“…Recently, due to its mild reaction conditions, low energy consumption, and easy control of the reaction process, more and more research studies on electroorganic synthesis have been reported , and reviewed. , Among them, asymmetric electrosynthesis has attracted great attention, in view of the particularity of chiral products. , There have been many reports on the asymmetric electrosynthesis of chiral alcohols from aromatic ketones, starting from the perspectives of chiral media and chiral inducers. , In our previous work, chirally functionalized electrodes, such as alkaloid@metal composites, , l -cysteine-functionalized CuPt alloy, and mino acid-functionalized multiwalled carbon nanotubes, , have been prepared, and the ee value has been increased to 40–70%. Although the performance of the target asymmetric reaction can be greatly improved by fixing the chiral inducer on the surface of the electrode, its reactivity is still not comparable to homogeneous chiral transition metal complexes.…”