We know from the science of embryology that within the first seventeen days of the embryonic stage, three germ layers (Endoderm, Mesoderm and Ectoderm) develop from which all the organs and tissues originate. When a fetus develops during the embryonic phase (ontogenesis), the growing organism passes in a highly accelerated speed through all the evolutionary stages (phylogenesis). During this journey through the stages of evolution - from a single celled creature to the complete human being - the three germ layers direct step by step the development of the entire organism.

ENDODERM (Inner Germ Layer) developed during the earliest evolutionary period at a time when the creature was still living in the water environment. Naturally, the endoderm is also the first germ layer of the embryonic stage. Being the first layer, the endoderm forms the oldest organs. It develops the sub mucosa of the entire alimentary canal from the mouth to the rectum, the inner coating of the prostate, the uterus (without the cervix) and the fallopian tubes. The nuclei of the acoustic nerves, the thyroid gland, the kidney collecting tubules, the lung alveoli and the liver also derive from the endoderm.

The oldest organs that originate from the oldest germ layer are controlled from the oldest part of the brain, the brain stem (diagram), and consequently respond to the oldest conflicts. In the brain stem laterality is insignificant.  

Biological conflicts of the brain stem are concerned with basic survival issues such as breathing, reproduction and food. The alimentary canal corresponds to so-called ”morsel“-conflicts, alluding to the real food morsel or food chunk. The ”inability of getting a hold of a morsel“ is linked to the mouth and pharynx (including the palate, tonsils, salivary glands, and the naso-pharynx), the " conflict of not being able to swallow a morsel“ relates to the esophagus (lower part), the ”inability to digest a morsel“ corresponds to the organs of the digestive system such as the stomach (except the small curvature), the small intestines, the large intestines, the sigmoid colon and rectum, as well as the liver and the pancreas. Animals experience such ”morsel“-conflicts in real terms, e.g. when a piece of food is stuck in the intestine. Since human beings are able to interact with the world in a more abstract fashion through language and symbols, we humans often experience these ”morsel“-conflicts in a figurative manner. Such a figurative morsel can translate into a contract we could not ”catch“, an offending remark we could not ”digest“, ”morsels“ we want to possess, ”morsels“ we hold on to, ”morsels“ that were taken away from us, or ”morsels“ we can not get rid of.

The middle ear is linked to hearing conflicts. The conflict of ”not being able to catch a piece of information“, e.g. missing an important message, affects the right ear, whereas the conflict of ”not being able to get rid of a piece of information“, e.g. an unpleasant message, affects the left ear.      

 
The lungs and the kidneys hold the oldest survivial programs. While the kidney collecting tubules relate to an  "existence conflict" and a ”profound abandonment conflict“ (feeling isolated, excluded, being suddenly away from our ”group“, e.g. being hospitalized or put into a nursing home), the lung alveoli instantly respond to a ”death fright conflict“, often triggered through a unexpected cancer diagnosis. The liver responds to a "starvation conflict", e.g. triggered by vomiting during chemo therapy. The uterus and prostate are linked to a half-genital-conflict relating to an ugly conflict with the opposite gender.

 
Histological formations: all organs and tissues that derive from the endoderm and are directed by the brain stem show in the conflict active phase cell increase in form of an adeno-carcinoma. Thus, cancer of the colon, the liver, the lungs, the kidneys, the uterus, or the prostate all originate in the brain stem and are caused by their corresponding conflict shocks. With the resolution of the conflict the tumor immediately stops growing. During the healing phase the extra cells that are no longer needed are decomposed with the help of specialized microbes (diagram, fungi and myco-bacteria).

While there is cell increase (tumor growth) during the conflict active phase, there is cell decrease (tumor destruction) during the healing phase. If the microbes are not available, perhaps due to vaccination, the tumor stays in place without further cell proliferation. As long as the tumor does not cause any mechanical obstruction and no hormone producing tissue is involved, the tumor is considered as completely harmless.

