In advanced central nervous system (CNS) research, reproducibility is the gold standard. With the rise of cell models based on human induced pluripotent stem cells (hiPSCs), laboratories face a critical challenge: ensuring clear, consistent, and error-free identification of major cell lineages.
To address this need for precision, Revvity has developed the PhenoVue™ CNS Differentiation Staining Kits range, distributed in Spain by Proquinorte . This all-in-one solution eliminates the variability of traditional immunofluorescence protocols, offering a ready-to-use methodology that optimizes workflows in neurobiology.
3 Kits, 1 Complete Solution for the Brain Ecosystem
The success of a neurological study lies in the ability to assess the CNS as an interconnected whole, where neurons are closely dependent on their glial environment. The PhenoVue™ CNS line addresses this complexity through three specific and validated staining tools:
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Neuronal Kit (PNDIF11) : Designed for the validation of neuronal differentiation and the analysis of synaptic connectivity. It includes highly specific antibodies against key markers such as TUJ1 (βIII-Tubulin), MAP2, NeuN , and Synapsin .
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Glial Kit (PAGIF11): Optimized for the characterization of the glial lineage, fundamental in metabolic support and homeostasis. It allows for the unambiguous identification of astrocytes and oligodendrocytes using the GFAP, S100B , and PDGFRα markers.
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Microglia Kit (PIMIF11): Essential for studies of neuroinflammation and resident immunity in the brain. This kit is validated against the critical microglia targets: IBA1, TMEM119, P2RY12 , and PU.1 .
Simplified experimental rigor
The PhenoVue™ value proposition rests on three fundamental pillars that drive the results of any research:
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Specificity: Rigorously validated antibodies against key targets of neurodevelopment and cellular toxicity.
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Simplicity: Streamlined protocols that reduce preparation time and ensure consistent results across different batches and assays.
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Reliability: Revvity's technical backing and overall analytical quality, combined with Proquinorte's proximity support.
In short, characterizing cellular models in neurological pathologies requires tools that can match their complexity. With PhenoVue™ CNS, laboratories gain the confidence needed to transform immunofluorescence images into robust, publishable scientific data.
