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- W2105786105 endingPage "908" @default.
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- W2105786105 abstract "Organic bioelectronics forms the basis of conductive polymer tools with great potential for application in biomedical science and medicine. It is a rapidly growing field of both academic and industrial interest since conductive polymers bridge the gap between electronics and biology by being electronically and ionically conductive. This feature can be employed in numerous ways by choosing the right polyelectrolyte system and tuning its properties towards the intended application. This review highlights how active organic bioelectronic surfaces can be used to control cell attachment and release as well as to trigger cell signaling by means of electrical, chemical or mechanical actuation. Furthermore, we report on the unique properties of conductive polymers that make them outstanding materials for labeled or label-free biosensors. Techniques for electronically controlled ion transport in organic bioelectronic devices are introduced, and examples are provided to illustrate their use in self-regulated medical devices. Organic bioelectronics have great potential to become a primary platform in future bioelectronics. We therefore introduce current applications that will aid in the development of advanced in vitro systems for biomedical science and of automated systems for applications in neuroscience, cell biology and infection biology. Considering this broad spectrum of applications, organic bioelectronics could lead to timely detection of disease, and facilitate the use of remote and personalized medicine. As such, organic bioelectronics might contribute to efficient healthcare and reduced hospitalization times for patients." @default.
- W2105786105 created "2016-06-24" @default.
- W2105786105 creator A5046031269 @default.
- W2105786105 creator A5056756922 @default.
- W2105786105 creator A5090308556 @default.
- W2105786105 date "2015-11-05" @default.
- W2105786105 modified "2023-10-02" @default.
- W2105786105 title "Organic Bioelectronic Tools for Biomedical Applications" @default.
- W2105786105 cites W1603077448 @default.
- W2105786105 cites W1851711675 @default.
- W2105786105 cites W1966098452 @default.
- W2105786105 cites W1966132736 @default.
- W2105786105 cites W1967110735 @default.
- W2105786105 cites W1967471388 @default.
- W2105786105 cites W1968018323 @default.
- W2105786105 cites W1969236961 @default.
- W2105786105 cites W1973013178 @default.
- W2105786105 cites W1974789262 @default.
- W2105786105 cites W1975096577 @default.
- W2105786105 cites W1975422671 @default.
- W2105786105 cites W1975968700 @default.
- W2105786105 cites W1976820636 @default.
- W2105786105 cites W1977164754 @default.
- W2105786105 cites W1977331927 @default.
- W2105786105 cites W1978882954 @default.
- W2105786105 cites W1978917300 @default.
- W2105786105 cites W1980145183 @default.
- W2105786105 cites W1981355434 @default.
- W2105786105 cites W1982904490 @default.
- W2105786105 cites W1984006852 @default.
- W2105786105 cites W1984793833 @default.
- W2105786105 cites W1985272266 @default.
- W2105786105 cites W1986249461 @default.
- W2105786105 cites W1986575364 @default.
- W2105786105 cites W1988950658 @default.
- W2105786105 cites W1989686274 @default.
- W2105786105 cites W1990983929 @default.
- W2105786105 cites W1991274816 @default.
- W2105786105 cites W1991869655 @default.
- W2105786105 cites W1993209440 @default.
- W2105786105 cites W1993898134 @default.
- W2105786105 cites W1995090980 @default.
- W2105786105 cites W1997550575 @default.
- W2105786105 cites W1999546962 @default.
- W2105786105 cites W2001164374 @default.
- W2105786105 cites W2001458321 @default.
- W2105786105 cites W2001527071 @default.
- W2105786105 cites W2001980188 @default.
- W2105786105 cites W2002440478 @default.
- W2105786105 cites W2003543891 @default.
- W2105786105 cites W2004786617 @default.
- W2105786105 cites W2005742294 @default.
- W2105786105 cites W2006315372 @default.
- W2105786105 cites W2007634950 @default.
- W2105786105 cites W2011211709 @default.
- W2105786105 cites W2015840974 @default.
- W2105786105 cites W2017292830 @default.
- W2105786105 cites W2017628744 @default.
- W2105786105 cites W2021001184 @default.
- W2105786105 cites W2024641423 @default.
- W2105786105 cites W2025834368 @default.
- W2105786105 cites W2026120619 @default.
- W2105786105 cites W2026615074 @default.
- W2105786105 cites W2028272839 @default.
- W2105786105 cites W2034531272 @default.
- W2105786105 cites W2037489639 @default.
- W2105786105 cites W2038913752 @default.
- W2105786105 cites W2039277433 @default.
- W2105786105 cites W2040372585 @default.
- W2105786105 cites W2040739363 @default.
- W2105786105 cites W2046089319 @default.
- W2105786105 cites W2046430458 @default.
- W2105786105 cites W2051371547 @default.
- W2105786105 cites W2053989202 @default.
- W2105786105 cites W2054087038 @default.
- W2105786105 cites W2056725879 @default.
- W2105786105 cites W2057345607 @default.
- W2105786105 cites W2057789489 @default.
- W2105786105 cites W2060883476 @default.
- W2105786105 cites W2063037617 @default.
- W2105786105 cites W2063564617 @default.
- W2105786105 cites W2065713729 @default.
- W2105786105 cites W2067009806 @default.
- W2105786105 cites W2068713704 @default.
- W2105786105 cites W2071064865 @default.
- W2105786105 cites W2072496086 @default.
- W2105786105 cites W2073420181 @default.
- W2105786105 cites W2074502541 @default.
- W2105786105 cites W2074982728 @default.
- W2105786105 cites W2075359954 @default.
- W2105786105 cites W2077400110 @default.
- W2105786105 cites W2078514836 @default.
- W2105786105 cites W2080209773 @default.
- W2105786105 cites W2081014093 @default.
- W2105786105 cites W2083148567 @default.
- W2105786105 cites W2089371584 @default.
- W2105786105 cites W2090790217 @default.
- W2105786105 cites W2090876467 @default.