Nociplastic Pain Explained: Is it possible to reset the nervous system for chronic pain relief?

Pain usually tells a useful story - an alarm signal: something is injured, inflamed, compressed, or irritated. But chronic pain can be different, it can keep sounding the alarm long after tissues have healed, or when scans and tests do not explain the level of pain being felt.

That does not mean the pain is imaginary. It can mean that the nervous system has become overprotective.

This is the key idea behind nociplastic pain. It sits alongside nociceptive and neuropathic pain as one of the main ways modern pain science describes persistent pain. Understanding the difference matters, because nociplastic pain often needs a different approach from “rest it until it heals” or “find the damaged structure”.

This article is for information only and is not a substitute for medical advice. Any pain should be assessed by a qualified health professional.

Nociplastic pain is real pain, but the main driver is often sensitivity in the nervous system.

The three main categories of pain explain different pain mechanisms

Pain is not one single thing. The body can create pain through several pathways. In practice, a person may have more than one type at the same time.

Pain type	What drives it	Common clues
Nociceptive pain	Actual or threatened tissue damage	Pain after a sprain, cut, burn, arthritis flare, or muscle strain
Neuropathic pain	Damage or disease affecting nerves	Burning, electric, shooting, tingling, numbness, or pain in a nerve pattern
Nociplastic pain	Altered pain processing in the nervous system	Widespread pain, high sensitivity, flares after stress or poor sleep, pain that seems out of proportion to tissue findings

Nociceptive pain is the kind most people understand first. Touch a hot pan and pain makes you pull away. Twist an ankle and pain encourages protection while tissues recover.

Neuropathic pain is different. It comes from the nervous system itself being injured or diseased. Sciatica from nerve root irritation, diabetic nerve pain, and post-shingles pain are common examples.

Nociplastic pain is different again. The problem is not simply an injured tissue or a damaged nerve. The issue is how the nervous system processes danger signals. The alarm system becomes more sensitive. It may react strongly to normal movement, pressure, temperature, stress, poor sleep, or even anticipation of pain.

Nociplastic pain is a sensitivity problem, not a character flaw

Nociplastic pain can feel confusing because it often lacks a clear “smoking gun”. A scan may show mild changes that many pain-free people also have. Blood tests may come back normal. Pain may move around, flare unpredictably, or feel intense after ordinary activity.

This can lead to a harmful message: “Nothing is wrong.”

A more accurate message is: nothing dangerous may be showing in the tissues, but the pain system is still producing real pain.

Pain is created by the brain and nervous system as a protective output. That does not make it fake. Vision is also created by the brain, but that does not make seeing fake. Pain is the body’s best guess that protection is needed.

With nociplastic pain, that guess becomes too cautious. The system starts protecting against safe things. There is an error signal being sent.

Common features can include:

• Pain that lasts longer than expected after an injury

• Pain that spreads beyond the original area

• Sensitivity to light touch, pressure, sound, light, or temperature

• Symptoms that flare with stress, poor sleep, illness, or overload

• Fatigue, brain fog, headaches, gut symptoms, or dizziness alongside pain

• A sense that the body is “on high alert”

  
  

Fibromyalgia is often discussed in relation to nociplastic pain. Some people with long-term back pain, neck pain, pelvic pain, headaches, or widespread musculoskeletal pain may also have nociplastic features.

Heightened sensitivity can make normal touch feel uncomfortable or painful.

The nervous system reset is not a quick switch

The phrase “reset the nervous system” can sound like pressing a button. Real change is slower and more practical than that, and may not actually be a full reset (who can really stop everything for a while to re-boot?).

A better way to think about it is retraining an overprotective alarm system. What this actually looks like is absolutely specific to each individual, depending on what fears, stress factors, anxieties, physical limitations, energy levels, etc. may be relevant to that person.

Resetting the nervous system may involve working with different areas:

• Pain education

• Improving sleep hygiene

• Stress regulation

• Breathing, relaxation and grounding skills

• Support for mood, trauma, anxiety, or depression where relevant

Resetting the nervous system also means looking at the positives; this is definitely NOT a balancing act (some pain specialists suggest a set of scales for balancing the negative areas and the positives) but this doesnt work - Trauma will trump most things! But, developing a perspective which includes the positives is definitely important.

None of this means pain is “all in the mind”. It means the mind, body, nerves, immune system, hormones, muscles, and environment all influence pain.

