Living in Confidence

How the Mind Controles the Body 











Muscle innervation

The transverse muscles are controlled by 2 germ layers:

  • The motor cortex (ectoderm) controls muscle movements
  • The cerebral medulla (new mesoderm) controls muscle mass.

Whether it involves the left or right side of the body depends on the biological laterality of the person.


Themes

General: not being able or allowed to make a certain movement, being trapped, feeling stuck, not being able or allowed to get away or come along, not being fast enough, etc.

Specific: it may involve a single muscle, a muscle group or one or more limbs.

  • Not being able or allowed to follow, walk, dance, jump, kick, escape, etc. (legs and feet).
  • Unable or not being allowed to defend oneself, unable or not being allowed to push someone away or unable or not being allowed  to grab, embrace (arms and hands) someone.

The exact conflict content depends on the location of the body, see the skeleton at the bottom of new mesoderm.


Some specific muscle groups:



CA phase

Muscle weakness of muscle paralysis.
The amount of nerve impulses are diminishing (controlled by the motor cortex, ectoderm)

 

Decrease in muscle tissue (controlled by the cerebral medulla, new mesoderm).

Biological purpose

"Freeze" response. Being motionless to avoid being seen, fake-death reflex.

When something moves, the eye is involuntarily drawn to it. It is a compulsive reflex and cannot be avoided. A prey animal that cannot escape has the greatest chance of survival if it does not move: the predator often does not see it. If it moves, it "catches the eye" and can be caught. So they "play dead".

In humans it is often metaphorical: there is a certain situation from which you cannot get out, in which you are stuck. There is no immediate life threat, so the "freeze" response is not necessary, but there is increasing muscle weakness, which is essentially a weakened "freeze" response.

Symptoms

  • In intense conflicts: sudden muscle paralysis. In a sudden life-threatening situation, control from the motor cortex stops.
  • In less intense conflicts: paralysis in a few muscles, manifesting as muscle weakness. Gradual reduction of control from the motor cortex.
  • Muscular atrophy or muscular dystrophy. Muscular atrophy is seen as temporary, dystrophy as permanent and incurable. According to biological laws, the conflict theme is the same but with dystrophy the impact will be in early childhood or even the womb. The theme is anchored in a deeper layer of the subconsciousness.
  • Abnormal shape of the spine: scoliosis, lordosis or skifosis ("I can't, am not allowed or it is not accepted to keep my back up straight").










PCL phase

Due to healing edema in the brain a sudden worsening of paralysis or muscle weakness. Rebuilding of muscle tissue, more mass returns than was there before, see new mesoderm.

Symptoms

Worsening of symptoms due to the healing fluid in the brain, which further reduces or completely stops the impulses from the brain to be transmitted and muscle controle diminishes or fails.

Paralysis symptoms may occur both on impact and during resolution. Often one does not notice that an active conflict is running, the muscle weaknesses are light and pass unnoticed. Only at resolution there is a sudden aggravation and it becomes visible. Thus, with sudden musculoskeletal problems, both options should be considered.

The sudden inability to move (properly) often gives rise to follow-up conflicts.
Diagnoses that involve the prospect of a wheelchair, such as MS, ALS, Polio, Guillain-Barré, etc., also create new conflicts and complicate healing.


EC

Epileptic seizure. Severe, uncontrolled muscle spasms. There are 2 forms:

  1. Shocks, spasms. Upon impact, a fast movement could not be made, for example, a person could not run away quickly (dynamic muscles).
  2. Muscle cramps. On impact, one used all the force enough to stop something, for example, one pressed the brake as hard as possible, to avoid a collision (static muscles).

In both cases, it is a sign that normal muscle control and muscle movements are returning. In practice, however, these symptoms very often create a new conflict (symptom shock).


Some specific muscle groups:

  • Bronchial muscles: violent, compulsive coughing attacks. With another active conflict in the female territorial area: bronchial asthma (prolonged / impaired exhalation).
  • Laryngeal muscles: whooping cough attack. In another active conflict in the male territorial area: laryngeal asthma (prolonged / impaired inhalation).

This topic is discussed in detail during the online workshop Bio-logical Behavior and Character.


With these programs, we very often see hanging healings in the PCL-A/EC: epilepsy, Parkinson's.
After all, because of the muscle weakness/paralysis, one really cannot make a certain movement. The original theme is triggered again and again. 


PCL-B

Normal muscle function returns. In the case of laryngeal and bronchial muscles: prolonged coughing.

Biological purpose

Because more muscle mass is built up in the healing phase than was lost in the CA phase, one is stronger at the end of the program than before, see new mesoderm.
Thus, there is no temporary improvement in function for survival in the CA phase, but permanent improvement at the end of the program.

So the biological purpose is both in the CA phase and at the end of the PCL-B.


Constellations of the motor cortex: tics, Touret's syndrome.


Sphincters

For all sphincters (sphincters of the bladder, uterus, rectum, stomach, etc.) applies:

  1. No cell decrease in the CA phase
  2. They relax (open) in the CA phase and during EC:
    - Bladder sphincter: peeing ones pants to better mark the territory
    - Rectum sphincter: pooping ones pants to better mark the territory
    - Cervical sphincter during EC: giving birth
    - Stomach, oesophageal sphincter: reflux, heartburn in Ca and EC, see gastric mucosa.