Canyan Che

Probing the conducting polymer by proton coupled electrode transfer of biosimilar redox molecules In bioelectronics, the preservation of host homeostasis upon alteration of electrical charge caused by an implantable electrode has not yet been addressed properly. Here we propose an in-vitro strategy to evaluate the appearing acidity of conducting polymer film electrodes due to the hosting of proton-coupled electron transfer (PCET) of bioinspired redox quinone molecules.

Organic electrochemical transistors (OECTs) offer significant advantages in electrophysiological applications, primarily due to their ability to facilitate ionic-to-electronic conversion and establish a direct interface with the surrounding aqueous environments by using organic mixed ionic-electronic conductors.