The World’s Most Detailed Information for Each Individual Nanoparticle
Detailed Multi-Parameter Analysis.
Particle-by-particle measurement through qNano enables detailed determination of:
- Particle Size
- Concentration
- Particle Interactions
- Particle Zeta-potential
Nanopore-based detection allows thousands of particles to be measured individually, providing far greater detail and accuracy than light-based techniques.
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Size Tunable Nanopores accurately measure each particle, providing representative information on the size and polydispersity of mixtures.
qNano uniquely measures the size and zeta-potential of each individual particle in solution simultaneously, providing a high level of detail for your sample.
Nanopore-based sensing counts particles precisely, and rapidly determines the number of particles per mL of sample. A large concentration range is covered, spanning 105 - 1012 particles per mL.
Particle-by-particle measurement elimates the data skewing that occurs with intensity-weighted biased approaches such as Dynamic Light Scattering (DLS).
Particle-by-particle measurement builds up population-level data in real time, allowing the dynamics of particle-particle, particle-biomolecule, functionalization and aggregation interactions to be analysed.
Viruses - Adenovirus, Lentivirus, Baculovirus, HIV, H1N1, H7N3, CMV, Dengue, Flu viruses, Phage, EV7 Bacteria & Cells, E.Coli, Plankton, Shewanella, Bacilli, Cocci, yeast .. Virus-like-Particles, Blood Platelets, Liposomes, Exosomes, Protein Bioconjugates, Vesicles .. Bio-fragments, micelles, lipids, Cubosomes... Polymeric, PLGA, Hydrogels, Emulsions, Polystyrene, PMMA Magnetic, Titania, Silica, Pt, Gold...
Analysis involves pipetting 40 μL of sample into the sample chamber of the qNano. There is no need for pre-treatment, and particles can be studied under physiologically relevant conditions.
qNano is portable, compact (~12.5 cm base, 22 cm tall) and fast. Analysis of thousands of particles usually takes only 10-15 minutes.
qNano makes new applications available to researchers at a fraction of the cost of existing technologies.