THE CURE FOR ALL ADVANCED CANCERS
only tests continuously Positive in ovaries or testes. DNA may
also test Positive in a healing tissue such as bone after a tooth
extraction, or the tongue after you burned it accidentally with
hot food. Note that it disappears in a few days from these
“healing” locations. In other tissues DNA only tests Positive for
20 seconds out of each minute.
If you find DNA continuously Positive in an organ like your
liver, breast, or colon, you can infer that some part of this organ
is growing much too rapidly—a tumor. What is your next step?
Search for ortho-phospho-tyrosine to find out if the tumor is
malignant. Also search for clostridium bacteria because they are
the source of the extra DNA. If you find them in your teeth, you
confirm the need for immediate dental work. Till then, brush
teeth with oregano oil.
Exp. 3 Finding Mutations
Purpose: to search for tumor-related mutations.
Materials: p53 probe, bcl-2 probe, bax probe,
(Calbiochem), nucleoside vanadyl complexes (Sigma), vana-
dium pentoxide atomic absorption standard (VWR Scientific
Products), clock with a second hand, tissue samples listed in
Experiment 2.
Methods: p53 is a good gene, present in everyone’s DNA.
But the Syncrometer typically does not detect it, I think because
it is not loose in the cell’s cytoplasm. So if the Syncrometer
does detect p53, that is abnormal, and indicates a problem.
Search for the presence of p53 using all your tissue slides. If
one is positive, search for vanadyl complexes there, followed by
vanadium. I always find these present. You should also find,
once the vanadium is gone (by eliminating gas leaks, metal
glasses frames, plastic or metal teeth), that the p53 mutations
are gone, too.
Next, in the same p53-positive tissue, search for an imbal-
ance between bcl-2 and bax gene products. Using the clock, test
continually for bcl-2 until it comes ON, namely resonates. Con-