The startup is developing a spinal cord stimulation system that utilizes thin film electrodes encapsulated in a softening polymer to alleviate chronic back pain. This technology enables healthcare professionals to effectively treat patients suffering from persistent spinal cord pain, improving their quality of life.
Funding
$880K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Existing spinal cord stimulation (SCS) systems often utilize leads that are too thick for effective neuromodulation of the cervical spine, limiting treatment options for patients with chronic neck and arm pain. Current SCS leads may also migrate from their intended location due to their inability to conform to the spinal cord.
Solution
BackStop Neural is developing a novel spinal cord stimulation (SCS) system that utilizes thin-film electrodes encapsulated in a softening polymer to address the limitations of traditional SCS leads. The system's thinner leads are designed for neuromodulation of the cervical spine, expanding treatment options for underserved patient populations suffering from chronic neck and arm pain. The softening polymer allows the device to be stiff during insertion, then soften in vivo to conform to the spinal cord, maintaining close contact with nerve targets and reducing the risk of lead migration. The company's technology aims to expand the SCS market for chronic pain and functional motor recovery.
Target Audience
The primary target audience includes healthcare professionals treating patients with chronic neck and arm pain, as well as individuals seeking solutions for functional motor recovery.
Features
- Thin-film electrodes for precise neuromodulation
- Softening polymer encapsulation for improved spinal cord conformity and reduced lead migration
- High charge-injection capacity titanium nitride electrodes for stable stimulation
- Photolithography-based manufacturing for increased precision compared to handmade electrodes
- Designed for the cervical spinal cord and its narrow epidural space