their high reactivity, efficiency, and stereoselectivity under mild conditions (ambient temperature, pressure, and pH).[1] However, the practical applications of biocatalysis are hindered by enzymes’ sensitivity to environmental stressors, such as extreme pH, organic solvents, high temperatures, prolonged use, as well as poor recyclability.[2] Enzyme immobilization offers a...

The Role of Reticular Chemistry in Photoenzymatic Reaction Photoenzymatic catalysis offers promising opportunities for chemical transformations that are often challenging to achieve with traditional catalytic methods. However, the practical implementation of this technique is hindered by issues such as structural fragility, low operational stability, and limited recyclability.