Abstract
Scanning Electrochemical Microscopy (SECM) has gained increasing attention in the field of bioanalytical chemistry and recent applications include studies on tissue cells, cancer cells and bacteria. Although these studies represent interesting new approaches, the influence of the experimental conditions on the electrochemical signal obtained from cells has never been properly assessed. This poster presents a thorough assessment of the electrochemical signal obtained from cervical cancer cells and how it changes depending on experimental conditions. Cell media composition, temperature, and light exposure as well as the experiment duration has been considered. This study will be an important basis for SECM research on biological cells, and may be a reference point for many future studies in the bioelectrochemical community.
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