• Fibroblasts

    Fibroblasts cultured in our standard 3D scaffold
    Fluorescence microscopy image of primary human dermal fibroblasts: Nuclei in blue.
  • Cell growth on scaffold

    Cross section showing cells growing throughout the scaffold
    Fluorescence microscopy image of primary human cells: Nuclei in blue.
  • Electrospun nanofibre scaffold

    Electrospun nanofibre scaffold for 3D Cell culture
    Consistent fibre diameter and pore size for reproducibility in cell culture applications.
  • Embryonic Stem Cell derived

    Differentiation of stem cells to neural precursors
    Embryonic Stem Cell derived.

Highly consistent biomimetic electrospun fibre scaffolds for regenerative medicine and drug discovery.

Company

The Electrospinning Company Ltd. manufactures nanofibre scaffolds for 3D cell culture, utilising the world-class electrospinning facilities at the Rutherford Appleton Laboratories in Harwell, Oxfordshire. Read more...

Regenerative Medicine

Electrospun fibre scaffolds support 3D growth of a variety of different cell types and are produced from FDA approved medical grade polymers. This facilitates the translation of research findings into clinical products. Read more...

Drug Discovery

Highly consistent fibre production results in scaffolds for 3D cell -based assays which support reproducible cell cultures well-to-well and batch-to-batch. Read more...

Collaborations

We collaborate with academic researchers and industrial partners to develop bespoke scaffolds for medical devices and tissue engineering research. Read more…

 

Case Studies

Our scaffolds have been used to study the growth of primary cells, cell lines and stem cells. Co-cultures of cells are also supported on our platform. Read more…

 

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