Microbiology/Virology videos wanted

[C. Roy Keys]

Dear Dr. Cann,

I should be very interested in assisting you with your project,
though I must preface this offer with a suggestion.

The video footage I have in mind, should I obtain a release for it
from the source laboratory (I doubt there will be any obstacles),
depicts live blood under high magnification darkfield microscopy.
The different features visible in the blood, apart from healthy
red and white cells, are subject to various interpretations, though
I believe that conventional hematology has nothing definitive to
say about them. These features were the subject of a posting I
made recently, which I repeat here.

What I should like to know is this: if you are satisfied that the
various particles shown in the videos are real (difficult to avoid
this conclusion), would you be willing to initiate or promote a
project to identify them with conventional laboratory techniques?

See the proposal for collaboration below.

I look forward to your reply,
Sincerely,
Roy Keys 


Aims: This is a proposal for parallel lab research to identify 
minute particles in the plasma of the blood, which earlier 
researchers have associated with the onset of malignancies. 
Collaborators are sought in the hope that they may attempt to 
reproduce these results.

Prerequisites: The preliminary analysis requires the following 
setup: A good quality light microscope with 100 watt halogen 
light source, 100x objective with diaphragm, and a Naessens-type or 
other substage condenser suitable for high magnification dark 
field work, i.e. 1000+ X).

Background:
Beale, in "The Microscope in Medicine" (1878) notes: "If we examine
blood with the highest powers, not only do we meet with extremely
minute corpuscules, but many of these are so transparent that they
could not have been seen at all under lower power." (p. 256).

These particles are the microzymes of Antoine Bechamp (1860s), 
the protits of Guenther Enderlein (1925), and the somatids of 
Gaston Naessens (1980).  Their developmental forms (assuming as 
did Bechamp, Enderlein, Gruner, Rife, Naessens and others, that 
they are pleomorphic) include the pathogenic microbes that 
constitute the viral, bacterial and fungal etiological forms of 
cancers. A viral origin of cancers was discussed by Barnard et 
al. in the Lancet (July 18, 1925, as reported in Scientific 
American, October 1925). Rife and collaborators published some 
of their findings in Science and in the journal of California 
and Western Medicine, with reports in the Franklin Institute 
and Smithsonian magazines. Gruner in CMAJ and a series of 
monographs. Enderlein in articles in German scientific journals 
during and after the first world war and in a book which 
appeared in 1925. The first chapters of Bechamp's book "The 
Third Element of the Blood" can be obtained from the Sumeria 
WWW site.

Procedure:
Blood samples can be obtained readily by pricking the meaty
portion of the right middle digit (after swabbing with alcohol) and
touching gently to a slide. Do not contact the finger, only the
bead of blood. Apply coverslip to slide and place under 
microscope. No further preparation need be made. Blood of 
subjects suffering malignancies especially will show a variety of 
phenomena, including spores, double spores, bacteria, asci, 
yeast and fungus, as well as inclusions in red cells and 
sometimes in white cells, as well as budding of bacteria from 
red cells. In healthy subjects, the plasma should show large 
quantities of motile particles of 0.02 micron diameter, the 
microzymas.

Reporting:
Research results can be shared via this thread.

Please indicate your interest in participating in this 
collaboration.

Thank you.




--
C. Roy Keys                        INTERNET: CRKEYS at APEIRON.CAM.ORG
4405 St. Dominique
Montreal, Quebec
H2W 2B2 Canada                      
VOX/FAX: 514-842-3667