Introduction: Bioanalytical sensing based on the principle of localized surface plasmon
resonance experiences is currently an extremely rapid development. Novel sensors with …

Label-free biosensing based on metallic nanoparticles supporting localized surface
plasmon resonances (LSPR) has recently received growing interest (Anker, JN, et al. Nat …

The resonance change of plasmonic nanostructures to a small variation of the shallow
refractive index as induced by the binding of molecules to the metal surface determines the …

Light plays an increasing role in life science especially with the recent developments of new
optical techniques that enable both imaging biological processes down to the molecular …

Use of LSPR technology in bioprocess applications requires a sensing surface, a sample
delivery apparatus, and a computer with software capability to acquire data in real time. So …

In recent times, metallic nanoparticle plasmonics coupled with applications towards
biosensing has gathered momentum to the point where commercial R&D are investing large …

We present a commercial platform for both label-free and labeled bioanalysis based on
Localized Surface Plasmon Resonance. The platform relies on mass-produced …

Cryptosporidium, a critical waterborne protozoan pathogen found in water resources, is one
of the main causes of serious illnesses and death worldwide, costing millions of dollars …

El cáncer constituye hoy en día una enfermedad devastadora, cuyo diagnostico precoz
representaría una poderosa ventaja en los tratamientos para erradicarla. Las más recientes …

Plasmonic nanoparticles are great candidates for sensing applications with optical read-out.
Plasmon sensing is based on the interaction of the nanoparticle with electromagnetic waves …