These enameled structures are embedded in the maxillary bone and mandible.

Enamel is a semitranslucent calcium crystal.

The crystalline structure of enamel accounts not only for the tooth’s great strength, but also for its brittleness.

Teeth, therefore, are the hardest structures in the body. 

Two separate and distinct sets of teeth develop in the body.

The first set, the deciduous or baby teeth, normally starts to appear at about six months of age.

The second set, the permanent teeth, normally starts to appear at about six years of age.

In the first set there are 20 deciduous teeth, in the second set there are 32 permanent teeth.

In the embryo, baby teeth start to form between the sixth and eighth week of gestation.

Permanent teeth begin to form in the twentieth week of gestation.

When pressure is exerted on a tooth during chewing, the tooth moves slightly in its socket and puts tension on the periodontal ligaments.

The nerve fibers of the peridontal ligaments then send information to the central nervous system for interpretation.

From a subconscious self point of view, the teeth take things apart.

From a subconscious self point of view, the teeth are the beginning of discernment.

From a traumatized subconscious self point of view, concepts are confused in the psyche.

From a traumatized subconscious self point of view, reflection is not honored in the psyche.

When the subconscious self is empty, there is clarity in the psyche.

When the subconscious self is empty, the teeth are strong and stable.

Due of its final destination, the hypoglossal nerve is named after the Latin phrase for “under the tongue”. 

Originating on the brain stem, the hypoglossal nerve exits through the cranium, then passes down along the carotid arteries and then spirals down behind the vagus nerve. 

The hypoglossal nerve winds its way to the submandibular region and then enters the tongue from underneath.

The human tongue has eight muscles, four are intrinsic and four are extrinsic.

The four intrinsic muscles act to change the shape of the tongue, and are not attached to any bone. 

The four extrinsic muscles act to change the position of the tongue and are anchored to bone.

All intrinsic and three extrinsic muscles of the tongue are supplied by the hypoglossal nerve.

The hypoglossal nerve supplies motor fibres to the muscles of the tongue.

All the muscles of the tongue are striated and therefore voluntary.

Voluntary control requires conscious thought.

Swallowing is an involuntary action intiated by the voluntary movements of the tongue.

Speech is a voluntary action intiated by voluntary movements of the tongue.

From a subconscious self point of view, the hypoglossal nerve produces swallowing and speech.

From a subconscious self point of view, the hypoglossal nerve determines what is internalized and what is externalized.

From a traumatized subconscious self point of view, the hypoglossal nerve confuses what’s swallowed and what’s spoken in the psyche.

From a traumatized subconscious self point of view, boundaries are not tolerated well in the psyche.

When the subconscious self is empty, boundaries are clear in the psyche. 

When the subconscious self is empty, the hypoglossal nerve is well coordinated.

Because of its long and winding path the vagus nerve was named after the Latin word for wanderer. 

Originating on the brain stem, the vagus nerve exits through the cranium, then passes down along the carotid arteries, enters the thorax and descends on the aortic arch. 

Vagal fibers then enter the lower part of the esophagus and penetrate into the diaphragm.

The vagus nerve then blends fibers into the cardiac and pulmonary neural networks. 

The vagus nerve then descends further into the abdomen and sends out branches to all the visceral organs except the adrenal glands. 

This means that this single nerve influences heart rate, swallowing, peristalsis, speech, breathing and sweating as well as many other processes.

In spite of these numerous and widely diversified motor activities, the majority of the vagus nerve’s neural activity is sensory.

The vagus nerve reports a vast amount of sensory information about the status of the visceral organs to the central nervous system. 

Since the vagus nerve is parasympathetic in nature and sensory it slows down and keeps track of the visceral organs.

The vagus nerve has an overall effect of slowing down the viscera. 

The vagus nerve can easily bring about unconsciousness.

From a subconscious self point of view, the vagus nerve reports the sensory world of the viscera.

From a subconscious self point of view, the vagus nerve reports on the intuition.

From a traumatized subconscious self point of view, there is an excessive rationality in the psyche.

From a traumatized subconscious self point of view, intuition is not honored in the psyche.

When the subconscious self is empty, the mind and intuition operate seamlessly.

When the subconscious self is empty, the vagus nerve is unimpaired.

The right adrenal gland is pyramidal in shape, the left adrenal gland has a crescent shape.

Each adrenal gland has two distinct structures, the outer adrenal cortex and the inner adrenal medulla.

The adrenal cortex is regulated indirectly by the pituitary gland.

The adrenal medulla is regulated directly by the sympathetic nervous system.

The adrenal cortex has three layers. 

