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1. see the action of dry horses from the perspective of 'nonverbal sensory interpretation'

Dryness is not just the act of pressing and rubbing the skin with your hand. This is a **non-verbal sensory dialogue** between the operator and the handwritten subject.

Reflective tension reactions through the skin, fine muscle tremors, and speed of response to pressure are the signs that the operator senses to read, 건마

The operator uses this data to 'decipher' the subject's internal conditions (such as autonomic nervous system balance, pain sensitivity, psychological defense mechanisms, etc.). 마타이

Key: Gunma is not just a physical act, it is a high-dimensional exchange of sensory information that plays the role of a body sensory interpreter.

2. Skin-emotional connection mechanism of dry horse

The skin is not just an envelope. In fact, the skin has such a large distribution of nerves that it can be called a **'brain exposed to the outside world', especially the sensory system directly connected to emotions.

C-tactile receptors (CT capabilities)

This receptor responds to soft and slow touch, activating emotion-related brain regions such as the lateral left nucleus, limbic system, and cavernous society rather than the cerebral neocortex.

Gunma strategically utilizes this C-tactile system to induce the following effects.

Emotional calming

post-traumatic tension relief

Empathic stimulation (why dryness can act as an empathetic treatment)

release of psychological defense and restoration of integration of bodily sensations

3. Deep tissue regulation in dry horses: Tension defences dismantling and readjustment

Long-term stress or trauma causes continuous muscle tension and tissue reduction in the deep fascia layer. This is described as a chronic sympathetic nervous system hypertension.

Gunma dismantles these organizational defenses in the following ways:

① Detection and relaxation of deep tension

It discriminates the layers of fascia through vertical compression-stop-vibration-relaxation repetition, not surface stimulation, and identifies heterogeneous resistance.

This resistance is often linked to chronic traumatic experiences, persistent malfeasance, and nonverbal oppression.

② Restoring the organization's 'micro-movement range'

The suppressed tissue begins to move finely due to dryness, which can be called **Tissue Breathing**.

These movements induce resetting of the spinal reflex pathway and stabilization of the nearby spinal sensory system.

4. Reformation of sensory-motor loops

The human body recognizes and regulates movement by **Sensory-motor Loop (Sensory Motor Loop)**. This loop consists of the following cycles:

Sensory Input →

Central interpretation →

Exercise command →

Move →

Enter the senses again...

However, pain, negative posture, and physical learning deficits distort this loop.

The dry horse reconstructs this loop in the following ways:

Stabilize the sensory feedback system by providing accurate stimulation position and predictable rhythm.

Repeated hand stimulation stimulates the **exercise planning circuit (PMA-SMA, etc.)** to form a new movement route.

This naturally corrects errors in motor memory and re-learns body alignment.

5. Autonomic Nervous System Reset: Rhythmic Stimulation Effect of Gunma

The body's autonomic nervous system is controlled through the balance of sympathetic and parasympathetic. The dry horse induces restoration of this balance through the following mechanism:

Rhythmic iterative pressure → increased heart rate variability (HRV)

This is a sign that the body has entered recovery mode, i.e., increased parasympathetic activity.

Stimulation around the abdomen, thorax, and neck lymph nodes is directly linked to vagus nerve activation, leading to decreased heart rate, stabilization of digestive organs, and improvement of mood.

6. a phenomenon that actually occurs inside the body during dry spells (deep dissection)

Actin-myosin binding state in myofibrils is released

In the long-term tension, the myosin bridge is not released, and the muscles are fixed. Dry horse induces Ca2+ redistribution to release muscle contraction.

Viscosity of extracellular matrix (thixotropy)

The fascia and subcutaneous tissue decrease viscosity and increase fluidity due to external stimuli. Dry horses induce this to improve tissue flexibility, blood flow, and lymph flow.

Increasing subcutaneous and deep temperature → tissue reactivation

Heat is the most essential for tissue recovery, and dry horses create a regenerative environment by raising the deep temperature by 1 to 2 degrees only by hand.

7. brain cognitive effects of dry horses

Continuous dryness can induce the following changes in the brain of the handwritten subject:

Restoring the senses of one's body (improving interception)

Sensitivity to senses in the body increases, which is linked to emotional stability and self-boundary recovery.

relief of negative body memory

After trauma, people who had a reluctance to touch rewrite their body memories while storing positive sensory experiences again through dry horse.

Thalamus-Sensory Cortical-Pancreatic Pathway Activated

This leads to the action that the dry horse increases the **conscious body sensitivity**, not just the senses.

Definitions of Finishing:

"Dry horse is a high-level body integration technique carried out through the sensory organs called the hand, ranging from biosensory coordination, deep tissue liberation, emotional stability, and autonomic nervous system reorganization."

These definitions do not treat dry horses as simple massages, but can be repositioned as applied healing techniques that stand on the borders of cognitive neurology, biomechanics, and sensory integrative therapy.