Where Shame is Registered in the Body & Brain

 Neurosomatic Mapping of Shame:

Brain Region	Function in Shame Processing	Personality Defenses Involved
Insular Cortex	Interoceptive awareness (body-based shame, gut sensations, visceral contraction)	Oral, Masochistic, Narcissistic
Anterior Cingulate Cortex (ACC)	Self-monitoring, social comparison, error detection	Rigid, Masochistic, Oral, Narcissistic
Amygdala	Fear-based social rejection, threat detection	Schizoid, Oral, Masochistic
Medial Prefrontal Cortex (mPFC)	Self-referential shame, rumination, overthinking	Narcissistic, Rigid, Oral
Vagus Nerve (Dorsal Branch)	Autonomic shutdown, withdrawal	Oral, Schizoid, Masochistic

 

Neuro-Somatic Interventions for Shame

Neuro-Somatic Intervention Plan for Shame

💡 Core Issue: Internalized suppression, self-rejection, and collapse in response to perceived unworthiness or social judgment.
💡 Goal: Shift from postural & emotional contraction to openness, self-acceptance, and relational engagement.

Refining the TCM Sinew Channel Mappings for Reflexes & Emotional States

We will systematically determine which sinew channels are connected to each primitive reflex and emotional state based on:

1. Freeze-Related Reflexes & Emotions (Dorsal shutdown patterns).
2. Fight/Flight Reflexes & Emotions (Sympathetic activation).
3. Hinge States (Emotions that can shift between systems).
4. Regulated States (Ventral vagal, high-frequency states).

Somatic Therapy Protocols for Emotional Rewiring

This framework maps emotions to their corresponding nervous system states, brain regions, body patterns, and movement-based regulation strategies, ranked from least regulated (lowest frequency) to most regulated (highest frequency).

Each emotional state has a specific autonomic & physical expression—which means we can intervene through movement, breathwork, and sensory input.

Understanding the Interaction Between Dorsal Vagal and Sympathetic States

1. Traditional Model:

   • Dorsal vagal activation is often associated with parasympathetic dominance → freeze, collapse, dissociation.
   • Sympathetic activation is associated with fight-flight → hyperarousal, action, agitation.

Neuro-Somatic Intervention Plan for Apathy

 💡 Core Issue: Complete dorsal vagal collapse—numbness, lack of motivation, disconnection from body & environment.

💡 Goal: Reignite energy flow, restore movement initiation, and shift from immobilization to engagement.

Neuro-Somatic Intervention Plan for Dread

💡 Core Issue: Anticipatory freeze—fear without escape, immobilization while waiting for impact.

💡 Goal: Unfreeze the body, reduce hypervigilance, and restore a sense of agency.

Neuro-Somatic Mapping for Basic Emotional States - Autonomic Focus

 Least regulated to most regulated within each category.

I. Freeze States (Dorsal Vagal Collapse) → Least Regulated to More Regulated

💡 These are the most primal states—linked to shut-down, immobility, and helplessness.

How Resistance Manifests in the Nervous System, Body, and Emotional Defenses

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 Neuro-Somatic Mapping for Resistance:  How Resistance Manifests in the Nervous System, Body, and Emotional Defenses

Neuro-Somatic Emotional Mappings

1. Autonomic & Nervous System Mapping
2. Brain Regions & Neurochemistry
3. Somatic & Bioenergetic Expression
4. Primitive Reflex Involvement
5. Character Defense Response
6. TCM & Fascia Integration
7. Regulation Strategies & Interventions

Mapping Blended Character Structures to Socialization & Trauma Patterns

The blended structures show much stronger overlap with the Enneagram, particularly because the Enneagram recognizes the fluidity of personality based on context, stress, and social roles.

1. The Role of Developmental Trauma & Limbic System Imprints

• Heller’s NeuroAffective Relational Model (NARM) mapped character structure to developmental timing, showing how different trauma ages create distinct emotional & autonomic imprints.

Neuro-Somatic Mapping for Hypervigilance

Neuro-Somatic Mapping for Hypervigilance

💡 Core Issue: Hypervigilance is a persistent state of heightened alertness, where the nervous system is locked in threat detection mode. Unlike anxiety (which involves anticipatory distress), hypervigilance is scanning for immediate danger, often without conscious awareness.

💡 Goal: Shift the nervous system from persistent scanning and tension into adaptive situational awareness, allowing for rest, regulation, and dynamic engagement.

Movement Therapy for Autonomic Recalibration Across Personality Defenses

 Movement-based interventions work by engaging different autonomic states and retraining the nervous system to move fluidly between activation and relaxation. These approaches use breath, weight distribution, rhythm, and muscle activation to shift people out of stuck defensive states.

Deep-Dive: Autonomic-Based Movement Sequences for Each Personality Structure

These sequences are designed to directly target the autonomic imbalances and muscular armoring patterns in each personality defense. Each sequence includes:

1. Preparatory Phase → Brings awareness to the body.
2. Activation Phase → Engages the necessary energy shift (grounding, release, expansion).
3. Integration Phase → Allows for a smooth return to balance.

Mapping Bioenergetic Character Structures to Enneagram Types

The five bioenergetic character structures describe developmental adaptations to early relational trauma, shaping how energy, posture, and defense mechanisms manifest in the body and personality. The Enneagram system, in contrast, describes egoic patterns and core fears that drive personality expression.