… In this review, we present new possibilities offered by organic bioelectronic devices in …
in organic bioelectronics sensor applications or industrial applications of organic electronics …

… Therefore, by combining nanomedicine with organic bioelectronics, the aim of the present
study is to test the application of PEDOT-based nanocoatings for stents targeting to stent re-…

… Still, we often hear people say they are excited about organic bioelectronics but are
concerned about their lack of knowledge in biology. In fact, two of the three authors of this …

… the Organic Bioelectronics. This field, outstandingly emerged in the last few years, combines
several disciplines, mainly Organic … more widespread in nanomedicine applications such as …

… organic electronic materials after optimization of each relaxation pathway. … specific organic
functional materials as examples. As most organic molecules are typically soluble in organic …

… Since this point bioelectronic technology has advanced significantly and along with it so has
… new bioelectronic devices that can be developed and used as bioelectronic medicines. NWs…

… Organic bioelectronics forms the basis of conductive polymer … This review highlights how
active organic bioelectronic … ion transport in organic bioelectronic devices are introduced, …

… Organic bioelectronics is making an enormous impact in the field of tissue engineering,
providing not just biocompatible, but biofunctional conducting material platforms. For their true …

… , sulfur dioxide, volatile organic compounds, liquid-phase organic solvents, and heavy metal
… wearable bioelectronics, especially focusing on organic electronic materials and devices. …

… In this review, we discuss several varieties of single-molecule bioelectronic sensors,
focusing on aqueous nonoptical platforms. We describe both the mechanisms of their interfaces …