| Palate ca Right side |
Right 1 |
Conflict of having already caught a (food) morsel but not being able to swallow it, e.g. patient thought he had won the lottery, but the ticket was incorrectly registered. |
To better insalivate a desired (food) morsel, to assimilate it faster. To assimilate a desired morsel faster. |
Compact cauliflower-like growing palate adeno ca of the secretory type or flat-growing adeno ca of the resorptive type of the old residues of the intestinal mucosa (beneath the squamous epithelial layer of the mouth). |
Smelly tuberculous caseous decomposition of the tumor with fungi (mycosis) or mycobacteria (e.g. TB). |
| Palate ca Left side |
Left 25 |
Archaic conflict of not being able to sufficiently insalivate the fecal morsel to spit it out. This conflict relates back to the "period of the gullet", when saliva was needed to better expel feces from the orifice of the gullet. Feces were previously "insalivated". That is why it relates to "spitting out" the recel morsel (with the help of secretion produced by the saliva glands). Mucous and saliva are one and the same. Since our mouth replaced the original gullet, the conflict is experienced in a transposed sense as wanting to puke or to spit out. |
To better insalivate a "fecal morsel", in order to expel it out of the gullet; to better eliminate an unwanted morsel. |
Compact cauliflower-like growing palate adeno ca of the secretory type or flat-growing adeno ca of the resorptive type of the old residues of the intestinal mucosa (beneath the squamous epithelial layer of the mouth). |
Smelly tuberculous caseous decomposition of the tumor with fungi (mycosis) or mycobacteria (e.g. TB). |
| (Palatine) Tonsil ca Right side |
Right 1 |
Conflict of not being able to swallow a (food) morsel because of insufficient secretion, e.g. at the last moment a rental contract for an already promised apartment was cancelled, someone else snatched 'the morsel' (house, job ...). |
To better insalivate a desired food (information) morsel, to assimilate it faster. To assimilate a desired morsel faster. |
Tonsillar hyperplasia = tonsillar hypertrophy = cauliflower-like growing adeno ca of the secretory type: enlarged, "fissured" tonsils. |
Smelly tuberculous caseation of the tonsillar hyperplasia with fungi (tonsillar mycosis) or mycobacteria (tonsil-TB); purulent tonsillitis, tonsil abscess. |
| (Palatine) Tonsil ca Left side |
Left 25 |
Archaic conflict of not being able to sufficiently insalivate the fecal morsel to spit it out. This conflict relates back to the "period of the gullet", when saliva was needed to better expel feces from the orifice of the gullet. Feces were previously "insalivated". That is why it relates to "spitting out" the recel morsel (with the help of secretion produced by the saliva glands). Mucous and saliva are one and the same. Since our mouth replaced the original gullet, the conflict is experienced in a transposed sense as wanting to puke or to spit out. |
To better insalivate a "fecal morsel" in order to expel it out of the "gullet"; to better eliminate an unwanted morsel. |
Tonsillar hyperplasia = tonsillar hypertrophy = cauliflower-like growing adeno ca of the secretory type: enlarged, "fissured" tonsils after repetitive tuberculous caseation of adeno carcinomas (suspended healing). |
Smelly tuberculous caseation of the tonsillar hyperplasia with fungi (tonsillar mycosis) or mycobacteria (tonsil-TB); purulent tonsillitis, tonsil abscess. |
| Pharynx: adenoid growths on the back of the mouth cavity Right side |
Right 1 |
Conflict of not being able to grab a (food) morsel |
To better insalivate a desired (food) morsel to assimilate it faster |
Cauliflower-like growing adeno ca of the secretory type, so-called "polyps" of the nasopharyngeal space, which derives from the remnants of the old intestinal mucosa. |
Smelly tuberculous caseation of the polyps with fungi (mycosis) or mycobacteria; Polyp-TB |
| Pharynx: adenoid growths on the back of the mouth cavity Left side |
Left 25 |
Conflict of not being able to get rid of a fecal morsel |
To better insalivate a "fecal morsel" in order to expel it out of the "gullet"; to better eliminate an unwanted morsel. |
Cauliflower-like growing adeno ca of the secretory type, so-called "polyps" of the nasopharyngeal space, which derives from the remnants of the old intestinal mucosa. |
Smelly tuberculous caseation of the polyps with fungi (mycosis) or mycobacteria; Polyp-TB |
| Submucosal oral mucosa (deep intestinal epithelial layer) Right side |
Right 1 |
Conflict of not being able to grab a (food) morsel. Conflict often occurs with severely sick people, when they cannot "take in" food properly, e.g. because of pain. |
To better insalivate a desired (food) morsel, to assimilate it faster. To assimilate a desired morsel faster. |
Flat-growing adeno ca of the resorptive type of minimal size under the squamous epithelial mucosa of the mouth, therefore almost invisible. Ontogenetically, it belongs to the old intestinal mucosa, which is now mostly covered. |
So called canker sores (apthous ulcers), or thrush (candidiasis of the mouth) = healing phase of the rudimentary old intestinal mucosa underneath the squamous epithelial layer. |
| Submucosal oral mucosa (deep intestinal epithelial layer) Left side |
Left 25 |
Archaic conflict of not being able to sufficiently insalivate the fecal morsel to spit it out. This conflict relates back to the "period of the gullet", when saliva was needed to better expel feces from the orifice of the gullet. Feces were previously "insalivated". That is why it relates to "spitting out" the recel morsel (with the help of secretion produced by the saliva glands). Mucous and saliva are one and the same. Since our mouth replaced the original gullet, the conflict is experienced in a transposed sense as wanting to puke or to spit out. |
