The properties of the microstructured optical fibers (MOFs) make them a growing photonics sensing platform with a wide range of applications in medicine, biological, and chemical detection. Particularly in the detection of bio/chemical analytes using the MOFs, the main advantage is the integration of the optical transducer and fluidic part in the unique MOF platform. In this work, we report a Kagome-based lattice MOF for the detection of streptavidin molecules. Interaction between the light coupled into the fiber in form of the LP-like modes and analytes attached to the fiber's internal surface will result in the analyte detection. This study shows that the Kagome-based MOFs can be used for protein molecule detection.
A microstructured fiber for streptavidin detection / Khozeymeh, F.; Melli, F.; Capodaglio, S.; Corradini, R.; Benabid, F.; Vincetti, L.; Cucinotta, A.. - (2022). (Intervento presentato al convegno 2022 Italian Conference on Optics and Photonics, ICOP 2022 tenutosi a ita nel 2022) [10.1109/ICOP56156.2022.9911720].
A microstructured fiber for streptavidin detection
Melli F.;Vincetti L.;
2022
Abstract
The properties of the microstructured optical fibers (MOFs) make them a growing photonics sensing platform with a wide range of applications in medicine, biological, and chemical detection. Particularly in the detection of bio/chemical analytes using the MOFs, the main advantage is the integration of the optical transducer and fluidic part in the unique MOF platform. In this work, we report a Kagome-based lattice MOF for the detection of streptavidin molecules. Interaction between the light coupled into the fiber in form of the LP-like modes and analytes attached to the fiber's internal surface will result in the analyte detection. This study shows that the Kagome-based MOFs can be used for protein molecule detection.
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