Interactive pain recovery · In development

A McKenzie Method / MDT-based app that changes course when your symptoms do.

NeuroActive is being developed to guide you through structured movement testing, track meaningful changes in your symptoms, and determine what to try next from the response, not from a generic exercise list. The first interactive pathway will focus on low-back pain.

A different kind of pain app

Don't start with the exercise. Start with the response.

Many exercise apps begin with a diagnosis, body part, or list of exercises and then tell everyone with that label to do roughly the same thing.

NeuroActive is being built around a different idea: test something meaningful, observe what actually changes, and use that response to decide what comes next.

The pain-recovery system draws heavily from Mechanical Diagnosis & Therapy (MDT), commonly associated with the McKenzie Method. Concepts such as repeated movement, directional preference, centralization, symptom location, range of motion, and force progression help organize the pathway.

The development roadmap

Low back first. More regions planned.

The initial interactive release will focus on low-back pain. The broader NeuroActive platform is being designed to expand into neck and additional musculoskeletal pathways over time. The screens below show the current development interface and the response-based logic being built into the system.

Inside NeuroActive

Choose. Test. Respond. Adapt.

Instead of handing you a static routine, the interactive pathway is designed to move through a sequence of decisions. What you report after testing a movement changes what the system asks you to do next.

01 · Choose

Start with the problem you're trying to solve.

The broader interface is designed around pain regions and movement goals. The first interactive pathway being prepared for release is low-back pain.

NeuroActive assessment screen showing region selection including lower back pain, neck pain, shoulder pain, hip pain, knee pain, foot and ankle pain, elbow and wrist pain, and a performance option.

02 · Test

Test something that can change the mechanical picture.

The pathway asks targeted questions and guides mechanical testing rather than assuming that symptom location alone tells us what exercise you need.

NeuroActive low-back assessment screen asking the user to check for a visible lateral shift before continuing mechanical testing.

03 · Respond

What happened matters more than what you expected.

The system tracks meaningful responses such as centralization, partial improvement, no change, or symptoms spreading farther away from the spine.

NeuroActive assessment screen asking how symptoms responded after extension testing, including centralization, partial improvement, no change, and worsening.

04 · Adapt

The response determines the next step.

When a clear directional preference emerges, NeuroActive can turn that finding into a structured plan and continue progressing from there rather than leaving you with an isolated exercise.

NeuroActive screen showing an extension directional preference and a prescribed low-back exercise plan with standing extension and prone press-up.

Need something now?

You don't have to wait for the interactive app.

The current Low-Back Pain Guide uses the same basic response-based idea in a self-guided format: test movement, watch what happens to your symptoms, and use that response to help determine what to try next.

Follow the development

Be notified when the low-back pathway opens.

Get launch updates and opportunities for early access to NeuroActive's interactive pain-recovery app.

The NeuroActive Framework

First change the problem.
Then build a system less likely to repeat it.

NeuroActive draws heavily from two systems that have shaped Dr. Bruene's clinical work. McKenzie Mechanical Diagnosis & Therapy (MDT) helps identify whether a mechanical problem responds to a specific movement strategy. Dynamic Neuromuscular Stabilization (DNS) provides a framework for rebuilding movement capacity, control, and resilience once symptoms allow.

McKenzie Mechanical Diagnosis & Therapy

MDT helps ask:
What changes the problem?

Repeated movement, directional preference, centralization, symptom behavior, and mechanical response help identify what improves the current problem and what should happen next.

Dynamic Neuromuscular Stabilization

DNS helps ask:
How do we build from here?

Once symptoms are improving and movement is tolerable, the focus can shift toward breathing, trunk control, coordination, load, and increasingly complex movement. The goal is not simply to feel better, but to build greater movement capacity for what comes next.

The two approaches solve different parts of the problem. MDT is used to understand and respond to the current mechanical presentation. DNS addresses the movement system around it, whether the goal is returning from pain, reducing recurrence risk, or building capacity before pain becomes the limiting factor.