Pain education can reduce threat

Pain education helps lower threat by replacing fear with clearer explanations. Helpful messages include:

• Pain can be real without meaning harm is happening.

• Flare-ups do not always mean damage.

• Sensitive nerves can become less sensitive.

• Avoidance can shrink life, but gradual exposure can rebuild confidence.

• Recovery often looks uneven, with steps forward and setbacks.

  
  

Education alone may not remove pain, but it changes the context. When the brain sees less danger, the alarm often has less reason to shout.

Managing energy levels

Useful pacing habits include:

• Breaking tasks into smaller blocks

• Taking planned rests before pain forces a stop

• Alternating physical, mental, and calming activities

• Keeping activity more consistent between good and bad days

• Tracking patterns without becoming obsessed with symptoms

  
  

Energy levels may be due to underlying health conditions, but may also be a factor of historical trauma, ongoing anxiety or stress. The relationship can be complex.

Breath, sleep, and stress signals can turn the volume down

The nervous system constantly scans for danger. Lack of sleep, ongoing stress, conflict, grief, trauma, financial pressure, illness, and overwork can all raise the background threat level. When that baseline is high, pain signals can become louder.

Calming practices do not “cure” nociplastic pain by themselves, but they can help create the conditions for change.

Simple options include:

Slow Deep Breathing

A gentle breathing rhythm, such as a longer exhale than inhale, can support the parasympathetic nervous system. It should feel easy, not forced.

Body scanning to relax the muscles

This involves noticing areas of tension without judging them. The aim is to observe, soften where possible, and teach the body that sensation is not always danger.

Sleep hygiene

Good sleep hygiene - going to bed and waking at similar times, dimming lights, reducing late caffeine, and creating a wind-down routine can support sleep quality.

Calm connection

Calm contact with trusted people, pets, nature, music, or spiritual practices can reduce threat signals. The nervous system often settles best when it feels safe, not isolated.

Treatment works best when it matches the pain mechanism

Nociplastic pain often responds poorly to treatments aimed only at fixing one issue. Repeated scans, injections, manual therapy, or rest may not help if the main driver is nervous system sensitivity.

That does not mean those treatments are never useful. Some people have mixed pain. A sore joint, an irritated nerve, and a sensitised pain system can overlap. The best plan matches the person’s actual pattern.

A well-rounded pain management plan may involve:

• A GP or pain specialist to assess medical causes and medication options

• A physiotherapist familiar with persistent pain and graded exposure

• A psychotherapist for pain management, trauma, anxiety, or mood support and nervous system reset.

• Occupational therapy for pacing, work, home tasks, and daily routines

  
  
  
  

Progress often looks like a wider life, not just a lower pain score

Pain reduction is a valid goal. Many people want less pain, better sleep, and more freedom. In nociplastic pain recovery, progress may show up in other ways first.

Signs of improvement can include:

• Fewer severe flares

• Shorter recovery time after activity

• Less fear of movement

• Better sleep patterns

• More confidence leaving the house

• More stable energy

• Returning to hobbies, work, exercise, or social life in small ways

• Less time spent monitoring symptoms

  
  

These changes matter because they show the nervous system is learning. Pain may still be present, but it starts to take up less space.

A nervous system reset is not about forcing positivity or ignoring symptoms. It is about giving the body repeated, believable evidence of safety. Education reduces fear. Graded movement rebuilds trust. Pacing prevents crashes. Sleep, breath, and support lower the background alarm.

Nociplastic pain is real. So is the possibility of change. The path is usually gradual, but every safe repetition teaches the nervous system something new.

Finally, speaking from my own experience of chronic pain and fatigue, I would offer the idea that there has to be a balance (different for everyone) between doing stuff (living life) and protecting myself from pain and fatigue. Personally I can push through some pretty crazy pain levels, but equally I might pay for that for the next few days with low energy. But, I would rather do stuff and pay some price for doing so, than stay at home not doing. The knock on effect is a bit of a spiral: do more, feel good about doing stuff (despite the pain), mood lifts, pain eases for a bit. Pay for it later and find ways to cope... Repeat.

Here's a couple of video clips where I explain my context (watch both clips): https://www.instagram.com/p/DaNfwPJCEw0/?utm_source=ig_web_copy_link&igsh=MzRlODBiNWFlZA==