MESODERM (Middle Germ Layer) is divided into an older and a younger group. The old brain mesoderm is directed from the cerebellum, which is part of the old brain; the new brain mesoderm is directed from the cerebral medulla, which belongs already to the cerebrum (diagram).

 
Old Brain Mesoderm: After our evolutionary ancestors had left the water environment, a skin was needed to protect them from the excessive radiation of the sun and from drying out. This first skin was also designed to provide protection against attacks. Organs and tissues that derive from the old brain mesoderm are the corium skin (under skin), the pleura (skin which covers the lungs), the peritoneum (skin covering the abdominal cavity and abdominal organs) as well as the pericardium (skin that lines the heart). With the evolution of mammals the breast glands developed out of the corium skin; the nipple - from which the suckling can take its milk - is a protrusion of the corium skin (compared to the epidermis and the lining of the milk-ducts that developed at a much later stage in evolution and are consequently controlled from the youngest part of the brain).

 
All organs that derive from the old brain mesoderm are controlled from the cerebellum (cerebellum and brain stem are referred to as the "Old Brain" (diagram). In the cerebellum the rules of laterality apply.    

Biological conflicts of the cerebellum relate to so-called ”attack-conflicts“ (both in a real and figurative sense) reflecting the protective function of the cerebellar skin. For example, too much sun exposure is, biologically speaking, an ”attack against the skin“ (even without an emotional DHS) causing a melanoma as a protective shield against further ”attacks“ of this kind; a figurative ”attack against the abdomen“ can be triggered by an unexpected colon tumor diagnosis; a symbolic ”attack against the chest“ may be caused by a breast amputation or a severe asthma attack; a figurative ”attack against the heart“ with the unexpected announcement of a bypass-operation or together with a heart attack. The breast glands, synonymous for caring and nurturing, respond to ”nest-worry-conflicts“  (Article Breast Cancer).

 
Histological formations: All organs and tissues that derive from the old brain mesoderm and are controlled from the cerebellum show during the conflict active phase cell multiplication in form of a tumor. Thus, melanoma, glandular breast tumors, or peritoneal, pleural and pericardial tumors (so-called mesothelioma) all originate from conflicts that impact the corresponding brain area in the cerebellum. With the resolution of the conflict the tumor stops growing. During the healing phase the now superfluous cells are decomposed by specialized microbes (diagram, bacteria). All cerebellar controlled tumors create potentially excessive fluid in the healing phase causing pleural, peritoneal (Ascites) or pericardial effusion.

While there is cell increase (tumor growth) during the conflict active phase, there is cell decrease (breakdown of the tumor) during the healing phase. If the necessary microbes are not available, perhaps due to vaccination, the tumor stays in place without further cell augmentation.

NEW BRAIN MESODERM: the next step in evolution was the development of a muscular and skeletal structure that enabled the creature to move – to crawl, to walk, to run. Organs and tissues that developed from the new brain mesoderm are the bones, the cartilage, the tendons, the connective tissue, the striated muscles, the myocardium, the kidney parenchyma, the adrenal cortex, the ovaries and testicles, the whole lymphatic system with the lymph vessels and the lymph nodes, the spleen as well as the veins and arteries (except the coronary vessels).

All organs and tissues that derive from the new brain mesoderm are controlled from the cerebral medulla, which is the interior part of the cerebrum (diagram). In the cerebral medulla the rules of laterality apply.

Biological conflicts of the cerebral medulla relate predominantly to ”self-devaluation conflicts“. A sudden loss of self-worth can be triggered by an unfair remark, by being put down, by failing at work, in sports or in school, or when we feel unsupported. The transition to retirement, aging or illness (”I am useless“) provide infinite situations that can trigger a loss of self-confidence. Whether the self-devaluation affects the bones, the muscles, the cartilage, the tendons, or the lymph nodes, depends on the degree of the conflict; the exact location is determined by the specific type of self-devaluation conflict. For example, a ”dexterity conflict“, often experienced with the failure to perform a manual task such as typing or fine manual work, affects the hand and fingers; an ”intellectual self-devaluation conflict“ (failing an exam, losing a game, being put down by a teacher or coach) affects the skull or cervical spine.

