Nanoscope Instruments offer the capability of easily changeable, micro-focal imaging lenses for visualizing small (mouse or rat) to large animals (rabbit, pigs, NHP) eyes. This permits ‘on-the-fly’ measurements of small and large research subjects without having to wait.
Nanoscope Instruments utilize OCT guided spatially targeted stimulation for mfERG/VEP measurements. This provides depth resolution, instead of funduscopic surface assessments, enabling in-vivo/ex-vivo mfERG/VEP functional measurement.
Lastly, our instruments offer budget-friendly pricing, typically at a significant savings when compared to purchasing OCT, ERG, and gene-delivery products individually.
Learn More About Our Instruments
Nanoscope’s NS-NEEL offers simultaneous ocular structural imaging of retina and electrophysiology, enabling researchers the unique ability to functionally assess retinal health in targeted areas.
Nanoscope’s NS-TARA offers optical coherence tomography (OCT) guided targeted laser irradiation/manipulation enabling researchers the unique ability to functionally alter and monitor retinal health in targeted areas.
Nanoscope’s NS-KAYRA offers OCT-guided visible and near IR Laser Micro-irradiation. While visible lasers are used for stimulation, the NIR laser is used for ablation and alteration of tissue. Thus, NS-KAYRA provides unsurpassed OCT guided targeted laser micromanipulation with simultaneous ocular structural imaging and electrophysiology, enabling researchers with the unique ability to multi-functionally assess retinal health in targeted areas.
NS-Kayra is simple to use
- Portable and USB controlled
- Easy to use integrated GUI for OCT, Laser microirradiation and ERG
- Programmable imaging, microirradiation and electrical recording
- Variable intensity for NIR laser microirradiation
- Variable color and intensity for visual stimulation
- Controlled stimulation area and pulse length
Nanoscope Instruments Product Datasheets