This is the first and only nerve conduit to receive FDA clearance for treatment of neuroma formation at nerve ends. The product will be able to help patients suffering from pain as a result of conditions such as Morton’s neuroma affecting the ball of the foot, amputations or other nerve damage in the foot.

Flexible collagen nerve conduit is a resorbable, flexible type I collagen tubular matrix that provides both an encasement for peripheral nerve injuries as well as protection of the neural environment. It is designed to be an interface between the nerve and the surrounding tissue (for example, to prevent ingrowth of scar tissue).

When placed at the terminal end of a nerve, the conduit is designed to prevent formation of neuroma. When hydrated, the product is a flexible collagen conduit where the crimped walls provide a kink-resistant property to the tube.

This kink-resistant property of the conduit is of particular importance when applied to the nerve end, because it allows the natural outgrowth of the regenerating axons of the injured proximal nerve stump to be guided without hindrance (for example blockage/kinking of the conduit) to the point where the nerve will no longer be capable of forming a neuroma.

The clinical benefit of the use of the flexible collagen nerve conduit in reducing the formation of painful neuromas has been demonstrated by Dr John S. Gould of the University of Alabama at Birmingham. In his study, a total of fifty patients successfully underwent treatment of painful single or multiple neuromas by excision and implantation of the resected nerve end into the Flexible Collagen Nerve Conduit.

Collagen Matrix founder and CEO Dr Shu-Tung Li noted that as the company continues its advanced research and development in the area of peripheral nerve repair for long gap nerve injuries, it is pleased to extend its existing product line to address an immediate clinical need in the area of neuroma formation at the terminal ends of injured nerves.

"Collagen Matrix is committed to enhancing its products and providing improved clinical solutions in the area of peripheral nerve repair," Dr Li added.