The outermost layer of the adrenal cortex produces aldosterone.

Aldosteone is a yellow hormone regulating water metabolism.

The middle layer of the adrenal cortex produces cortisol.

Cortisol turns up metabolism according to the light/dark cycle.

The innermost layer of the adrenal cortex produces sex steroids.

Sex steroids control the development and expression of sexual traits.

The adrenal medulla, the core of the adrenal gland, produces epinephrine and norepinephrine.

Epinephrine and norepinephrine make the heart beat faster.

From a subconscious self point of view, the adrenal glands prepare the body for increased activity.

From a subconscious self point of view, the adrenal glands externalize awareness.

From a traumatized subconscious self point of view, there is externalized anxiety in the psyche.

From a traumatized subconscious self point of view, inactivity is not tolerated in the psyche.

When the subconscious self is empty, the body is at rest in activity.

When the subconscious self is empty, the adrenal glands are internalized.

The spinal cord, however, does not travel down the entire length of the vertebral column.

The spinal cord extends down from the cranium and ends coned-shaped, the conus medullaris, at the level of the 2nd lumbar vertebra.

After the spinal cord tapers out, the spinal nerves continue as dangling roots called the cauda equina, the “horse’s tail”.

The spinal cord is enveloped loosely by a tough covering called the dura mater.

The dura mater continues just past the conus medularis and condenses into a tough thread, the filum terminale.

The filum terminale continues down through the cauda equina, through the sacrum, and anchors itself at the tip of the coccyx.

It therefore physically stabilizes the spinal cord in the vertebral column.

The spinal cord essentially has two way electrical traffic along its length.

Motor information travels down the ventral part, the front part, of the spinal cord.

Sensory information travels up the dorsal part, the back part, of the spinal cord.

So the body has a central electrical circuit of up the back and down the front, sensory to motor, sensory to motor.

This cyclical pattern resembles a wheel rolling forward.

From a subconscious self point of view, the spinal cord produces an electrical cycle.

From a subconscious self point of view, the spinal cords cycles forward through time.

From a traumatized subconscious self point of view, there is time paralysis in the psyche.

From a traumatized subconscious self point of view, completing the past is not honored in the psyche.

When the subconscious self is empty, there is time completion in the psyche.

When the subconscious self is empty, the spinal cord’s electrical circuit cycles freely.

The signal proceeds through the cerebellar system, from input to output, with very little recurrent internal transmission. 

This feedforward mode of operation means that the cerebellum, in contrast to the cerebral cortex, cannot generate closed loops of neural activity. 

Signals enter the cerebellum, are then processed at each stage in sequential order, and then leave. 

What the rest of the nervous system seems to require from the cerebellum is presumably not deliberation but rather a rapid, clear and precise response to the input.

The cerebellar system is functionally divided into independent modules, which may number in the thousands. 

Each module has a similar internal architecture of parallel arrays.

The cerebellum is also designed as a divergence-convergence system. 

In each module, information from 200 million inputs are internally expanded to 40 billion parallel branching outputs that then converge onto 15 million neurons.

Eventually, this convergence focuses down down to a group of less than 50 deep nuclear cells.

Thus, each independent cerebellar network receives a modest number of inputs, processes them very extensively through an enormous parallel array, and then sends out the results via a very limited number of output cells.

Additionally, the influence of each parallel fiber on those nuclear cells is adjustable. 

This arrangement gives an immense flexibility for fine-tuning the relationship between cerebellar inputs and outputs.

From a subconscious self point of view, the cerebellum produces clarity and precision.

From a subconscious self point of view, the cerebellum separates confusion from clarity.

From a traumatized subconscious self point of view, the cerebellum is erratic.

From a traumatized subconscious self point of view, flexibility is not tolerated well in the psyche.

When the subconscious self is empty, there is no confusion in the psyche.

When the subconscious self is empty, the cerebellum is precise.

The brain stem is composed of, in descending order, the midbrain, the pons and the medulla oblongata.

Ten of the twelve pairs of cranial nerves that exit from the skull, branch from the brain stem.

Although relatively small, all information relayed from the body to the brain, and vice versa, must traverse the brain stem.

The ascending tracts, in the dorsal portion of the spinal cord, are the sensory pathways travelling from the body to the brain.

The descending tracts, in the ventral portion of the spinal cord, are the motor pathways travelling from the brain to the body.

Therefore, the central electrical circuit in the body travels up the back and down the front.

The brain stem has integrative functions in the cardiovascular and respiratory systems.

The brain stem maintains consciousness and regulates the sleep cycle.

Toward the bottom of the brain stem the descending motor tracts crossover and switch sides.

