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A label‐free and fast approach for positive electrochemiluminescence (ECL) imaging of single cells by bipolar nanoelectrode array is proposed. The reduction of oxygen at a platinized gold nanoelectrode array in a closed bipolar electrochemical system is coupled with an oxidative ECL process at the anodic side. For elevating the ECL imaging contrast of single cells, a driving voltage of −2.0 V is applied...
Label‐free electrochemiluminescence imaging of single cells has been achieved through a bipolar nanoelectrode array. The picture is divided into two parts by a strip of film, indicating that the bipolar nanoelectrode array separates cells and imaging. Oxygen is shown as the electrochemical probe and Ru(bpy)32+ as the luminescence molecule. More information can be found in the Research Article by X...
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