To better insalivate a "fecal morsel", in order to expel it out of the gullet; to better eliminate an unwanted morsel. |
Flat-growing adeno ca of the resorptive type of minimal size under the squamous epithelial mucosa of the mouth, therefore almost invisible. Ontogenetically, it belongs to the old intestinal mucosa, which is now mostly covered. |
So called canker sores (apthous ulcers), or thrush (candidiasis of the mouth) = healing phase of the rudimentary old intestinal mucosa underneath the squamous epithelial layer. |
| Adenohypophysis Pituitary gland |
Right half 3 Left half 23 |
1- Conflict of not being able to grab a morsel because the individual is too small 2- Conflict of not being able to nourish the child or the family |
a) increase of growth hormones production to be able to grab a high hanging morsel b) prolactin producing cells: increase of prolactin production to better nurse a child or partner |
1- Hypophyseal adenoma (pituitary adeno ca), compact cauliflower-like growing adeno ca of the secretory type with increased production of growth hormones. Result: real growth in children and adolescents, also acromegaly (increased growth at the ends of single limbs) in adults. 2 - Increased release of prolactin. Result: increased milk production |
1- If fungi or mycobacteria are present, tuberculous caseous necrotizing decomposition of the adenohypophysis adenoma. The conflict becomes irrelevant, as the individual has grown up and can now grab the morsel. 2- Conflict becomes irrelevant, because the child or family can now be sufficiently nourished. |
| Lacrimal gland ca /(tear gland) acinar part Right side |
Right 3 |
Conflict of not being able to grab a "visual morsel"; the morsel was missed, because one had not "kept the eyes open" at the right time. |
To be able to assimilate what one desires to see. |
Cauliflower-like growing adeno ca of the lacrimal glands of the secretory type. |
Tuberculous caseous necrotizing breakdown of the lacrimal gland ca (if TB are present: purulent "tears"). In case of total caseation (with repeated relapses), lacrimal gland mucoviscidosis with drying-up of the lacrimal flow. |
| Lacrimal gland /(tear gland) acinar part Left side |
Left 23 |
Conflict of not being able to get rid of a "visual morsel", e.g. a painter cannot find an exhibitor. Since his paintings were not noticed, he cannot sell them. |
To be able to get rid of what one, no longer wants to see. |
Cauliflower-like growing adeno ca of the lacrimal glands of the secretory type. |
Tuberculous caseous necrotizing breakdown of the lacrimal gland ca (if TB are present: purulent "tears"). In case of total caseation (with repeated relapses), lacrimal gland mucoviscidosis with drying-up of the lacrimal flow. |
| Parotid gland ca Ear salivary gland (acinar part) right side |
Right 3 |
Conflict of not being able to grab the morsel because of insufficient insalivation. |
To better insalivate a desired (food) morsel, to assimilate it faster. |
Compact cauliflower-like growing parotid gland adeno ca of the secretory type of the saliva producing (sialogenous) so-called acini. |
Smelly tuberculous caseation and decomposition of the tumour with fungi (mycosis) or mycobacteria (e.g. TB). Total glandular cell caseation (with severe relapses and resolutions) results in mucoviscidosis, a drying-up of the parotid gland fluid, resp. sublingual gland fluid (= saliva). |
| Parotid gland ca (acinar part) left side |
Left 23 |
Archaic conflict of not being able to sufficiently insalivate the fecal morsel to spit it out. This conflict relates back to the "period of the gullet", when saliva was needed to better expel feces from the orifice of the gullet. Feces were previously "insalivated". That is why it relates to "spitting out" the recel morsel (with the help of secretion produced by the saliva glands). Mucous and saliva are one and the same. Since our mouth replaced the original gullet, the conflict is experienced in a transposed sense as wanting to puke or to spit out. |
To better insalivate a "fecal morsel", in order to expel it out of the gullet; to better eliminate an unwanted morsel. |
Compact cauliflower-like growing parotid gland adeno ca of the secretory type of the saliva producing (sialogenous) so-called acini. |
Smelly tuberculous caseation and decomposition of the tumour with fungi (mycosis) or mycobacteria (e.g. TB). Total glandular cell caseation (with severe relapses and resolutions) results in mucoviscidosis, a drying-up of the parotid gland fluid, resp. sublingual gland fluid (= saliva). |
| Sublingual salivary gland ca (acinar part) right side |
Right 3 |
Conflict of not being able to grab the morsel because of insufficient insalivation. |
To better insalivate a desired (food) morsel, to assimilate it faster. |
Compact cauliflower-like growing sublingual gland adeno ca of the secretory type of the saliva producing (sialogenous) acini. |
Smelly tuberculous caseation and decomposition of the tumour with fungi (mycosis) or mycobacteria (e.g. TB). |
| Sublingual salivary gland ca (acinar part) left side |
Left 23 |