The ovaries and testicles respond to a ”profound loss conflict“ (the unexpected loss of a loved one, including a pet), the spleen relates to a ”blood or injury conflict“ (heavy bleeding or, in a transposed sense, an unexpected blood test result), the kidney parenchyma responds to a ”water or fluid conflict“ (e.g. a near drowning experience), the heart muscles are linked to the ”conflict of being completely overwhelmed“ (a highly stressful event), and the adrenal cortex respond to the ”conflict of having gone into the wrong direction“, e.g. finding out to have chosen the wrong therapy.

 
Histological formations: In the cerebrum we have a new situation. All organs and tissues that derive from the new brain mesoderm and are controlled from the cerebral medulla show in the conflict active phase cell meltdown (the reverse of what occurs in organs that are controlled from the old brain). Tissue loss as in osteoporosis (Article Osteoporosis), bone cancer, muscular atrophy, necroses of the spleen, ovaries, testicles or kidney tissue all originate in the cerebral medulla. With the resolution of the conflict the degeneration process stops. During the healing phase the tissue loss is refilled and replenished with the assistance of specialized microbes (diagram, bacteria). The repair process is often accompanied with swelling, inflammation, infection, discharge, fever and pain.

Conditions such as Morbus Hodgkin or lymphoma (metastasis), osteosarcoma, ovarian or testicular cancer, leukemia, spleen enlargement, or arthritis are all symptoms of the healing phase.

While there is cell decrease (necrosis, osteolysis) during the conflict active phase, there is cell augmentation during the healing phase. If the necessary microbes are not available, healing still occurs but not to a biologically optimum degree.

ECTODERM (Outer Germ Layer) is the youngest germ layer. Over time the under skin proved insufficient, thus, a second, more resistant skin developed that covered the entire corium skin. The new skin layer consists of squamous epithelium cells. Organs and tissues that originate from the ectoderm are: the epidermis (outer skin), the mucous membrane of the pharynx (including mouth and nose), the pharyngeal ducts, the larynx, the upper esophagus, the bronchial mucosa, the lining of the milk ducts, the small curvature of the stomach, the bile ducts of the liver, the gall bladder, the ducts of the pancreas, the urinary bladder, urethra and renal pelvis, the cervix uteri, and the lower part of the rectum. Squamous cells also cover the inner walls of the coronary arteries and coronary veins. Other tissues that belong to the ectoderm are the retina of the eyes and the enamel of the teeth.

 
All organs and tissues that derive from the outer germ layer are controlled from the cerebral cortex (cerebral cortex and cerebral medulla are part of the cerebrum; diagram).

Cancer-equivalent Diseases 

Hormone status 

Mood Disorders 

Schizophrenic Constellation 

 
Biological conflicts of the cerebral cortex: With the higher evolutionary development, the conflict themes also evolved. In the cerebral cortex we find issues such as ”territorial conflicts“ (the fear of losing the territory or the actual loss of it, anger within the territory, or the inability to mark the territory), ”sexual conflicts“ (sexual rejection or sexual frustration) or ”identity conflicts“ (not knowing where to belong). Separation conflicts (a sudden loss of physical contact with a "mate" or the "group") correspond to the sensory cortex, whereas ”motor conflicts“ (not being able to escape, e.g. triggered by an unpleasant vaccination experience, or feeling trapped, e.g. initiated by the image of being wheel-chair bound caused by an unexpected MS-diagnosis) are programmed into the motor cortex. The frontal lobe receives ”frontal-fear-conflicts“ (a sudden fear of going into a dangerous situation, often triggered with the shock of a cancer diagnosis), wheras the visual cortex relates to dangers that threaten us from behind, e.g. being stalked. Other conflicts of the cerebral cortex are ”disgust and revulsion conflicts“ or ”fear and resistance conflicts“.

