Sep 7, 2025

Calmare/Scrambler Therapy — Rewriting the Pain Story Through Neuroplasticity

Calmare/Scrambler Therapy — Rewriting the Pain Story Through Neuroplasticity

Image of a woman wearing a suit in a blue shirt and black coat with a tree in the background

Sandra Burkhart, FMP, CLT

An Image of cells connecting to one another with red balls on the end and a bluish black background
An Image of cells connecting to one another with red balls on the end and a bluish black background
An Image of cells connecting to one another with red balls on the end and a bluish black background

By now you have likely heard of something call Calmare Therapy or Scrambler Therapy. The central idea of Calmare/Scrambler Therapy is this: if chronic pain is the result of faulty information sent by the nervous system, we can overwrite it with healthy, non-pain information. Rather than blocking pain signals like medications or numbing nerves like local anesthetics, Calmare/Scrambler Therapy replaces pain signals with synthetic “non-pain” messages that the brain learns to accept as normal.

Think of it as teaching the brain a new sensory language—one that says, “You’re okay now.”

HOW CALMARE/SCRAMBLER THERAPY WORKS (MECHANISTICALLY)

1. Targeting C-Fibers (the Slow Pain Pathways)

Calmare/Scrambler Therapy uses surface electrodes placed near—but not on—the painful area to stimulate the skin and underlying nerves.

The signals are:

  • Low-frequency

  • Variable (non-repetitive and non-linear)

  • Specifically tuned to mimic healthy nerve signaling

These signals travel through the same C-fibers and A-delta fibers that normally carry chronic pain—but instead of transmitting pain, they transmit information that the brain interprets as non-threatening.

2. Deactivating Central Sensitization

With repeated treatments, Calmare/Scrambler Therapy helps:

  • Interrupt the loop of central sensitization in the spinal cord

  • Reduce activation of NMDA receptors

  • Re-establish inhibitory control (via GABAergic and glycinergic neurons)

This “turns down the volume” of pain at its central source.

3. Rewiring the Brain Through Neuroplasticity

As the therapy is repeated over 10–12 sessions, it leverages positive neuroplasticity:

  • Strengthens non-pain sensory pathways

  • Weakens chronic pain loops

  • Teaches the brain that previously painful stimuli are now safe

Many patients report long-term pain relief, even after sessions are complete—evidence that the brain has been retrained.

WHY CALMARE/SCRAMBLER THERAPY IS DIFFERENT

Feature

Calmare/Scrambler Therapy

Traditional Pain Treatments

Mechanism

Information replacement

Numbing, blocking, or dulling pain

Target

C-fibers, spinal cord, brain

Peripheral nerves, inflammatory mediators

Goal

Neuroplastic reset

Temporary symptom control

Duration of Relief

Often long-lasting (weeks to months)

Short-term (hours to days)

Side Effects

Minimal to none

Often significant

IDEAL CANDIDATES

Calmare/Scrambler Therapy is especially useful for:

  • Neuropathic pain (e.g. diabetic, post-surgical, postherpetic, trigeminal neuralgia)

  • Complex Regional Pain Syndrome (CRPS)

  • Cancer Induced Peripheral Neuropathy (CIPN)

  • Fibromyalgia

  • Phantom limb pain

  • Failed back surgery syndrome

  • Pain after shingles or nerve injury

It’s best for patients who:

  • Have not responded to conventional medications

  • Prefer non-invasive, drug-free options

  • Are medically complex or opioid-intolerant

PUTTING IT ALL TOGETHER

Let’s recap how Calmare/Scrambler Therapy aligns with the biology we’ve covered:

Concept

Problem

Calmare/Scrambler Therapy’s Solution

Nerve Fiber Dysfunction

C-fibers overfiring

Sends healthy signals via same pathways

Central Sensitization

Amplified spinal cord response

Disrupts pain wind-up and restores balance

Neuroplasticity

Maladaptive pain learning

Retrains brain and spinal cord to forget pain

THE FUTURE OF PAIN MANAGEMENT?

Calmare/Scrambler Therapy is part of a broader movement in medicine—targeting the nervous system as a dynamic, trainable network, rather than a static, damaged machine.

It’s a hopeful therapy, not because it masks pain, but because it respects the nervous system’s ability to heal—when given the right input.

FINAL THOUGHTS

Pain that no longer serves a purpose doesn’t have to become your identity. By understanding how pain works at the level of nerve fibers, the spinal cord, and the brain, we open the door to smarter, gentler, and more effective treatments.

Calmare/Scrambler Therapy isn’t magic—it’s science. And it just might help your nervous system remember what comfort feels like. To learn more about what to expect from the 10 day protocol, click here.