Archaic conflict of not being able to sufficiently insalivate the fecal morsel to spit it out. This conflict relates back to the "period of the gullet", when saliva was needed to better expel feces from the orifice of the gullet. Feces were previously "insalivated". That is why it relates to "spitting out" the recel morsel (with the help of secretion produced by the saliva glands). Mucous and saliva are one and the same. Since our mouth replaced the original gullet, the conflict is experienced in a transposed sense as wanting to puke or to spit out. |
To better insalivate a "fecal morsel", in order to expel it out of the gullet; to better eliminate an unwanted morsel. |
Compact cauliflower-like growing sublingual gland adeno ca of the secretory type of the saliva producing acini. |
Smelly tuberculous caseation and decomposition of the tumour with fungi (mycosis) or mycobacteria (e.g. TB). Total glandular cell caseation (with severe relapses and resolutions) results in mucoviscidosis. With repetitive healing phases with TB, eventually no glandular tissue will be left. |
| Thyroid gland ca (acinous part) Right side Originally both thyroid and parathyroid glands were exocrine glands, which excreted into the intestine; today these are endocrine glands that release their hormone into the blood. |
Right 3 |
Conflict of not being able to grab a desired (food) morsel, because the individual is too slow. e.g. sales person makes the deal, because he is faster than the competitor. |
Only secretory type: increased production of thyroxine improves metabolism, which allows to be faster to grab a desired morsel. |
Compact cauliflower-like growth adeno ca of the secretory type, so-called hard struma with hyperthyroidism resp. thyrotoxicosis (Basedow's disease). Hyperthyroidism improves metabolism and the individual becomes faster. |
The knotty thyroid tumours often stay and encapsulate. If fungi or mycobacteria are present, the modules caseate through tuberculous necrotization. This would be the natural biological course. After pcl-phase the hormone level goes back to normal. |
| Thyroid gland ca (acinous part) Left side Originally both thyroid and parathyroid glands were exocrine glands, which excreted into the intestine; today these are endocrine glands that release their hormone into the blood. |
Left 23 |
Conflict of not being able to get rid of a morsel, because of insufficient hormonal secretion into the intestine. e.g. not having sold devalued stocks in time. |
Only secretory type: increased production of thyroxine improves metabolism, which allows to be faster to get rid of an unwanted morsel. |
Compact cauliflower-like growth adeno ca of the secretory type, so-called hard struma with hyperthyroidism resp. thyrotoxicosis (Basedow's disease). Hyperthyroidism improves metabolism and the individual becomes faster. |
The knotty thyroid tumours often stay and encapsulate. If fungi or mycobacteria are present, the modules caseate through tuberculous necrotization. This would be the natural biological course. After pcl-phase the hormone level goes back to normal. |
| Parathyroid gland ca (acinar part) Right side |
Right 3 |
Conflict of being unable to contract the muscle because the calcium level is too low. The desired morsel cannot be ingested due to the lack of secretion. |
Only secretory type: elevated calcium level to improve muscular contraction, particularly of the smooth musculature of the right side of the "gullet", which absorbs food. |
Compact cauliflower-like growing adeno ca of the secretary type, so-called hard struma with hyperparathyreosis (parathormone), which regulates calcium level. The acini are remnants of the old intestinal mucosa. |
The knotty parathyroid tumours often stay and encapsulate. If fungi or mycobacteria are present, the modules caseate through tuberculous necrotization. This would be the natural biological course. After pcl-phase the hormone level goes back to normal. |
| Parathyroid gland ca (acinar part) LEFT side |
Left 23 |
Conflict of not being able to spit something out. Inability of muscular contraction (muscle activity), because the calcium level is too low. Not being able to expel the undesired morsel due to a lack of the secretion (secretion stimulates the muscles). |
Only secretory type: elevated calcium level to improve muscular contraction, particularly of the smooth musculature of the left side of the "gullet", which eliminates feces. |
Compact cauliflower-like growing adeno ca of the secretary type, so-called hard struma with hyperparathyreosis (parathormone), which regulates calcium level. The acini are remnants of the old intestinal mucosa. |
The knotty parathyroid tumours often stay and encapsulate. If fungi or mycobacteria are present, the modules caseate through tuberculous necrotization. This would be the natural biological course. After pcl-phase the hormone level goes back to normal. |
| Bladder polyp: submucosal bladder trigonum ca, particularly in the "vesical trigone" = the triangle between the junction of the ureters and the outlet of the urethra.??Right half?Left half |
Right 4 Left 22a |
Ugly conflict, for example, pregnant female is physically abused by her husband. |
a) secretory type: digestion of small protein particles in the bladder, e.g. with kidney collecting tubule -TB b) resorptive type: archaic type of urine reabsorption analogous to the collecting tubules of the kidney |
Compact cauliflower-like growing adeno ca of the secretory type or a flat-growing adeno ca of the resorptive type (bladder polyps), particularly in the "vesicle trigone". |
Tuberculous caseous necrotizing breakdown of encapsulation of the compact tumour. The tuberculous decomposing process is called "purulent tuberculous cystitis". |
| Pulmonary ca Alveolar ca Right side Left side |
Right 5 Left 21 |
