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This site is dedicated to Professor Antoine Bechamp (1816--1908) and those whose work,
consciously or otherwise, is building on what he started. For those
unfamiliar with the notion of pleomorphism, some of the reading on the
articles page will be a good place to start.
Any additions to this site -- links,
pictures, articles -- are always welcome.
New in the articles
section
-
Are
Nanobacteria Making Us Ill?
By Amit
Asaravala
-
Doctors kill
more people than
guns and
traffic accidents
by Don Harkins, The
Idaho Observer.
-
Mad Cow
Disease: What the Government Isn't Telling You
by Lorraine
Day
-
Clouds May
Harbor
'Nanobacteria'
By Amit
Asaravala
Royal Rife: an
introduction
by Jeff
Rense
"One day, the name
of Royal Raymond Rife may ascend to its rightful place as the giant of
modern medical science. Until that time, his fabulous technology remains
available only to the people who have the interest to seek it out. While
perfectly legal for veterinarians to use to save the lives of animals,
Rife's brilliant frequency therapy remains taboo to orthodox mainstream
medicine because of the continuing threat it poses to the international
pharmaceutical medical monopoly that controls the lives - and deaths - of
the vast majority of the people on this planet." More...
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NEW (Jan 2007)
Béchamp
or Pasteur?
A Lost Chapter in the History of
Biology
by Ethel Douglas Hume
prefaced
by
Pasteur:
Plagiarist, Impostor
The Germ Theory
Exploded
by R.B.
Pearson
Hardcover
(cloth w/ dustjacket): 352 pages
Language:
English
ISBN-10:
0980297605
ISBN-13:
978-0980297607
Price: $US24.99 or
UK12.99
Published by
bechamp.org, 2007
Available
from Amazon
USA or Amazon UK
Book sample in PDF format:
pages 1-30 and 96-126. Download
More information (incl.
contents)
Are these Bechamp's
Microzymas?
The University of
Queensland's Centre for Microscopy and Microanalysis has been
researching and photographing what they call
'nanobes'.
Dr Philippa Uwins' research paper, published in American
Minerologist, is here in
pdf format. This description of 'nanobes' is from their web
site:
"Nanobes have
cellular structures similar to Actinomycetes and fungi (spores, hyphae
and fruiting bodies) with the exception that they are up to 10 times
smaller in diameter (25nm-1.0m). They have hollow, membrane bound
structures that are most likely composed of C, O and N. Whilst
morphologically distinct, nanobes are in the same size range as the
controversial nanobacteria described by others in a variety of different
rock types and in the Martian meteorite ALH84001. Current and future
research will focus on the establishment of axenic cultures for analysis
of growth rates and for determining the nature of their genetic
material."
See the articles
page for more on nanobes.
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