THE TUMOR
chemical called phosphatidylserine; it can be forced to stick
out of the cell membrane just like a real flag! In every normal
tissue some worn out cells need to be digested, so healthy tis-
sues are Positive for phosphatidylserine. But tumors test Nega-
tive for it, indicating this essential function is missing.
“Raising” the “flag” attracts two common digestive enzymes,
pancreatin and lipase, made by your pancreas in large amounts
at mealtime. Children and healthy adults have these enzymes
present in every organ at all times, but as you may guess, the
Syncrometer detects neither of these in tumors.
So the lanthanides are preventing self-digestion—the very
mechanism that lets tumors enlarge.
Uranium, a radioactive metal, is also found in the tumor. It,
too, must come from metal tooth fillings since the Syncrometer
finds uranium in about^2 / 3 of all amalgam ordered fresh from the
factory! If you have six amalgam fillings your chance of not
having uranium in your mouth is one in 729.
PAHs In Cells
Non-metal mutagens also arrive at the threatening tumor
site, apparently attracted in the same fashion. For instance, the
Syncrometer detects polycyclic aromatic hydrocarbons (PAHs)
at tumor sites. Some PAHs are extremely carcinogenic. Are they
drawn by morbitropism? Or simply drawn by the “sink effect”
of purines and pyrimidines that are present. Purines and
pyrimidines are the bases that form part of all DNA. During cell
division, DNA, with its purines and pyrimidines, are abundant
in the cytoplasm , not hidden inside the nucleus. PAHs dissolve
especially well in purines.^35 Carcinogenic PAHs, therefore, are
particularly attracted to fast dividing cells.
(^35) Weil-Malherbe, H., The Solubilization of Polycyclic Aromatic Hydrocarbons by
Purines, Biochem. J., v. 40, 1946, pp. 351-63.