 
Histological formations: All organs and tissues that derive from the ectoderm and are controlled from the cerebral cortex show in the conflict active phase cell meltdown in the form of ulceration, as we see, for example, in stomach ulcers. With the resolution of the conflict the ulceration process stops. During the healing phase the tissue loss is refilled and replenished with the help of specialized microbes. The repair process usually occurs with swelling, often accompanied by inflammation, infections, discharge, fever and pain. Intra-ductal breast cancer, bronchial or laryngeal carcinoma, bronchitis or pneumonia, Non-Hodgkin lymphoma, cervical cancer, hemorrhoids, bladder or kidney infections, eczema and other skin disorders (Article Skin Diseases), or the common cold or ”flu“ are all symptoms of the healing phase.

While there is cell decrease (ulceration) during the conflict active phase, there is cell increase during the healing phase (commonly called "cancer"). If the necessary microbes are not available, healing still occurs but not to a biologically optimum degree.

 
Cancer-equivalents: Cerebral cortex controlled organs, and only those, can also display functional disturbance or functional loss, referred to as cancer-equivalent diseases. Such cancer-equivalent diseases show instead of a cell loss (ulceration) functional impairment as in hypoglycemia, diabetes, visual and hearing impairments as well as sensory or motor paralyses like Multiple Sclerosis. Even after years of conflict, these cells seem to be functionally restorable once there is a resolution to the conflict.

 
In the cortex, in addition to laterality, gender as well as the hormone status have to be taken into account. The hormonal status determines whether the conflict is experienced in a male or female manner. If the hormone status is imbalanced as in puberty, during pregnancy or menopause, or if the estrogen or testosterone level is suppressed through medication, e.g. contraceptives, estrogen or testosterone lowering drugs or Chemo, the biological identity and thus the feeling behind a conflict is colored differently, which consequently generates a different response at the organ level. In the GNM therapy the hormone status always has to be taken into account.

Example: A right-handed woman finds out that her husband has an affair. If the woman has a normal hormonal status and experiences the event as a ”sexual frustration conflict“, her cervix will be affected (ulceration during the conflict active phase). If the woman's estrogen level is low because she has already past menopause, she will experience the same incident in a more male fashion. She will now, biologically speaking, perceive the event as a territorial issue (”He left my territory“) rather than a sexual conflict (”He sleeps with her and not with me“). As a result the conflict will impact in the brain relay that controls the coronary arteries resulting in angina pectoris as long as the conflict is active. After the conflict has been resolved, e.g. by reconciling or finding a new mate, the postmenopausal woman might notice irregular heart beats or detect a rise of her cholesterol level, while the woman with a normal hormonal status will develop a cervical tumor, which degrades during the second half of the healing phase.

 
Mood disorders and mental imbalances, viewed by standard medicine as solely disorders of the mind, have like physical disorders a link to the brain and to the organ level.

 
Mood disorders such as depression or mania are caused by a conflict shock that is experienced in Hormonal Deadlock or when the sexual hormone level is artificially suppressed. Concerning mood disorders, laterality, gender as well as the hormonal status are decisive factors. For example: a right-handed postmenopausal woman will become depressed the moment she experiences an unexpected loss of her ‘territory’, e.g her home through a divorce; a right-handed man who is on testosterone lowering drugs will become manic when he is unexpectedly faced with the threat of a lay-off. If the two persons were left-handed they would respond to the conflict(s) with depression (left-handed woman) or mania (left-handed man) even when the hormonal status is within the normal range.

Mental illnesses are caused by a second DHS that impacts the opposite brain hemisphere putting the individual in a so-called schizophrenic constellation. The analysis of a brain scan reveals why a person is, for example, manic-depressive, paranoid, disoriented, delusional, overly aggressive, melancholic, suicidal, or has a big ego (megalomania).