An integrated biosensing platform exploiting the properties of Bloch surface waves on all-dielectric thin film stacks is described. It combines label-free sensing based on angular resonance tracking with surface wave enhanced fluorescence excitation and detection. Detailed design considerations reveal a system with defined attenuation to improve resolution limits in both modes.
Bloch Surface Wave Based Biosensing / Danz, N.; Sinibaldi, A.; Michelotti, F.; Wachter, C.. - (2018), pp. -1. ( Phtonics North 2018 Centre Mot-Royal, Canada ) [10.1109/PN.2018.8438848].
Bloch Surface Wave Based Biosensing
Sinibaldi A.Investigation
;Michelotti F.Conceptualization
;
2018
Abstract
An integrated biosensing platform exploiting the properties of Bloch surface waves on all-dielectric thin film stacks is described. It combines label-free sensing based on angular resonance tracking with surface wave enhanced fluorescence excitation and detection. Detailed design considerations reveal a system with defined attenuation to improve resolution limits in both modes.File allegati a questo prodotto
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