Conflict of panic/fear of death, often triggered by diagnosis or prognosis shock, e.g. "you have cancer and will not live to Christmas". Originally, the conflict related to not being able to "digest" the "air morsel". |
Resorptive type for better absorption of the air morsel. |
Flat-growing alveolar adeno of the resorptive type; so-called pulmonary nodules (pulmonary masses), which only continue to grow until the conflict of panic/fear of death has been resolved. Solitary nodule in regards to a conflict of panic/fear of death for another person or animal; multiple nodules in regards to oneself |
If mycobacteria [TB] are present, caseous necrotizing decomposition of the pulmonary nodules (lung tuberculousis) with the formation of caverns; night sweats, coughing, possibly coughing up blood (hemoptysis, normal). Lung emphysema = lung caverns. Without TB, encapsulation of the tumours. |
| Goblet cell ca carcinoma of the bronchial goblet cells. A rare intrabronchial adeno ca (a residue that developed from the old intestinal mucosa which derived evolutionarily from the intestine and formed the lung alveoli) |
HH in brainstem (pons) dorsal, right |
Conflict of not being able to "insalivate" the air morsel i.e. fear of suffocation. |
Increased secretion for better lubrication of the "air morsel ". |
Flat-growing adeno ca consisting of goblet cells of the old bronchial intestinal mucosa of the secretary, and possibly also of the resorptive type. |
If mycobacteria [TB] are present, caseous necrotizing decomposition of the small goblet cell carcinomas. In case of several relapses or during infancy, a complete degradation of the goblet cells is possible. The result is mucoviscidosis of the bronchi. |
| Eustachian tube (between mouth and middle ear) Right side |
Right 6 |
Conflict of not being able to grab an "information morsel" |
To better insalivate a desired hearing (information) morsel, in order to absorb it faster; to be able to better assimilate a desired morsel |
The compact flat-growing adeno ca of the resorptive type causes an obstruction in the eustachian tube, resulting in a retracted tympanic membrane caused by a lack of ventilation; reduced hearing ability. |
Smelly tuberculous caseation that discharges into the mouth and into the middle ear, where it might simulate a middle ear infection, provided the middle ear mucosa is not in fact affected. |
| Eustachian tube (between mouth and middle ear) Left side |
Left 20 |
Conflict of not being able to get rid of an "information morsel" |
To better insalivate an unwanted information morsel, in order to move it out of the "gullet" (middle ear); to better eliminate an unwanted morsel. |
The compact flat-growing adeno ca of the resportive type causes an obstruction in the eustachian tube, resulting in a retracted tympanic membrane caused by a lack of ventilation; reduced hearing ability. |
Smelly tuberculous caseation that discharges into the mouth and into the middle ear, where it might simulate a middle ear infection, provided the middle ear mucosa is not in fact affected. |
| Middle ear ca Right side |
Right 6 |
Conflict of not being able to grab a hearing morsel; particularly to miss a piece of information. The conflict originates from the time when the "gullet" consisted only of the middle ear and the mouth. e.g. a child does not get the desired "toy"-morsel |
Cell proliferation improves hearing ability, because more acoustic information can be absorbed by the archaic ear |
Flat-growing adeno ca of the resorptive type that grows slowly in the middle ear and in the mastoid. The affected cells seem to be the archaic hearing cells. Eventually, the growing tumor can fill the middle ear entirely, even if the tumor is of the resportive type (absorbing the hearing morsel). |
Purulent otitis media. Tuberculosis caseous necrotizing decomposition of the tumour cells with fungi or mycobacteria (TB), often with perforation of the tympanic membrane (suppurating ear). The healing has the sense to reduce the acoustic information again to the normal level, because the morsel has been taken in and the conflict has therefore been resolved. Presumably, the bone conductor (tuning fork at the mastoid) was a function of the old intestinal cells of the middle ear, including the mastoid bone. The so-called otosclerosis, a condition in which the bones of the middle ear become immobile because of bone growth, is most likely the result of the calcium deposits after tuberbulous breakdown of the tumor. |
| Middle ear ca Left side |
Left 20 |
Conflict of not being able to get rid of a hearing morsel (a piece of information). |
Secretory type: to be able to get rid of an "information morsel" through better insalivation. |
Cell proliferation improves the hearing ability, because more acoustic information can be absorbed from the archaic ear. Flat-growing adeno ca of the resorptive type that grows slowly in the middle ear and in the mastoid. The affected cells seem to be the archaic hearing cells. Eventually, the growing tumor can fill the middle ear entirely, even if the tumor is of the resportive type (getting rid of the hearing morsel). |
Purulent otitis media. Tuberculosis caseous necrotizing decomposition of the tumour cells with fungi or mycobacteria (TB), often with perforation of the tympanic membrane (suppurating ear). The healing has the sense to reduce the acoustic information again to the normal level, because the morsel has been taken in and the conflict has therefore been resolved. Presumably, the bone conductor (tuning fork at the mastoid) was a function of the old intestinal cells of the middle ear, including the mastoid bone. |
