Accelerating Regeneration

We are changing the standard of care for treating peripheral nerve injuries.

More about us

Outside of surgery, there are no treatments for injured nerves.

Peripheral nerve injury can result from a nerve transection, crush, compression, traction, and ischemia. Any of these injuries can cause physical disability that impacts the quality of life and ability to live and function normally.

2 MILLION

nerve injuries in North America

1 MILLION

peripheral nerve surgeries per year

Our Mission

We are building the world’s first electroceutical device engineered to supercharge the nerve and accelerate regeneration. Our technology delivers electrical stimulation that boosts the nerve’s natural biochemical process to heal and repair itself when injured.

clinical data:

supporting the efficacy of applying brief electrical stimulation to injured nerves.

Head and Neck

spinal accessory nerve

Nerve traction injury following tumor resection:

Intraoperative brief electrical stimulation for prevention of shoulder dysfunction.

CUBITAL TUNNEL

ulnar nerve

Chronic nerve compression:

Electrical stimulation enhances axon regeneration and functional recovery.

carpal tunnel

median nerve

Chronic nerve compression:

Brief post-surgical electrical stimulation accelerates axon regeneration and muscle reinnervation.

hand

digital nerve

Nerve transection injury:

Electrical stimulation enhances sensory recovery.

LOWER EXTREMITY

sciatic nerve

Nerve transection following trauma:

This girl’s leg was 95% severed in a boating accident. How doctors saved her life — and her limb.

cubital tunnel

Head and Neck

lower exremity

digital nerves

carpal tunnel

clinical data:

supporting the efficacy of applying brief electrical stimulation to injured nerves.

Head and Neck

spinal accessory nerve

Nerve traction injury following tumor resection:

Intraoperative brief electrical stimulation for prevention of shoulder dysfunction.

CUBITAL TUNNEL

ulnar nerve

Chronic nerve compression:

Electrical stimulation enhances axon regeneration and functional recovery.

carpal tunnel

median nerve

Chronic nerve compression:

Brief post-surgical electrical stimulation accelerates axon regeneration and muscle reinnervation.

hand

digital nerve

Nerve transection injury:

Electrical stimulation enhances sensory recovery.

LOWER EXTREMITY

sciatic nerve

Nerve transection following trauma:

This girl’s leg was 95% severed in a boating accident. How doctors saved her life — and her limb.

Nerve Injury: Here’s What Happens

When a nerve is severely injured, the distal aspect starts to disintegrate through a process called Wallerian degeneration. Support cells are recruited to the injury site to help remove debris and facilitate a path for regeneration.

Electrical Stimulation

THE ONLY TREATMENT TO SUPERCHARGE PNS INJURY RECOVERY

Electrical stimulation of injured nerves has been used for decades in various capacities. However, only in the last 15 years has a dedicated paradigm been found to accelerate nerve regeneration. Recent clinical trials have validated the paradigms proving that brief electrical stimulation accelerates nerve regeneration and functional recovery.

Always Evolving

Electrical stimulation of injured nerves has been used for decades in various capacities. However, only in the last 15 years has a dedicated paradigm been found to accelerate nerve regeneration. Recent clinical trials have validated the paradigms proving that brief electrical stimulation accelerates nerve regeneration and functional recovery.

The Science

nerve injury

Nerve Injury: Here’s What Happens

When a nerve is severely injured, the distal aspect starts to disintegrate through a process called Wallerian degeneration. Support cells are recruited to the injury site to help remove debris and facilitate a path for regeneration.

electrical stimulation

Electrical Stimulation

THE ONLY TREATMENT TO SUPERCHARGE PNS INJURY RECOVERY

Electrical stimulation of injured nerves elevates neuronal cyclic adenosine monophosphate (cAMP), and upregulates neurotrophic factors, their receptors, and associated building blocks for creating new axons resulting in a supercharged regenerative process.

electrical stimulation publication

An Evolving Solution

Electrical stimulation of injured nerves has been used for decades in various capacities. However, only in the last 15 years has a dedicated paradigm been found to accelerate nerve regeneration. Recent clinical trials have validated the paradigms proving that brief electrical stimulation accelerates nerve regeneration and functional recovery.

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