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Local electric stimulation of tissues and cells has gained importance as therapeutic alternative in the treatment of many diseases. These alternatives aim to deliver a less invasively stimuli in liquid media, making imperative the development of versatile micro‐ and nanoscale solutions for wireless actuation. Here, a simple microfabrication process to produce suspended silicon microphotodiodes that...
In article number 1701920, by Carlos A. Saura, Jaume Esteve, and co‐workers, suspended silicon microphotodiodes are fabricated as a simple and cost‐effective microtool able to deliver photocurrent in liquid media. Electrical and electrochemical characterization under on/off illumination conditions was performed. Their effectiveness as remote photovoltaic cells for life science applications was evaluated...
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