iCell GlutaNeurons

Power your neurological research with iCell^® GlutaNeurons. Derived from human induced pluripotent stem cells (iPSCs), this in vitro model faithfully captures morphological and physiological characteristics typical of native cortical glutamatergic neurons.

Whether you are developing neurological therapeutics, researching neuronal networks, or investigating neurodegeneration, experience a truly functional model with iCell GlutaNeurons.

• Consistent quality Highly pure populations of ≥90% human glutamatergic neurons ensure reproducible and scalable results.
• Human relevance Terminally differentiated from human iPSCs, iCell GlutaNeurons reflect the morphology and function of native cortical glutamatergic neurons, including the formation of spontaneously active excitatory neural networks.
• Extensive utility From physiology to neurotoxicity and seizures to neurodegeneration, iCell GlutaNeurons have many uses in neurological research.
• Assay compatibility Explore physiologically relevant calcium signaling disruption, neurite outgrowth, and electrophysiological properties with iCell GlutaNeurons.
• Superior longevity iCell GlutaNeurons remain viable and pure for ≥4 weeks in culture, allowing longer-term assessment of synaptogenesis and network development.