| Iris ca Right side Radial and ring shaped part of the old intestine, (smooth musculature) that regulates the absorption of the light morsel. |
Right 7 |
Wanting to catch more or less light ("light morsel") The iris is part of the choroid (choroidea), this means part of the archaic (old) eye cup and thus part of the "gullet". |
To be better able to catch the light morsel or to avoid it. |
Iris ca: a) strengthening of smooth musculature contraction. b) enlarged pupils with ongoing conflict of wanting to catch the light morsel. |
Iris tuberculous, so-called coloboma. |
| Iris ca Left side Radial and ring shaped part of the old intestine, (smooth musculature) that regulates the absorption of the light morsel. |
Left 19 |
Wanting to avoid more or less light ("light morsel") The iris is part of the choroids coat of the eye, this means part of the archaic (old) eye cup and thus part of the old "gullet". |
To be better able to catch the light morsel or to avoid it. |
Iris ca: a) strengthening of smooth musculature contraction. b) enlarged pupils with ongoing conflict of wanting to get rid of the light morsel. |
Iris tuberculous, so-called coloboma. |
| Esophagus ca (Lower third) |
Right 8 |
Conflict of not being able to swallow a morsel. This is often in relation to a home, a car or the like. The "morsel' is something one wants to incorporate, but it's suddenly not able to. The oesophagus adenoa ca means that one wants to swallow the morsel but is not able to. In contrast: esophageal squamous epithelium ca, where one is forced to swallow something but does not want to, as one feels more like spitting it out. The difference, in principal, applies to the entire nasal-pharyngeal mouth area. |
a) secretory type: cell increase to better digest and swallow a morsel b) resorptive type: to test the consistency of food (like in the mouth). |
Originally, the entire esophagus was lined with intestinal mucosa; the upper 2/3 has now been replaced with squamous epithelium. The lower 1/3 forms a cauliflower-like growing adeno ca of the secretory type or a flat-growing adeno ca of the resorptive type. Also in the upper 2/3 there are now and then residual islands of old intestinal mucosa, which can form a submucosal adeno carcinoma. |
Tuberculous caseous decomposition of the tumor. Most of the esophageal adeno carcinomas in the lower third heal spontaneously through smelly caseation without being diagnosed. The residues are often misinterpreted as "oesophageal varices". With "Syndrome", (water retention) these esophageal tumours can cause severe life-threatening bleeding. Particularly when the patient bleeds into the intestine, which goes unnoticed. Typically the patient has night sweats and is extremely tired. The therapy is at times difficult. However, the patient can cope with the complications much better, when he knows that the complications are only temporary, and that the bleeding can be managed with regular blood transfusions until the healing process is complete. Previously this was misinterpreted as an indication of liver cirrhosis and a very poor prognosis. That was wrong! |
| Stomach ca (except small curvature). |
Right 8 |
Conflict of not being able to digest a morsel: "it is sitting in my stomach"; anger with family members, e.g. often concerning inheritance or stock investments, when one cannot get one's share, i.e. one cannot completely "digest" it; not receiving one's entitled pension; a lawsuit. |
Increase of cells of the secretory type: to increase production of gastric juices to better digest a morsel |
Compact cauliflower-like growing adeno ca of the secretory type as well as flat-growing adeno ca of the resorptive type (so-called thickened gastric wall tumours). |
Caseous necrotizing decomposition of the tumour with fungi or mycobacteria (TB), which are acid-resistant. Encapsulation of the tumour is also possible (we have evidence that such an encapsulated tumour can be without discomfort for 40 years). |
| Duodenum ca except bulbus duodeni, which is lined with squamous epithelium - therefore ulcus duodeni (see red ectoderm column). |
Right 9 |
Conflict of not being able to digest a morsel; anger with family members, friends, or colleagues. |
Increase of intestinal cells for better absorption of food. |
Compact, flat-growing adeno ca of the resorptive type, which rarely causes an obstruction. |
Caseous degradation (breakdown) of the tumour through acid-resistant fungi or TB-mycobacteria (tuberculosis). |
| Liver ca |
Right 10 |
Starvation conflict; existence conflict, e.g. fear of starving because of a colon tumour |
Mainly resorptive type for better absorption of food; secretory type to increase bile flow for better digestion. |
Cauliflower-like adeno ca of the secretory type of globoid adeno ca of the resorptive type. On a CT-scan, the typical round foci appear dark. We distinguish a single solitary liver ca (starvation conflict for another person or animal), and multiple "round foci" (starvation conflict for oneself). Often, an intestinal ca, a liver ca, and a pancreas ca occur together with the same "overlapping conflict". |
Several types of healing are possible: 1) Encapsulation. 2) Caseous necrotizing degradation of the tumour with TB, i.e. liver-TB. The lost liver parenchyma can grow new tissue. Prometheus-phenomenon: "A vulture came every day to tear of his liver, and every night the liver grew again." |
| Pancreas ca |
Right 10 |
Anger conflict with family members: struggle over a "morsel"; inheritance conflicts. e.g. unexpectedly a woman had to cancel a long planned holiday, because her mother fell and broke her leg. She had already "digested" the "vacation morsel" but suddenly had to give it up. |
