top of page

Self-regulation of stress in daily life

  • Writer: Gregor Čadež
    Gregor Čadež
  • Apr 19
  • 2 min read

Updated: Apr 24

A man with stress and a headache sits on a couch - the impact of stress on the body and pain
A man with stress and a headache sits on a couch - the impact of stress on the body and pain


What is autoregulation of the nervous system?


Autoregulation of the nervous system refers to the body's ability to regulate stress, muscle tension, and pain perception. In physiotherapy, it is key to long-term improvement in function, as it affects movement, regeneration, and body stability.



How does stress affect pain?


Stress increases the activation of the nervous system, which leads to greater muscle tension, poorer regeneration, and increased pain perception. Therefore, pain often returns if the cause is not properly treated.


In physiotherapy, we often see the connection between stress, the nervous system, and chronic pain.



A clinical approach to nervous system, pain and function


Stress is not merely psychological. It is a complex physiological process directly influencing:


  • muscle tension

  • pain perception

  • movement quality

  • tissue recovery

  • nervous system function


In clinical practice, recurring conditions such as neck pain, headaches or low back pain are often linked to insufficient regulation of the nervous system.


👉 Read more: Why pain keeps returning


The underlying cause is often inadequate regulation of the nervous system.



Stress and the body


Chronic stress leads to:


  • increased muscle tone

  • altered pain perception

  • reduced recovery



Pain is not only a local tissue issue, but a reflection of system regulation.



4 key regulators


1. Dopamine – motivation


  • task completion

  • structure

  • focus


👉 Example:


  • write 3 tasks

  • complete at least one without interruption



2. Serotonin – stability


  • daylight

  • movement

  • environment


👉 5–10 minutes of daylight has a clinically significant impact



3. Endorphins – pain modulation


  • movement

  • breathing

  • rhythm


👉 5–10 minutes of exercise daily



4. Oxytocin – regulation


  • connection

  • safety

  • interaction



Understanding these connections is key to long-term improvement, not just short-term symptom reduction.



Connection to pain


These mechanisms are directly related to:


  • headaches

  • neck pain

  • low back pain


👉 Read also: Headache from the Neck

👉 and: Low Back Pain – When Is It Not Just Muscular?



Why exercises alone are not enough


Short-term solutions often fail because:


  • the cause is not addressed

  • the system remains dysregulated


A clinical approach includes:


  • movement analysis

  • nervous system regulation

  • integration of different therapeutic methods


In certain cases, the following are also used:


  • manual approaches

  • needle techniques

  • other modern approaches


👉 always as part of a broader clinical picture



Practical framework


Daily minimum:


  • movement

  • environmental exposure

  • social interaction

  • task completion


👉 this is the basis for stabilizing the system



When to seek professional care


If:


  • symptoms persist

  • no long-term improvement

  • function is affected


👉 consider a structured clinical approach


A holistic approach in physiotherapy allows for more stable and lasting results.




Conclusion


Stress is not the problem.


Dysregulation is.


Understanding the system leads to:


👉 long-term improvement

👉 not just symptom relief


If you want an individually tailored approach to improving your health, you can sign up for professional treatment.




Expert View

About the Author


Gregor Čadež is a physiotherapist and founder of fizion, where he focuses on the holistic treatment of chronic pain, functional disorders and movement. His work combines modern physiotherapy with an integrative clinical approach.


He specializes in the treatment of chronic pain, headaches and functional disorders.



Comments


FIRST STEP TO SOLUTION

bottom of page