Electrode “buckle” anchor device, RIH 1385

Description:

Overview

Percutaneous dorsal column stimulating electrodes have a high rate of migration that leads to clinical failures. We have designed a low profile, flat device with holes in it for an electrode or electrodes to pass and a suture (or screws) to pass to secure it and the electrode to prevent the electrode from migrating. Other devices exist to secure neuromodulating electrodes. This device is unique because: 1) it is flat, 2) it is easy to pass the electrodes through the holes, 3) it is inexpensive to manufacture, 4) the suture holes can also be used for screws to secure the device to the skull to prevent cranial electrodes from migrating, and 5) the suture holes can be used to secure the device and electrodes to soft tissue and crimp the electrodes to secure them from migrating.

Market Opportunity

Spinal cord stimulation (SCS) is a common treatment of neuropathic pain, and has been shown to reduce use of opioids for pain management. SCS is delivered through an electrode lead that is inserted into the epidural space. SCS when placed percutaneously offer a minimally invasive approach for treating pain, but the current electrodes have a high migration rate. This device is an inexpensive alternative to other devices but more secure and easier to use.

Innovation and Meaningful Advantages

The device here offers a less expensive, easier to use and more effective alternative to current electrode anchors on the market.

Collaboration Opportunity

We are interested in exploring 1) startup opportunities with investors in the medical device space; 2) research collaborations with leading medicaldevice companies to develop this technology; and 3) licensing opportunities with medical device companies.