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Creator:: Brown, Morgan A., Barker, Leila, Semprini, Lewis, and Minot, Ethan D.
Abstract:: Using a graphene field-effect transistor biosensor, we monitored the pH inside a living biofilm with fast temporal resolution (~ 1 s) over multi-hour time periods. The atomically-thin sensor is positioned between the biofilm and a supporting silicon oxide surface, providing non-invasive access to conditions at the base of the biofilm....
Full Text:: ., Semprini, L., & Minot, E. D. (2015). Graphene Biotransistor Interfaced with a Nitrifying Biofilm

Creator:: Brown, Morgan A., Barker, Leila, Semprini, Lewis, and Minot, Ethan D.
Abstract:: Using a graphene field-effect transistor biosensor, we monitored the pH inside a living biofilm with fast temporal resolution (~ 1 s) over multi-hour time periods. The atomically-thin sensor is positioned between the biofilm and a supporting silicon oxide surface, providing non-invasive access to conditions at the base of the biofilm....
Full Text:: Interfaced with a Nitrifying Biofilm” Morgan Brown1, Leila Barker2, Lewis Semprini2 and Ethan D. Minot1

Creator:: Brown, Morgan A., Barker, Leila, Semprini, Lewis, and Minot, Ethan D.
Abstract:: Using a graphene field-effect transistor biosensor, we monitored the pH inside a living biofilm with fast temporal resolution (~ 1 s) over multi-hour time periods. The atomically-thin sensor is positioned between the biofilm and a supporting silicon oxide surface, providing non-invasive access to conditions at the base of the biofilm....
Resource Type:: Article

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