Spinal Orthopaedic Solutions 2017-11-27T17:20:35+00:00

Spinal Orthopaedic Solutions

Aran Biomedical’s core technologies support a range of implantable solutions for spinal applications, from custom designed textiles to unique scaffold configurations, using both resorbable and non-resorbable materials.  Outlined below are just a few of these potential solutions.

Dynamic Spinal Stabilisation Band

There is a clear advantage to devices that can treat the spine to alleviate pain, while maintaining mobility.

Spinal stabilisation bands custom designed using medical textile capabilities

During spinal decompression procedures, elements of the posterior tension band are removed, which can destabilize the spine. Dynamic spinal stabilization restores the posterior tension band (posterior support) without the need for spinal fusion.

Aran Biomedical can custom design medical textile bands and cords, which offer the requisite strength, flexibility and durability for these types of devices.

Biologic Containment Mesh

Resorbable mesh is used in a wide variety of applications, providing containment and support, or acting as a tissue scaffold to facilitate the healing process.

Orthopaedic biologic containment mesh

In the spinal procedures, resorbable mesh can be used to hold bone graft substitute and bone fragments in place. Tubular and flat mesh can be designed to accommodate these requirements with pore architecture, strength, and degradation profile tailored as appropriate.

Resorbable Scaffold

Resorbable scaffolds can be custom designed to optimally facilitate the natural regeneration of tissue or bone. Scaffolds can be impregnated with the bone growth factors, platelet rich plasma or even stem cells to encourage the natural regeneration of tissue.

Important considerations in scaffold design include:

  • Mechanical properties e.g. scaffold stiffness/ material modulus.
  • Degradation – rate of material resorption, in relation to regeneration rate of local tissue.
  • Pore architecture – selection of pore size and distribution appropriate to local cell type.

Resorbable mesh for spinal orthopaedic applications