Only secretory type: increased release of pancreatic secretions to better digest a morsel. |
Most of the cauliflower-like growing pancreatic adeno carcinomas of the secretory type are not as dangerous as it seems. The additional pancreatic tissue serves the biological purpose to produce more pancretic fluid so that the morsel can be better digested. |
There are two types of healing: 1) Caseous necrotizing degradation of the tumour, leaving caverns in the pancrease. Most pancrease carcinomas do not need to be operated on, because (after a pancreas TB), digestive enzymes can, if necessary, be substituted. 2) Encapsulation (without TB). |
| Small intestine ca (upper part) - Jejunum ca (in pcl-phase also called Crohn's disease). |
Right 11 |
Conflict of not being able to digest the morsel; indigestible anger. The conflict has often the additional aspect of starvation. |
Better absorption of a (food) morsel in order not to starve (similar to starvation conflict). |
The extent of the brain relay for the 7m of small intestine (jejunum and ileum) is the same as it would normally be for 1m. During our history of development, the small intestine grew very quickly in a relatively short period of time. As a result, the flat growing adeno carcinoma of the resorptive type expands over a large area and consists of only a few layers of intestinal cylindrical epithelium. That is why a tumour in this area never causes an obstruction. |
Tuberculous caseous necrotizing breakdown of the tumour; possibly with bleeding. |
| Small intestine ca (lower part) - Ileum ca (in pcl-phase also called Crohn's disease). |
Right 12 (Note: The 1st edition, 2007 chartbook lists this relay as left half brainstem) |
Conflict of not being able to digest a morsel, indigestible anger, mostly in connection with "being afraid of starvation" in the broadest sense, e.g. the owner of a hair salon had to close her store, first temporarily, then for good, after she had lost her best staff to a competitor. |
To be able to better absorb ( = to assimilate) a morsel that has already been ingested. |
The extent of the brain relay for the 7m of small intestine (jejunum and ileum) is the same as it would normally be for 1m. During our history of development, the small intestine grew very quickly in a relatively short period of time. As a result, the flat growing adeno carcinoma of the resorptive type expands over a large area and consists of only a few layers of intestinal cylindrical epithelium. However, carcinomas located at the end of the ileum can become much thicker. They can also take a cauliflower-like form. |
Tuberculous caseous necrotizing breakdown of the tumour (if TB mycobacteria are present); bloody elimination of "plaques" (very thin adeno ca plates) and mucous, but also of thicker portions in case of so-called "ileitis terminalis". This discharge (diagnosed as Crohn's disease) is in reality a healing phase (with or without TB). The conflict active phase, in which the patient is asymptomatic and feels healthy, is actually the period when the tumour grows. |
| Kidney Collecting Tubules Right and left kidney Reabsorption of urine, water retention, oliguria. |
Right 13 Left 14 |
Existence conflict, refugee conflict, "lost everything”, or feeling as if “bombed out", e.g. fear of the brutal hospital ("hospital conflict"), conflict of feeling left alone , conflict of not feeling cared for or of being badly cared for, conflict of feeling like in the desert (without water). |
Water and urea accumulation to prolong survival time (on the beach or in the desert) without water and food. |
Compact cauliflower-like growing adeno ca of the secretory quality or flat-growing adeno ca of the resportive type between the renal calyces and the glomerular kidney parenchyma. Cell proliferation during ca-phase. |
In regards to the healing phase of a kidney collecting tubule ca, we differentiate between a biological healing process with tuberculous caseous necrotization of the tumour with TB, and a non-biological healing phase withouth TB. With no tubercular bacteria involved (non-biological healing), the renal pelvis outlet can get blocked, although the conflict has been resolved (inactive kidney). Uremia is not a deadly disease as previously assumed. It stops instantly with the resolution of the existence conflict. However, even if healing takes place non-biologically the organism still eliminates urine. Previously, the compact adeno ca tumours that were created by mycobacteria (TB) were diagnosed as kidney tuberculosis. After the decomposition process the caverns appear as deformed renal calyces. |
| Cecum ca and Appendix ca |
Left 15 |
Ugly, indigestible anger, e.g. child watches ugly fighting scene between parents. |
a) secretory type: cauliflower-like growing tumor. The increase of the digestive juices facilitate the breakdown of the occluding morsel to make it pass. b) flat-growing "wall thickening" tumour of the resorptive type: improves absorption of food (water, air). |
The compact cauliflower-like growing appendix adeno ca of the secretory type can easily cause an occlusion in the appendix (appendix ileus), which can burst during the healing phase (perforation). For example, goats decompose cellulose in the intestine (that is why plant eating animals have a long appendix) and can therefore digest it. For humans on the other hand, cellulose (with exception of the tiny appendix) is merely fiber. |
