Abstract
Neural interfaces technology is a field that is
rapidly advancing and encompasses devices that interconnect the recording
system and the neuromuscular tissue in the body. The devices can either be
implantable or non-implantable, and some examples include the cardiac pacemaker
and spinal cord stimulation systems. Nevertheless, current percutaneous systems
are prone to limitations such as being designed for short-term use, lack of expandability,
and have high failure rates due to connector wear and tear. FIU reserachers have developed a modular
multi-channel inline connector system in order to overcome said limitations.
The system is composed of a lead connected to the implanted electrode and
another lead connected to a second connector portion and operatively connected
to the device. The system is based on the implantation of
longitudinal-intrafascicular electrodes in the fascicles of the peripheral
nerve. Compared to current multi-channel
systems, the system provides a smaller profile and can be hardwired to multiple
wires, which are suitable for direct implantation into nerve fascicles. We are
looking for investors to commercialize this device.
Benefit
· Minimize trauma to the patient · Minimize the possibility of infection · Parts prone to wear are easily replaceable · Minimize skin abrasions · Easily expandable
Market Application
A modular inline connector system can be utilized any neural electrode connected to nerves tissues in the body.
Brochure
