1. Report
of findings from microscopic examination of fresh blood from two patients
with Hodgkin's disease and three patients with malignant tumours.
Abstract:
Microbe-like findings in blood from patients with Hodgkin´s disease
and malignant tumours observed through microscopic examination in
ordinary lightfield and interference contrast are described. Research
background and information about the course and results of the microscopy.
Ideas about continued research.
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2. Microbe-like
formations in the blood of patients with chronic diseases.
Abstract:
A number of different microbe-like formations, not described earlier,
have been identified by means of direct microscopy of untreated blood
using a darkfield, phase contrast and interference contrast with a
magnification of up to 1:1200. Some of these formations are found
in healthy individuals, although only rarely. Others have thus far
only been observed in patients suffering from chronic diseases such
as severe allergies, multiple sclerosis and cancer etc. These microbe-like
formations may occur alone or in clusters. The appearence of the clusters
can vary as follows:
1. Small bubble-like formations with small moving granules (up to
7 µ ).
2. Larger bubble-like formations with microbe-like formations (up
to 1/10 mm).
3. Roe-like accumulations of small mobile granules.
4. Ball-like structures with lifeless, cone-shaped centres and peripheries
composed of moving microbe-like formations.
5. "Swarms" with a large number of active microbe-like formations
and severely altered red blood corpuscles.
The alterations
described above cannot be observed in ordinary stained blood smears.
Their origin and classification cannot be determined with certainty,
but the possibility that they are microbes cannot be ruled out.
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3. Some principles
of Somatic Ecology.
Abstract:
The interplay between on one hand all unknown particles and structures,
on the other the tissue cells of the soma in the blood plasma and
the rest of the body fluids, is summarized under the title ”Somatic
Ecology”. If this interplay leads to a state of health or a disease-state
is discussed. In the former case the interplay is characterized as
symbiosis, in the latter as dysbiosis. The importance of dysbiotic
food is brought up for discussion. The degree of severity of the state
of dysbiosis is explained as well as an allopathic view of the blood.
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4. The
presence of cyclical microbial processes indicated in the blood of
patients with chronic diseases.
Abstract:
The following microscopy techniques concerning untreated blood from
patients with chronic diseases, using ordinary light field and interference
contrast, show that there exists a diffuse ”seed” of many flake-like
structures dispersed among the blood corpuscles. Initially they seemed
to be lifeless, but suddenly and rapidly showed the capacity to produce
many small granules getting clearly mobile on the slide and seemed
to be able to grow in size and even develop into other formations,
for instance dumbbell-shaped forms. This work confirms the theory
of pleomorphism in microbiological science. As the flakes are rare
in the blood of subjectively healthy people, they are supposed to
be involved in different chronic degenerative disease processes.
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5. The
putrefactive process as the cause of disease and death and microbe-like
formations in the blood of chronically ill people.
Abstract:
In the lecture delivered at the International Cancer Congress on 16-18
April 1994 in Darling Harbour, Sydney, Australia, the states of diseases
in general are explained as a consequence of different forms of growing
processes in blood and solid tissues and how these processes continue
in the soma after the moment of death. They are supposed to cause
both disease and putrefaction. A number of growing principles is demonstrated.
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6. Microorganisms
in blood and tumour tissue from patients with malignancies of breast
or genital tract.
Abstract:
The pictures in the article and a video
of vital cancerous tissue were demonstrated at the World Congress
in Gynecology & Obstetrics - FIGO - in Montreal, Canada in 1994.
Apparently they describe a diffuse ”seed” of different forms of living
particles of variable size in the cancerous tissue as well as throughout
the blood. As they often occur in big heaps in the blood plasma, they
are supposed to be able to make colonies. The microscopy indicates
that dispersion takes place from these heaps of particles, which could
explain the diffuse spread of both among the blood corpuscles. The
particles are supposed to represent the yeast-phase of a fungus also
growing in its mycelial phase and to be found as thread-like mycelial
structures in both the cancerous tissue and the blood.
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7. Blood
changes with chronic illness and a theory about total and partial
wound units.
Abstract:
Dark field microscopy of blood reveals that the blood besides the
red and white blood cells contains large amounts of very tiny oscillating
particles. In the blood from chronically ill people there exist several
larger particles differing in shape and structures, which seem to
be built up from these particles. Many researchers have assumed that
these particles constitute some kind of microbial growth and considered
them a possible cause for the development of chronic disease conditions.
The proof of this has never been submitted to any analysis. In order
to find out the possible role of the particles in the development
of chronic diseased conditions in general, the following microscopic
analysis was performed. An ordinary light field microscope 100 times
enlarged was used to get an initial quick orientation of the blood
test. Locally a more special microscope technique was carried out
with the Nomarski´s interference contrast method.
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8. Unknown
particles and structures in the ALS-patient's blood.
Abstract:
Two cases of typical ALS symptomatology – amyotrophic lateral sclerosis
– are described. The diagnoses are made at the "Clinic of Neurology",
at the Sahlgrenska University Hospital, Gothenburg. Unknown – earlier
not described particles and structures occur in the blood of ALS-patients
and they seem to vary in appearance and amount in phase with the look,
character and intensity of the development of the symptoms. The blood
of the patients has been examined microscopically in ordinary lightfield
with "Nomarski’s interference contrast method". The documentation
is made by video recording. Pictures have been digitalized from the
video with clarifying diagrams added. The findings confirm Dr. Enby’s
previously established wound theory and it might contribute towards
explaining an aspect of the genesis to the ALS symptomatology.
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