So-called acute or subacute appendicitis (inflammation of the appendix). A thorough histological examination of the appendix always reveals a necrotizing appendix ca (caseous, tuberculous). No appendicitis without previous adeno ca! |
| Large intestine ca (Colon ca) Ascending colon ca, Transverse colon ca, Descending colon ca. |
Left Ascending 15 Transverse 16 Descending 17 |
Ugly, indigestible anger, e.g. someone is wrongly accused of trying to defraud an insurance company. |
a) secretory type: cauliflower-like growing tumor. The increase of the digestive juices facilitate the breakdown of the occluding morsel to make it pass. b) flat-growing "wall thickening" tumour of the resorptive type: improves absorption of food (water, air). |
Cauliflower-like growing adeno ca of the secretory type or a flat-growing adeno ca of the resorptive type. |
Tuberculous caseous necrotizing breakdown of the tumour through fungi (tumour mycosis). Occasionally moderate bleeding or colon TB (mycobacteria). Here we find so-called "colitis ulcerosa" = recurring discharge of flat tumour particles in each healing phase, after chronic relapses of the same conflict. |
| Rectum ca (Sigmoid ca) |
Left 18 ?? |
Ugly conflict; insidious, mean "shift"-conflict. |
a) secretory type: to dissolve a morsel, also a fecal morsel. b) resorptive type (rare): absorption, e.g. of water. |
Cauliflower-like growing adeno ca of the secretory type or a flat-growing adeno ca of the resorptive type. If the tumour is large, there is a risk of intestinal occlusion (ileus). |
Tuberculous caseous necrotizing breakdown of the tumour, possibly with light bleeding (night sweats during the morning hours). |
| High-seated, submucosal dystopic rectum ca belongs actually to the sigmoid |
Left 18 |
Ugly, mean "shit" conflict. |
a) secretory type: to dissolve a morsel, also a fecal morsel. b) resorptive type (rare): absorption, e.g. of water. |
The compact flat-growing adeno ca of the resorptive type grows underneath the over-laying squamous epithelial mucosa (ectoderm) of the rectum (not visible but detectable). |
When the tumour under the rectal mucosa is decomposed through tuberculos caseous necrotization, a submucosal abscess forms. These abscesses are commonly called hemorrhoids. |
| Ca of the mucus producing Bartholin's glandular cells in the vagina (Bartholin's glands: ontogenetically = old intestinal gland). |
Left 22b |
Dryness of vagina; conflict of not being able to produce sufficient vaginal mucus for sexual intercourse. |
Increased mucous production to allow easier penetration. |
The Bartholin's glands (former intestinal mucosa) produce an increased amount of vaginal mucus. |
Tuberculous caseous necrotizing breakdown of the tumour of the Bartholin's glands, that becomes incised and empties spontaneously: smelly discharge (tuberculous pus). |
| Ca of the smegma producing cells in the penis.??Remark: if a patient suffers a territorial conflict which entails a smegma-track, for example, a man has "smelled" his rival's smegma when catching his partner right handed, his AIDS test will be positive. Circumcised men, for example, Muslims or Jews, cannot test positive as long as the contact is restricted to circumcised men (who do not produce smegma). AIDS is not a disease. It is merely a harmless allergy test, which has intentionally and falsely been labeled a disease. |
Left 22b |
Conflict of not being able to penetrate a tight or dry vagina. |
Increased smegma production to allow easier penetration. |
Secretory type: the smegma producing cells (former intestinal cells) produce more smegma |
Tuberculous weeping foreskin (smegma is produced on the inside of the foreskin). Muslims and jews don't have that foreskin due to circumcision. |
| Ovarian and testicular teratoma = germ cell-teratoma (exception!) Right side Exception concerning teratoma from germ cells: ovogonia (produce ovules only during the embryonic stage); spermatogonia (produce sperm cells to old age). |
Right 27 |
Profound loss conflict, e.g. loss of a son, best friend, a loved person, a pet. |
Only secretory type: to be able to achieve faster reproduction. |
The teratomatous cell proliferation is the kind of reproduction as it occurs during the first three months of pregnancy (cell plus according to the sympathicotonic old brain pattern). However, from the fourth month on, there is vagotonic cell multiplication in the pcl-phase, and full accordance with the cerebrum (new brain) pattern. |
The teratoma stops growing only slowly, since embryonic tissue develops in spurts. Exception: During pcl-phase, mycobacteria may decompose the teratoma through caseation. |
| Ovarian and testicular teratoma = germ cell-teratoma (exception!) Left side Exception concerning teratoma from germ cells: ovogonia (produce ovules only during the embryonic stage); spermatogonia (produce sperm cells to old age). |
Left 26 |
Profound loss conflict, e.g. loss of a son, best friend, a loved person, a pet. |
Only secretory type: to be able to achieve faster reproduction. |
The teratomatous cell proliferation is the kind of reproduction as it occurs during the first three months of pregnancy (cell plus according to the sympathicotonic old brain pattern). However, from the fourth month on, there is vagotonic cell multiplication in the pcl-phase, and full accordance with the cerebrum (new brain) pattern. |
The teratoma stops growing only slowly, since embryonic tissue develops in spurts. Exception: During pcl-phase, mycobacteria may decompose the teratoma through caseation. |
| Fallopian tube ca Right side |
Right 27 |
