Since the emergence of microfluidic platforms, optical sensor integration has been a major challenge.
With the advances in miniaturization of these platforms, there is a need of solutions to integrate various
optical components in order to build sensors, which will offer different detection characteristics such as
several emission and sensing wavelengths. In this perspective, organic optoelectronic devices could be a
solution. The integration of a fluorescent sensor into a microfluidic platform and the different characteristics
(optical, electrical, geometric), advantages and disadvantages that offer organic light-emitting diodes
(OLED) and organic photodetectors (OPD) for fluorescent sensors are discussed. Finally, an example of
integration of organic optoelectronic components into a microfluidic chip for phytoplankton fluorescence
detection will be described.
Since the emergence of microfluidic platforms, optical sensor integration has been a major challenge.With the advances in miniaturization of these platforms, there is a need of solutions to integrate variousoptical components in order to build sensors, which will offer different detection characteristics such asseveral emission and sensing wavelengths. In this perspective, organic optoelectronic devices could be asolution. The integration of a fluorescent sensor into a microfluidic platform and the different characteristics(optical, electrical, geometric), advantages and disadvantages that offer organic light-emitting diodes(OLED) and organic photodetectors (OPD) for fluorescent sensors are discussed. Finally, an example ofintegration of organic optoelectronic components into a microfluidic chip for phytoplankton fluorescencedetection will be described.
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