wileyonlinelibrary.com signifi cantly to advances in the new fi eld of transient electronics. [ 2 ] Research on organic bioelectronics based on silicon nano-membranes, [ 3 ] and peptide templates, [ 4 ] with emphasis on devicetissue interface, has gained tremendous momentum in the last decade. Unlike some biomedical devices such as pacemakers and artifi cial joints that are designed to last for...

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Bipolar membranes (BMs) have interesting applications within the field of bioelectronics, as they may be used to create non-linear ionic components (e.g., ion diodes and transistors), thereby extending the functionality of, otherwise linear, electrophoretic drug delivery devices. However, BM based diodes suffer from a number of limitations, such as narrow voltage operation range and/or high hys...

Precise and highly regulated flow of biomolecules ions through complex cellular networks is crucial for communication information processing in living systems. In contrast, human-made electronics rely on the electrons holes well-defined semiconductor processing. Ion channels play vital roles regulating across cell membrane with a complexity unmatched any device. To enable biotic–abiotic leverag...