Publication detail

Thionated DPPs as candidate materials for bioelectronics

Kratochvíl, M. Yumusak, C. Cigánek, M.

Original Title

Thionated DPPs as candidate materials for bioelectronics

Type

abstract

Language

English

Original Abstract

The use of organic semiconductors in bioelectronic applications is a promising direction in the field of organic electronic and photonics. Diketopyrrolopyrrole-based materials have been studied in wide range of applications in electronics, nevertheless bioelectronics have not been one of them. Here we present DPP-based materials obtained by thionation of the keto group of the DPP core. The presented materials show highly selective n-type behavior and moderately high electron field-effect mobilities. A possible use of these materials might be in organic photovoltaic-based retinal prostheses. As demonstrated before, organic semiconductors are at the base of an attractive approach to neural stimulation. With this approach it is possible to move forward in helping to restore vision in patients with retinal dystrophies. The presented material has properties, which put them in the role of candidates for such applications. This is the route we would like to explore in the future.

Keywords

semiconductor; diketopyrrolopyrrole; photovoltaic; thionation

Authors

Kratochvíl, M.; Yumusak, C.; Cigánek, M.

Released

11. 3. 2023

Publisher

JKU LIOS

Location

Kirchberg in Tirol, Austria

Pages from

83

Pages to

83

Pages count

1

URL

https://drive.jku.at/ssf/s/readFile/share/47999/-3304254655605145151/publicLink/BioEl2023_Booklet_of_Abstracts.pdf

BibTex

@misc{BUT188015,
  author="Kratochvíl, M. and Yumusak, C. and Cigánek, M.",
  title="Thionated DPPs as candidate materials for bioelectronics",
  booktitle="BioEl 2023: Program and book of abstracts",
  year="2023",
  pages="83--83",
  publisher="JKU LIOS",
  address="Kirchberg in Tirol, Austria",
  url="https://drive.jku.at/ssf/s/readFile/share/47999/-3304254655605145151/publicLink/BioEl2023_Booklet_of_Abstracts.pdf",
  note="abstract"
}