An explanation of what’s really happening in the body
Many people assume that to release tension or pain, pressure has to be deep or uncomfortable. In reality, the body often responds more effectively to gentle, sustained techniques.
This page explains why gentle pressure can feel surprisingly powerful, including why you might notice fizzing, tingling, or melting sensations, and how this relates to muscles, connective tissue, the nervous system, and subtle electrical signalling within the body.
Why gentle pressure can feel fizzy, and why that’s a good thing
Some clients notice a fizzing, tingling, buzzing, or melting sensation when gentle pressure is held on a tight or tender area of muscle. This sensation often settles after 30 seconds to a minute, and the tissue then feels softer, calmer, or more at ease.
This experience is not imagined and it’s not random. It reflects how the body’s muscles, connective tissue, nervous system, and subtle electrical signalling respond to gentle, sustained touch.
What is a trigger point?
A trigger point is not just a “knot”. It is:
> A small area of muscle fibres that are stuck in contraction (localised muscle fibre contracture / myofascial trigger point)
> An area with reduced blood flow (local ischaemia)
> A place where nearby nerves are more sensitive (sensitised nociceptors)
> Often surrounded by tightened connective tissue (fascial densification)
Because of this, trigger points can feel:
> Tender or achy
> Tight or restricted
> Occasionally sharp, buzzy, or “alive” under the fingers
> Able to cause significant pain (referred pain patterns)
They are areas where the body is holding on protectively.
What happens when gentle pressure is applied
When gentle, steady pressure is held (rather than forced), several things happen at once:
- The tissue slowly adapts
Connective tissue responds best to slow, sustained pressure (viscoelastic creep response).
Instead of resisting, it gradually begins to soften and lengthen. - Circulation improves
As the tissue relaxes, blood flow returns (reperfusion), bringing oxygen and helping clear local waste products that contribute to soreness (metabolic by-products). - The nervous system settles
Gentle touch sends safety signals to the nervous system (mechanoreceptor stimulation).
This reduces protective muscle guarding (reduced gamma motor neuron activity) and allows release to occur naturally.
Where the “fizzing” sensation comes from
Much of the body’s connective tissue contains collagen. Collagen has a special property known as the piezoelectric effect. What does that mean?
Very simply:
> When collagen is gently compressed or stretched, it produces tiny electrical signals (piezoelectric micro-currents).
These signals:
> Support communication between cells (cellular signalling)
> Influence how tissue adapts and reorganises (mechanotransduction)
> Occur naturally during movement, posture changes, and gentle touch
When pressure is held on a trigger point:
> Mechanical tension changes (altered tissue load)
> Electrical signalling in the tissue shifts (electro-mechanical coupling)
> Nerve firing patterns begin to calm (neuromodulation)
Together, this can feel like:
> Fizzing
> Tingling
> Gentle buzzing
> Warmth
> A sense of “melting” or unwinding
This is not electricity being “released”, but the body rebalancing and reorganising itself.
Why “no pain” often equals more change
Deep or forceful pressure can sometimes overwhelm the body, especially in sensitive or painful areas. When pressure is too intense, the nervous system may interpret it as a threat, causing muscles to tighten further rather than release (protective muscle guarding / increased sympathetic nervous system activity). This can create a short-term sense of change, but the tissue often re-tightens afterwards (rebound tension).
Gentle, sustained pressure works differently. By staying within the body’s comfort threshold (low-threshold mechanoreceptor input), it allows the nervous system to settle (parasympathetic engagement) and gives connective tissue time to adapt (viscoelastic fascial creep). This slower approach supports circulation, cellular communication, and subtle electrical signalling within the tissue (mechanotransduction and piezoelectric micro-currents), encouraging a deeper and more lasting release rather than a forced one.
Why does it take around 30–60 seconds?
This timing is important. The body needs time to:
> Register safety (autonomic nervous system down-regulation)
> Reduce protective muscle contraction (decreased muscle spindle activity)
> Allow connective tissue to adapt (fascial creep)
> Restore circulation and fluid movement (interstitial fluid exchange)
Fast or forceful techniques often bypass this process. Gentle sustained contact works with the body’s natural rhythms.
Why gentle approaches are often so effective
Gentle bodywork:
> Avoids triggering pain or threat responses (reduced nociceptive input)
> Encourages the body’s rest-and-repair state (parasympathetic dominance)
> Supports self-regulation rather than forcing change (homeostasis)
This is why light touch and gentle techniques can:
> Feel subtle yet deeply effective
> Create lasting change over time
> Be especially helpful for pain, sensitivity, chronic tension, or fatigue
In summary
That fizzing sensation is a sign that:
> Tissue is responding (mechanical adaptation)
> The nervous system is settling (neurological regulation)
> Circulation is improving (vascular response)
> Subtle electrical and mechanical communication is taking place (electro-mechanical signalling)
Gentle pressure allows the body to do what it is designed to do, restore balance at its own pace.
If you’re curious about how gentle bodywork supports the body’s own regulation and healing processes, you’re welcome to find out more about Spinal Touch explore my appointments or get in touch to ask what approach might be most suitable for you.