Nanopore Based Detection for Accurate Nanoparticle Measurement
Izon’s qNano and qViro with dynamically tunable nanopores and SIOS (Scanning Ion Occlusion Sensing), represent a paradigm shift in nanoparticle analysis, enabling researchers to achieve accurate analysis of a wide range of particle types (see below).
Particle size, concentration and interactions (aggregation, functionalization, etc.) can be accurately measured.
Tunable particle-by-particle detection provides accurate size distribution output without the averaging effects inherent in other size analysis technologies, such as dynamic light scattering (DLS). Click here to see a comparison between DLS and SIOS based detection.
Applications & Particle Types.
Click on the links below to access additional application-based information.
| Application | Drug Delivery Research | Haematology | Viral Quantitation | Microbiology |
| Examples of Particle Types | Liposomes | Microparticles & Exosomes |
Viral Vectors | Viruses |
| Polymers |
Whole Blood Cells | Adenovirus | Bacteria | |
| "Smart" Particles for Drug Delivery | Platelets | Lentivirus | Yeast | |
| Nanobubbles | Viral Vaccines | |||
| Application | Industrial Research | Biomedical Diagnostics Research | Other | |
| Examples of Particle Types | Paint Pigments | Functionalized Particles for Immunodetection | Silica, Polystyrene, Polymers | |
| Food & Beverage (Milk) | Dye-doped Particles | |||
| Metallic & Magnetic Particles |
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