Abstract
Life science and energy conversion have been becoming the two major themes in 21st century considering the increasing awareness of disease prevention and overuse of fossil fuels. Therefore, how to understand the evolution mechanisms of single cells and the fundamental pathways of clean energy conversion have become significant matters of utmost urgency. Electrochemical measurement is a powerful analytical method that has been used for a wide range of applications including detecting faint bioelectricity and evaluating novel electrocatalysts. Nevertheless, conventional electrochemical techniques suffer from limited sensitivity due to the interference of charging/discharging current and side reactions. As a branch of electrochemical technologies, however, electrochemiluminescence (ECL) possesses high sensitivity and broad dynamic range by the transformation of input electrical signal into optical readout, which differs from most other electrochemical techniques. In fact, ECL relies on the generation of elec...
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