Chronic pain is one of the most common complaints I encounter in my practice in Tel Aviv. Back pain, neck tension, joint aches, diffuse soreness — for many patients, pain has been present for so long it feels like part of normal life. A new scientific breakthrough is now changing the way we understand — and may soon treat — these persistent pain states.

A Brain-Level 'Off Switch' for Pain

Researchers used artificial intelligence to map exactly how the brain processes pain signals. Using that map, they developed a gene therapy capable of targeting very specific neural circuits — the ones that amplify pain — and putting them to sleep.

This approach mimics the analgesic effect of morphine, but without triggering the addiction mechanisms that make opioids so dangerous. In early tests, subjects experienced lasting relief without losing normal sensations such as warmth, touch, or pressure. In other words: pathological pain is reduced, but the body keeps its full ability to perceive the world.

Why This Matters for Understanding Chronic Pain

This research confirms something osteopathy has long argued: chronic pain is not only located "where it hurts." It is also — and especially — the result of a nervous system that has learned to stay in alarm mode.

When pain persists for weeks or months, the brain can reconfigure itself to maintain that signal even without an active injury. This is known as central sensitisation. By identifying the precise circuits involved, scientists have opened entirely new therapeutic pathways.

What This Means for Patients Today

This gene therapy is not yet available in clinical practice — we are still in early research phases. But the practical implications are already real:

  • Chronic pain is modifiable: it is not a permanent fixture locked in your tissues. The brain can "unlearn" pain, whether through future gene therapy or today's manual therapies.
  • Relieving pain without numbing everything: the therapeutic ideal — reducing suffering while preserving useful sensory signals — has now been proven achievable.
  • A multimodal approach remains essential: no single solution will be enough. The combination of manual care, movement, stress management, and targeted treatments offers the best outcomes.

Osteopathy and the Neurology of Pain

In my practice, I regularly work with patients whose pain has a strong central component — meaning the nervous system itself has become hypersensitive. Osteopathic techniques, particularly craniosacral approaches and gentle mobilisations, have a well-documented effect on the autonomic nervous system.

By reducing tissue tension, improving circulation, and sending positive proprioceptive signals to the brain, osteopathy helps "recalibrate" pain perception. It is not magic — it is applied neurology through the hands.

This new gene therapy research reinforces what we observe clinically: acting on the nervous system means acting on pain at its source.

Let's Talk About Your Pain

If you are living with chronic pain — whether muscular, articular, or diffuse — and you are looking for an approach that considers your body as a whole, I would be glad to welcome you at my practice in Tel Aviv.

Every session starts with a thorough listening to your pain history. Because understanding where pain comes from is already the beginning of treating it.