This decussation marks the transition from brain stem to the spinal cord. 

From a subconscious self point of view, the brain stem separates the motor from the sensory.

From a subconscious self point of view, the brain stem separates doing from being.

From a traumatized subconscious self point of view, the brain stem is bound to doing.

From a traumatized subconscious self point of view, the psyche resists inactivity.

From a traumatized subconscious self point of view, being is not tolerated well in the psyche.

When the subconscious self is empty, there is no tension in the psyche.

When the subconscious self is empty, the brain stem is adept in being.

The brain and spinal cord are both buoyant in the cerebrospinal fluid.

The brain and spinal cord can therefore maintain their density without being impaired by their own weight.

Consequently, the cerebrospinal fluid cushions the brain within the skull and the spinal cord within the vertebral column.

The cerebral ventricles are four large interconnected and fluid-filled chambers in the interior brain.

Cerebrospinal fluid is produced by the choroid plexus, a series of feathery structures in the ventricles.

Cerebrospinal fluid flows out from the interior ventricles through tiny canals to envelop the brain and spinal cord. 

The cerebrospinal fluid flows all the way down in the vertebral column to the lumbar cistern, a fluid filled space beyond the end of the spinal cord.

The brain and spinal cord are covered by a series of tough membranes called meninges. 

The innermost membrane is called the pia mater. The middle layer is called the arachnoid mater and the outermost, the dura mater.

The cerebrospinal fluid flows between between the pia mater and the arachnoid mater.

Cerebrospinal fluid is reabsorbed into the venous ciculation via the arachnoid layer.

The cerebrospinal fluid rinses the metabolic waste from the brain and spinal cord through the blood-brain barrier. 

From a subconscious self point of view, the brain and spinal cord bathe in the cerebrospinal fluid.

From a traumatized subconscious self point of view, the cerebrospinal fluid rinses insanity out of the brain and spinal cord.

From a traumatized subconscious self point of view, the psyche is compelled to confuse what is and what shouldn’t be.

From a traumatized subconscious self point of view, what is is not tolerated in the psyche.

When the subconscious self is empty, there is no resistance in the psyche.

When the subconscious self is empty, the cerebrospinal fluid is clear.

The vestibulocochlear nerve develops in the embryo from a thickened disc on the ectodermal surface of the head.

The vestibule is the central part of the inner ear.

The inner ear is fluid-filled.

The vestibule is in between the cochlea and the semi-circular canals.

The sound-perceiving cochlea is nautilus-shaped.

The balance-perceiving semi-circular canals are spatially oriented in three different planes.

Internally, both the cochlea and semi-circularw canals have hair cells. 

These inner hair cells are responsible for the translation of sound or spatial position into neural transmission.

With sound or movement these hairs undulate like seaweed.

Therefore, the perception of sound and balance are water-based.

The cochlea, vestibule and semi-circular canals are situated spatially in such a way as to give rise to a point of awareness.

This point of awareness relates to the same point of awareness generated by the eyes and optic nerves.

From a subconscious self point of view, the vestibulocochlear nerve generates balance and hearing.

From a traumatized subconscious self point of view, the vestibulocochlear nerve cannot generate a balanced sense of listening.

From a traumatized subconscious self point of view, the psyche is compelled to interpret rather than listen.

From a traumatized subconscious self point of view, reorientation is not tolerated in the psyche.

When the subconscious self is empty, there is no narrative in the psyche.

When the subconscious self is empty, the vestibulocochlear nerve reorients water.

Ligaments connect bones to bones. 

Tendons connect muscles to bones. 

Fascia connects muscles to muscles.

Connective tissue is capable of withstanding tension.

Connective tissue transfers power and stability.

Connective tissue is tough, fibrous and dense.

Connective tissue fibers are parallel to each other, closely knit and wave-like.

Under tension the wavy pattern of the fibers straightened out. 

Connective tissue surrounds blood vessels and nerves.

Connective tissue suspends organs within their cavities and wraps them in layers.

Connective tissue provides a sliding and gliding environment.

The meninges wrap the brain and spinal cord.

The pleura wraps the lung.

The percardium wraps the heart.

The peritoneum wraps the abdominal organs.

The mesenteries suspend the abdominal organs.

From a subconscious self point of view, connective tissue holds the body together.

From a traumatized subconscious self point of view, connective tissue holds the body in bondage.

From a traumatized subconscious self point of view, the psyche is compelled to live in the past.

From a traumatized subconscious self point of view, flexibility is not tolerated in the psyche.

When the subconscious self is empty, connective tissue has completed the past.

When the subconscious self is empty, connective tissue has released the body.