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UWS Innovation
Graft Antenna
The “Biocompatible Graft-Antenna for
Nerve Repair and Regeneration” was
devised by the inventors in response to
the market need for advancements in the
treatment of peripheral nerve injuries,
which traditionally have been some of the
most challenging cases for surgeons.
Nervous injury, from trauma, disease or
otherwise, is a major medical problem.
Mature neurons do not undergo cell division
and therefore it is very difficult to achieve
successful rehabilitation after nerve injuries.
It is known, however, that where the injury
causes gaps in axons, it is possible for the
axons to regenerate over the gaps, such that a
proximal and distal axon stump can reconnect.
This occurs slowly, however, and with difficulty.
The biocompatible nerve graft acts as
an antenna and can stimulate regrowth
of peripheral nerves by induced currents
following microwave graft irradiation. No other
polymer conduit used currently for nerve
grafting relies on the antenna principles to
stimulate nerve regeneration.
Features
Benefits
Repair and
regeneration of
injured peripheral
nerves
Improved
regeneration of
axons
Eliminates need of
invasive secondary
surgery
Reduces morbidity
due to surgery
Better nerve
functionality
Does not require
expensive
technology
The implant is
fabricated with
standard electronic
techniques
Innovative approach
Alternative
treatment to the
current noneffective therapy for
nerve repair
Status: PCT filed
School: School of Science & Health
Commercialisation Contact Details:
UWS Innovation
[email protected]
UWS Innovation
uws.edu.au/innovate