Microbes follow the same basic urges as other living beings:
a) Urge for survival;
b) Urge for sex and multiplication;
c) Urge for power.
a) The urge for survival shows in the urge to eat. Our "endobiont"
eats protein. Naturally it also has a typical metabolism which produces
lactic acid (Mucor racemosus) and citric acid (Aspergillus niger)
as mentioned before.
b) The urge for sexual multiplication can be seen in the strong attraction
in all stages of development from the very first stages, even when they
are within blood cells. This leads to the formation of "clots"
(called symplasts) which can block our blood vessels with the relevant
consequences. Symplasts can be made out of colloids or symprotids,
thrombocytes, erythrocytes, leukocytes or a mixture of all.
c) The urge for power is seen in the urge to combine with other cells
to form a higher, more stable form. In this combination (systatogenesis),
all stages of development can be involved as this is not a sexual combination.
But it is strictly within the same kind. This combination stops all forms
in further development. On the other hand those formations are a major
obstacle for the circulation. (They can be impressively demonstrated by
staining and are often misdiagnosed as fungus structures.)
All those structures can be easily observed in the living blood, and
from the observed stages we can draw conclusions regarding the health of
our patients.
We have to finally stop believing in long disproven theories and stick
to the old principles of science: when reality shows results different
from the theory, the theory is wrong, not reality. Medicine has to change
from a religion with popes and dogmas into a real science.
The most important terms created by Prof. Enderlein
| Ascit |
Name for all phases of bacterial development. The nuclei are in a row (katatakt) |
| Chondrit |
Name for the very first primitive phases |
| Cystit |
a Mychit with polydynamic nucleus |
| Dioekothecit |
a Colloidthecit, filled with very small nuclei |
| Filum |
linear unification of several Protits |
| Kolloidthecit |
a cell without nucleus |
| Mych |
the symprotit in its function as nucleus in a cell |
| Mychit |
the first bacterial cell; it has only one nucleus |
| Protit |
the most primitive form of every microbe |
| Spermi |
the sexual cell = 1 Filum and 1 Symprotit |
| Symplast |
the unification of all different phases in order to copulate |
| Symprotit |
the three-dimensional unification of several protits (spherical shape) |
| Synascit |
name for all bacterial phases with multiple nuclei in all directions |
| Systatogenie |
the desire of primitive units to get together and form a more stable form |
| Thecit |
a Mychit with more than 8 nuclei |
| Thrombocyte |
a Mychit with 2 to 8 nuclei |
Enderlein could find the following errors in the official teachings:
Bacterium paracoli is not a "degenerated" Bacterium
coli but the Phytit of the endobiont.
The cause for the infectivity of filtrates from tuberculous material
is the chondrit of mycobacterium tuberculosum. This was already proven
in 1910 by Fontes (Brasil) -- (cf. Mem. Instit. Oswaldo Cruz, I,
2, 1910, pg. 186).
Dostal could demonstrate that it is easily possible to convert
mycobacterium tuberculosum into a spherical form (Basit) -- (Wien. Med.
Wochenschr., 60 Jahrg., 1910, pg. 2098-2100 and 63. Jahrg. 1913)
Fibrin is not the result of precipitation of protein but Thecits
of the endobiont.
Megacariocytes (Metschnikov) are not "normal" cell
elements but a mass infestation with primitive forms of the endobiont which
disabled the ability of the cell and nucleus to divide. They do not originate
from a leukocyte but from an erythrocyte!
The megaloblasts in anaemia perniciosa are not erythrocytes with
nuclei but erythrocytes which have a colony of endobiont chondrites (pseudonucleus)
inside them which causes the abnormal size.
Normoblasts are erythrocytes that do not have a nucleus but a
pseudonucleus made out of colonies of endobiont-chondrites.
Macrocytes are enlarged erythrocytes without nucleus. This is
also caused by a massive invasion of endobiont-chondrites.
Reticulocytes (Heilmeyer) are not erythrocytes with special organellae
but erythrocytes that have a little "tree" of endobiont-chondrites
inside.
The Round- and Spindlecells of sarcomas do not contain round-and
spindle- cells of the host but (round) cells and (spindle) cells of mycelias
of the endobiont.
Royal R. Rife stated that there are only about ten different
germs. All the various appearances that are classified in bacteriology
are adaptations (pleomorphic changes) to the toxicity (or varying pH) of
the medium they live in. He describes the pleomorphic development of E.
coli as follows:
E. coli
salmonella typhi
mycobacterium tuberculosum
yeast forms
BX (bacterium X)
BY (bacterium Y)
Rife could isolate BX from all cancerous tumors, the BY he found
in sarcomas. The change from one form into another happens in about 36
hours. BX and BY pass readily through 000 ceramic filters and cannot be
seen in an ordinary light microscope.
Antibiotics severely increase the toxicity of the host organism, especially
when highly toxic halogenated antibiotics are used. The "disappearance"
of a particular germ from the culture does not mean that the germ is dead;
it only became invisible due to its transformation into an invisible form.
That means, that the host organism is now in a cancerous state.
