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In article number 1806761, Youngjin Lee, Chi‐Man Lawrence Wu, and co‐workers demonstrate a novel biotinylated antibody functionalized titanium nitride (TiN) biosensor as an advanced plasmonic material for quantifying glioma‐derived exosomes. By monitoring the total internal reflected light from the TiN‐exosomes interface, the TiN sensor with the biotinylation functionalization achieves its first biosensing...
Titanium nitride (TiN), as an excellent alternative plasmonic supporting material compared to gold and silver, exhibits tunable plasmonic properties in the visible and near‐infrared spectra. However, label‐free surface plasmon resonance biosensing with TiN is seldom reported due to lack of proper surface functionalization protocols. Herein, this study reports biotinylated antibody‐functionalized TiN...
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