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1. Gunma is the act of redesigning the sensory map of the central nervous system through tactile stimulation
Our brain possesses a **sensory homunculus** that senses each part of the body. However, prolonged pain, fixed posture, muscle tension imbalance, and trauma distort this map. 건마

The dry horse **realigns these 'distorted sensory maps' with elaborate handwriting compression and density control. 마타이

▣ Core course:
Tactile Stimulation → Lateral Muscle Sensory Neuron → Spinal cord-visual transit → Reinterpretation in the Sensory Cortex

The brain overwrites existing misposition sensory information and reconstructs more accurate body coordinates.

This process is not just relaxation, it is a synaptic remodeling process of body sensory-motor.

2. The actual unit of action of the dry horse is 'recovery of the connection between the skin receptor and the upper central neural network'
The main receptors on which the dry horse acts and its brain response are as follows:

Receptor Type Stimulation Conditions Central Processing Site Results
Meissner corpora light surface contact primary sensory cortex (S1) micro-touch re-recognition
Ruffini ending Continuous pressure + Skin elongation total motor cortex (PMA), cerebellar preparation, postural sensory control
C-tactile effect Slowly Repeated sensory stimulation lateral left nucleus, target circle, amygdala emotional stability, trust building
Nearby incremental compression → number of gamma loop control zones in diastolic spinal cord muscle relaxation
Deep compression of bone tendon organs, tension relief spinal cord, cerebellar force control, antireflection suppression

The dry horse selects and stimulates this receptor according to the situation, so that the stimulus that begins on the surface eventually leads to higher-order sensory integration in the brain.

3. Dry horses are not musculoskeletal adjustments, but 'tactile-based neurorehabilitation process'
Unlike conventional muscle relaxation centered approaches, it induces nervous system integration in the following ways:

▣ (1) Demolition of abnormal sensory patterns
Repeated fascia stimulation inhibits **error-entered sensory synaptic pathways (inhibits) **.

Example: Chronic shoulder pain patients have increased sensory sensitivity to the area → Normalize the irritable neural circuits by inducing a re-recognition process with dry skin.

▣ (2) Creation of new sensory and motor networks
Repeated hand stimulation induces **neuroplasticity** in the brain.

This enables more precise control over body use, and restores previously suppressed movement patterns.

▣ (3) Synchronization of motor and sensory systems
The dry horse not only changes the tension of the muscle, but also adjusts the central function itself to recognize and control the tension.

This leads to changes in recruiting patterns in exercise units, stabilization of the core, and improvement of large muscle usage habits.

4. Gunma also works as an "emotional-somatic integration" mechanism
Sensations are very closely connected to emotions. In fact, people who have been dried up shed tears for no reason or express their emotions in a deep state of relaxation because of the following process:

Tactile stimulation → vagus nerve → limbic system (emotional center) activation

Release of fascia → Emotional memory accumulated in the body is freed

In particular, when physical trauma and emotional repression in the past are stored in specific tissues, dry horses can be a medium to call this emotion.

This response is very important in **Body-Oriented Psychotherapy**. Dry horses are not just relaxation, but can function as tactile mediators that safely take out emotional memories stored in the body.

5. Gunma is a 'dynamic feedback-based procedure': the technique of reading the subject's response
Unlike many manual therapies, dry horses are more dependent on response interpretation ability than on the operator's skill. Specifically:

micro-change in skin resistance

reflexive elastic response of muscles

a change in the depth and beat of one's breath

Skin temperature and color change

Whether the subject sympathizes with the rhythm

By collecting these data in real time, the operator immediately adjusts the intensity, direction, and rhythm of the stimulus.

In other words, dry horses are not 'technical procedures', but 'sensory feedback-based coordination behavior'.

6. bioregivically, a horse
The dry horse can induce electrostatic stimulation and micro-distribution of biocurrent through physical friction. The human body maintains a stable membrane potential of about 70 mV, which works in the following way:

Static compression and repeated friction → inducing changes in skin potential

The corresponding stimulation changes the ion distribution of subcutaneous tissue → local vasoconstriction or contraction response

Changes in the firing threshold of nerve cells → Changes in pain sensitivity, induce relaxation

This means that the dry horse can act to reverse the electrical balance of the extracellular environment, and it is a differentiated effect that is difficult to obtain in a normal massage.

7. Conclusion: Gunma Is a 'Tactile-Based Neural Integration Procedure' That Resets Human Sensory Networks
"The dry horse is not a physical act that irritates the skin, but an integrated stimulation system that corrects distorted sensory input structures, restores emotional and body alignment, and realigns feedback loops in the nervous system."

This definition elevates dry horses to complex therapeutic techniques at the intersection of sensory motor integration, cognitive regulation, and emotional relaxation, not just massage areas.