本文通过将反应物键合在电极上，使电极成为一种具有可调诱导效应的官能团，

In this paper, by bonding the reactant to the electrode, the electrode becomes a functional group with adjustable induction effect, thereby changing the chemical reactivity of the molecule, which is very similar to the induction effect of the traditional functional group. Most importantly, this method can also continuously adjust the electrical properties of the molecule. Using this "electric induction effect", the author realized the base-catalyzed saponification reaction of benzoate, Suzuki-Miyaura cross-coupling reaction, and the rate adjustment of the two-step carboxylic acid amidation reaction. However, the disadvantage is that the target molecule must be connected to the surface of the gold electrode through a sulfhydryl group, which may limit the scope of application of this strategy and the prospect of large-scale application.

In this paper, by bonding the reactants to the electrodes, the electrodes become a kind of function group with adjustable induction effect, thus changing the chemical reactivity of molecules, which is very similar to the induction effect of traditional electron group. Most importantly, the method can also continuously regulate the electricality of molecules. Using this "electrical induction effect", the author realized the saponification reaction of alkali catalytic parabens, the cross-coupled reaction of Suzuki-Miyaura, and the rate regulation of the two-step amine reaction. However, the downside is that the target molecule is connected to the surface of the gold electrode via 巯-base, which may limit the scope of application of this strategy and the prospects for large-scale application.

In this paper, by bonding reactants to the electrode, the electrode becomes a functional group with adjustable induction effect, thus changing the chemical reactivity of molecules, which is very similar to the induction effect of traditional functional groups. Most importantly, this method can also continuously adjust the electrical properties of molecules. Based on this "electric induction effect", the authors have realized the rate regulation of saponification of benzoate esters, Suzuki Miyaura cross coupling reaction and two-step amidation of carboxylic acids. However, the disadvantage is that the target molecule is connected to the surface of gold electrode by sulfhydryl group, which may limit the application scope and large-scale application prospect of this strategy.<br>