Ugly, half-genital conflict generally with a male. E.g.: an elderly business woman finds out that one of her male employees was caught with an underage girl. In order to discharge him, she was forced to pay him a high settlement. |
Increased secretion so that sperm can travel more freely up the fallopian tube and then down into the uterus, which facilitates a new pregnancy. |
Compact fallopian tube adeno carcinoma of the secretary type; flat secretory thickening of the mucosa to facilitate the upward motion of the sperm and the downward motion of the ovum (ciliary motion partly upwards for the sperm and downwards for the ovum; fertilization in the fallopian tube). |
Caseous necrotizing breakdown of the tumour with fungi; fluor vaginalis, which reopens the fallopian tube. Occasionally discharge of pus into the abdominal cavity. |
| Fallopian tube ca Left side |
Left 26 |
Ugly, half-genital conflict generally with a male. E.g.: an elderly business woman finds out that one of her male employees was caught with an underage girl. In order to discharge him, she was forced to pay him a high settlement. |
Increased secretion so that sperm can travel more freely up the fallopian tube and then down into the uterus, which facilitates a new pregnancy. |
Compact fallopian tube adeno carcinoma of the secretary type; thickening of the mucosa to facilitate the upward motion of the sperm and the downward motion of the ovum (ciliary motion partly upwards for the sperm and downwards for the ovum; fertilization in the fallopian tube). |
Caseous necrotizing breakdown of the tumour with fungi; fluor vaginalis, which reopens the fallopian tube. Occasionally discharge of pus into the abdominal cavity. |
| Uterine mucosa (corpus uteri ca) Right half |
Right 27 |
1) Ugly half-genital conflict, usually with a male person. 2) Loss conflict especially grandmother/grandchild conflict. |
a) secretory type: to add secretion to the male's ejaculate to improve the chance of conception (this is particularly significant in case the prostate doesn't produce sufficient secretion) b) resorptive type: to form a thicker mucosa for the implantation of the ovum. |
A compact cauliflower-like adeno ca of the secretory type of a flat adeno ca or the resorptive type grows in the uterus cavity (the endometrium of the uterus evolved from the intestinal mucosa). |
There are two possibilities: a) Post-menopausal: Caseous necrotizing breakdown of the tumour; vaginal discharge, possibly with light bleeding. b) Pre-menopausal or with normal menstruation: The tumour, including the lining of the uterus (decidua) is expelled with severe bleeding = hemorrhage (with or without TB). |
| Uterine mucosa (corpus uteri ca) Left half |
Left 26 |
1) Ugly half-genital conflict, usually with a male person. 2) Loss conflict especially grandmother/grandchild conflict. |
a) secretory type: to add secretion to the male's ejaculate to improve the chance of conception (this is particularly significant in case the prostate doesn't produce sufficient secretion) b) resorptive type: to form a thicker mucosa for the implantation of the ovum. |
A compact cauliflower-like adeno ca of the secretory type or a flat adeno ca of the resorptive type grows in the uterus cavity (the endometrium of the uterus evolved from the intestinal mucosa). |
There are two possibilities: a) Post-menopausal: Caseous necrotizing breakdown of the tumour; vaginal discharge, possibly with light bleeding. b) Pre-menopausal or with normal menstruation: The tumour, including the lining of the uterus (decidua) is expelled with severe bleeding = hemorrhage (with or without TB). |
| Prostate gland ca Right half |
Right 27 |
Ugly, genital conflict, e.g. an older male, who is no longer able to react with a territorial conflict, is left by his younger girlfriend for a younger male. |
Secretory type only: increased sperm production of secretion, therefore more sperm. |
Compact cauliflower-like growing prostate adeno ca of the secretory type. Only in about 5% compression of the urethra. |
Tuberculous caseous necrotizing breakdown of the tumour. With TB, the tumour encapsulates. |
| Prostate gland ca Left half |
Left 26 |
Ugly, genital conflict, e.g. an older male, who is no longer able to react with a territorial conflict, is left by his younger girlfriend for a younger male. |
Secretory type only: increased sperm production of secretion, therefore more sperm. |
Compact cauliflower-like growing prostate adeno ca of the secretory type. Only in about 5% compression of the urethra. |
Tuberculous caseous necrotizing breakdown of the tumour. With TB, the tumour encapsulates. |
| Umbilicus ca (inner side of the navel). |
HH in brainstem. (Pons) ventral, left medial |
Conflict of not being able to excrete something. For example a woman on vacation phoned her husband and noticed his slurs after a night of heavy drinking; he had not yet excreted his alcohol. |
Archaic excretion of the old "cloacal content". |
Compact cauliflower-like growing adeno ca of the secretory type or a flat-growing adeno ca of the resorptive type of the ontogenetic "cloaca". |
Tuberculous caseous necrotizing decomposition and reduction of the tumour with fungi or mycobacteria; without TB encapsulation. |
| Adrenal Medulla Right and left = blastoma (phaeochromocytoma) |
HH in the area of the autonomic nervous system (sympathetic trunk), neuroganglion |
Unbearably intense stress |
To improve performance in a particular acute stress situation |
Phaeochromocytoma; increase in noradrenaline, dopamine (primary catecholamine), and adrenaline (secondary catecholamine). |
Possibly apoplexy of the adrenal medulla during the pcl-phase (cavern TB). |