Touch, Pain, and the Nervous System

Most people think of massage as working on muscles.

But increasingly, neuroscience suggests something else is just as important—how the nervous system interprets touch.

Recent research recognised by the 2026 Brain Prize has explored how the body senses touch and pain, and how these signals are processed by the brain.

While this is highly specialised work, it offers a useful way of understanding why certain types of hands-on treatment can feel so effective.

Not all touch is the same

The skin contains a wide range of sensory receptors.

Some are designed to detect potential threat—what we experience as pain. Others respond to slower, more gentle forms of contact.

These signals are not interchangeable.

They travel along different pathways through the nervous system and are interpreted differently by the brain.

Pain is not simply a signal from the body—it is something the nervous system interprets.

This means that the type of input the body receives can influence how pain is experienced.

Certain types of touch—particularly slower, sustained, and predictable contact—appear to engage pathways associated with safety rather than threat.

This can help reduce the intensity of pain, even without directly changing the tissue itself.

In my work, the focus is not only on areas of tension. It is on how the body is responding as a whole.

That often means:

This approach can be particularly helpful where pain has become persistent, or where the body feels generally tense or reactive.

This research does not suggest that touch is a cure-all.

But it does reinforce something important:

Touch is not neutral. It is information.

And when that information is delivered in the right way, it can influence how the body feels—and how it responds.

For many people, that is where meaningful change begins.

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