Electronic devices that can physically disappear in a controlled manner without harmful by‐
products unveil a wide range of opportunities in medical devices, environmental monitoring …

There is a quest for electronic biosensors operated in water for biomedical applications and
environmental monitoring. Water is an aggressive medium for standard electronics materials …

Conducting polymers are promising materials for tissue engineering applications, since they
can both provide a biocompatible scaffold for physical support of living cells, and transmit …

Biomaterials able to promote neuronal development and neurite outgrowth are highly
desired in neural tissue engineering for the repair of damaged or disrupted neural tissue …

Photoactive organic semiconductor substrates are envisioned as a novel class of
bioelectronic devices that transduce light into stimulating biological signals with relevance …

Living systems such as cells and tissues are extremely sensitive to their surrounding physico-
chemical microenvironment. In the field of regenerative medicine and tissue engineering …

Peripheral nerve injuries are a common condition in which a nerve is damaged, affecting
more than one million people every year. There are still no efficient therapeutic treatments …

Multi‐electrode arrays with 3D micropillars allow the recording of electrophysiological
signals in vitro with higher precision and signal‐to‐noise ratio than planar arrays. This is the …

Electronic transducers of neuronal cellular activity are important devices in neuroscience
and neurology. Organic field-effect transistors (OFETs) offer tailored surface chemistry …

Mechanical properties of nano-sized vesicles made up of natural membranes are crucial to
the development of stable, biocompatible nanocontainers with enhanced functional …