If you’ve been living with peripheral neuropathy, there’s a good chance you’ve heard one of two things: either you’ve been handed a prescription for Gabapentin or Lyrica, or you’ve been told that nothing can be done. For a lot of patients, these two statements go hand in hand, and that’s not a coincidence.

At Nexus Neuro Carmel, Indiana, we talk to neuropathy patients regularly who have been managing symptoms for years with medication and little to no improvement in how their nerves actually function. Understanding why that happens, and what a different approach looks like, starts with understanding what these medications actually do.

What Gabapentin and Lyrica Actually Do

Gabapentin and Lyrica (pregabalin) are among the most commonly prescribed medications for nerve pain. They’re classified as anticonvulsants, originally developed to treat seizures, and later found to reduce the perception of pain in certain patients with neuropathic conditions.

Here’s the key word: perception.

These medications work by binding to calcium channels in the brain and spinal cord, reducing the release of chemicals that transmit pain signals. In other words, they turn down the volume on pain at the central nervous system level. They are not acting on the peripheral nerve itself. They are not repairing damaged nerve fibers. They are not restoring blood flow to nerve tissue. They are not improving how the axon sends its signals.

As Dr. Matt Schulke explains it: these drugs don’t fix the function of the nerve. They block a message, and they do it at the brain level, not at the source of the problem.

This is a critical distinction. If the problem is happening in your peripheral nerves — in your feet, your legs, your hands — blocking signals at the brain does not address what’s actually wrong.

Why “Nothing Can Be Done” Is Only True in One Context

The statement that neuropathy can’t be healed is commonly repeated, and in a specific context, it’s understandable. If Gabapentin and Lyrica are the only tools available, then yes, meaningful nerve recovery is unlikely. These medications can help some patients manage pain in the short term, but they are not a path toward restoring nerve function or reversing the underlying damage.

That doesn’t mean nothing can be done. It means that the right mechanisms haven’t been targeted yet.

The Real Mechanisms Behind Peripheral Neuropathy

Peripheral neuropathy isn’t a single condition with a single cause. It’s the result of nerve damage that can stem from several distinct biological mechanisms, and each one requires a different targeted approach to address.

Mitochondrial dysfunction is one of the most significant contributors to peripheral nerve damage. Mitochondria are the energy-producing structures inside cells, and nerve axons are particularly dependent on them. When mitochondrial function breaks down, the axons lose the energy they need to transmit signals properly, leading to degeneration over time, especially in the distal, most peripheral portions of the nerves.

Microvascular damage and compromised blood flow is another major driver. Peripheral nerves rely on a network of tiny blood vessels to deliver oxygen and nutrients. When those vessels are damaged, as commonly happens in diabetes, for example, the nerve tissue becomes ischemic, meaning it’s essentially starved of what it needs to survive and function. This can trigger abnormal cell death and structural breakdown of the nerve fibers.

Axonal dysfunction refers to problems with how the nerve fiber itself is sending and receiving signals. Even without full structural damage, the axon’s ability to conduct nerve impulses can be significantly impaired, contributing to the sensations of burning, tingling, numbness, and weakness that neuropathy patients know well.

Each of these mechanisms is distinct. Each requires a targeted intervention. And none of them are addressed by simply blocking a pain signal at the brain.

What a Root-Cause Approach to Neuropathy Looks Like

At Nexus Neuro, we begin with a comprehensive assessment to identify which types of neuropathy are present and which mechanisms are driving the damage. Treatment depends entirely on what we find, because the right care for mitochondrial dysfunction looks different from the right care for microvascular damage, and both look different from a nerve re-education protocol focused on axonal signaling.

This is what sets functional neurology apart. Rather than managing symptoms, the goal is to identify the specific biological breakdowns that are causing the nerve to fail and apply therapies that directly address those mechanisms.

Our approach to neuropathy care incorporates targeted technologies including infrared therapy to support tissue-level circulation, nerve re-education electrostimulation, SoftWave TRT, Class IV laser therapy, and nutritional therapy — all selected based on the individual patient’s assessment findings.

You Deserve More Than Symptom Management

If you’ve been told there’s nothing that can be done for your neuropathy, we’d gently challenge that, not because it’s a simple fix, but because the right question hasn’t always been asked. The question isn’t just “how do we block the pain signal?” The question is “why is this nerve struggling, and what does it actually need to heal?”

That’s the conversation we’re having every day at Nexus Neuro, serving patients throughout Carmel, Westfield, Zionsville, Fishers, Noblesville, and the greater Indianapolis area.

If you’re ready to find out what’s actually driving your neuropathy, and whether there’s a better path forward, schedule your assessment today.