XPMag - Explant Transfection -siRNA Transfection Reagent

XPMag - Explant Transfection -siRNA Transfection Reagent

Catalog Number:
TR02108515OZB
Mfr. No.:
XP00250; XP00500; KXP0250
Price:
$448
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      • Overview
        • New Transfection Kit
          XPMagis a novel magnetic nanoparticles formulation dedicated to gene transfection in organotypic cultures of explant by “Reverse Magnetofection”.
          “Reverse Magnetofection” provides a novel and non-toxic strategy for nucleic acids (DNA & siRNA) based gene therapy in the retina that can be translated to a wide variety of organ explants.
          XPMagassociated with Reverse Magnetofection allows the delivery of nucleic acids (NA) up to the deepest explant layers.
          The magnetic force, delivered by a specific magnetic plate, guides and concentrates complexes of NA and XPMag magnetic nanoparticles from the culture media to the tissue. This novel method of transfection associating XPMag and Reverse Magnetofection is fully biocompatible and does induce neither apoptosis nor inflammatory reactions.
          XPMag transfection reagent

          MAIN BENEFITS:
          Highly efficient with microglial cell lines & primary cells
          Low nucleic acid amount - minimized toxicity
          High level of nucleic acid compaction
          Easy and straightforward protocol
          Compatible with any culture medium.

          Sizes :
          XP00250: 250 µL of XPMag reagent
          XP00500: 500 µL of XPMag reagent
          KXP0250: XPMag Starting Kit - 250 µL of XPMAg reagent + Super Magnetic Plate

          Please contact us at for specific academic pricing.

      • Properties
        • Categories
          siRNA Explants Transfection Reagent
          Storage
          -20°C
          Shipping
          Room temperature
      • Applications
        • Application
          siRNA Explants Transfection
          Application Description
          For transfection of microglial cells line BV2, N9, N13, HMO6, MG-5, SIM-A9, primary microglia.
          Can be used for transient and stable transfection
          Ready-to-use and intended for research purpose only.

    Documents

    XPMag Rapid Protocol

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